Jindal Medi Surge

Electric Plaster Cast Cutter Surgical Handpiece with Box and Two Blades Orthopedic Instrument Instruments for Plaster Cutting, Plaster shear,Plaster spreader and other different categories with best stainless steel quality are available with Jindal Medi Surge. All instruments are made from medical grade stainless steel.

Lane Bone Holding Forceps with Ratchet Orthopedic Instrument  Bone Holding Instruments manufactured by Jindal Medi Surge are used for various surgeries related to trauma / orthopedic. The instruments as made from medical grade stainless steel and can be reused after sterilization.
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LATERAL TIBIAL LOCKING PLATE ORTHOPEDIC IMPLANT Jindal Medi Surge Orthopedic Locking Tibia Bone Plates have a limited-contact profile. The head and neck portions of the plates accept locking screws. The screw hole pattern allows a raft of subchondral locking screws to buttress and maintain reduction of the articular surface. This provides resistance to local depression loads in addition to the stability of the fixed angle construct created by locking the screws into the plate. The LPS Proximal Tibia Plate — Low Bend is part of the locking plate system (LPS), which merges locking screw technology with conventional plating techniques. The locking plate system (LPS) here has Combi-holes in the plate shaft. The Combi-hole provides flexibility of axial compression and locking capability throughout the length of the plate shaft. Indication for fractures of the proximal tibia, including: simple, comminuted, lateral wedge, depression, medial wedge, bicondylar combination of lateral wedge and depression, periprosthetic, and fractures with associated shaft fractures. The plates can also be used for treatment of nonunions, malunions, and osteopenic bone. All plates are made from medical grade stainless steel & titanium alloy.

Lane Bone Holding  Forceps Speed Lock Orthopedic Instrument Bone Holding Instruments manufactured by Jindal Medi Surge are used for various surgeries related to trauma / orthopedic. The instruments as made from medical grade stainless steel and can be reused after sterilization.

Locking Anterolateral Distal Tibia Plate 3.5mm S.S. Orthopedic Implant Jindal Medi Surge Orthopedic Locking Tibia Bone Plates have a limited-contact profile. The head and neck portions of the plates accept locking screws. The screw hole pattern allows a raft of subchondral locking screws to buttress and maintain reduction of the articular surface. This provides resistance to local depression loads in addition to the stability of the fixed angle construct created by locking the screws into the plate. The LPS Proximal Tibia Plate — Low Bend is part of the locking plate system (LPS), which merges locking screw technology with conventional plating techniques. The locking plate system (LPS) here has Combi-holes in the plate shaft. The Combi-hole provides flexibility of axial compression and locking capability throughout the length of the plate shaft. Indication for fractures of the proximal tibia, including: simple, comminuted, lateral wedge, depression, medial wedge, bicondylar combination of lateral wedge and depression, periprosthetic, and fractures with associated shaft fractures. The plates can also be used for treatment of nonunions, malunions, and osteopenic bone. All plates are made from medical grade stainless steel & titanium alloy.

Plaster Bender Orthopedic Plaster Cutting Instrument  All Plaster cutting instruments manufactured by Jindal Medi Surge are made from medical grade stainless steel & are preciously engineer for smooth cutting function.

Ø2.4mm/2.7MM Secure Locking Plate Straight Orthopedic Implant The aim of any surgical fracture treatment is to reconstruct the anatomy and restore its function. Internal fixation is distinguished by precise reduction, stable fixation preservation of blood supply, and early functional mobilization. Locking Plate and screw osteosynthesis have been established and clinically recognized for quite some time. Clinical results have been improved by using (internal fixation) in metaphyseal fractures and in osteopenic bone. Jindal Medi Surge Orthopedic Small Fragment Locking compression plate system is part of medical grade stainless steel and titanium plate and screw system that merges locking head screw technology with conventional plating techniques. The Small Locking Compression Plate System has many similarities to existing non-locking plate systems but with a few important improvements. Instead of cortical screws, locking head screws provide the ability to create a fixed-angle construct which also provides advantages in osteopenic bone or multifragmentary fractures where traditional screw purchase is compromised. Locking head screws does not rely on plate/bone compression to maintain stability, but function similarly to multiple small angled blade plates. The Small Locking Compression Plate System has the following features: Uniform hole spacing, Load (compression) and neutral screw positions, Small Locking Compression Plates have combination locking and compression holes (combi holes), The combi holes allow placement of standard cortical and cancellous bone screws on one side or threaded conical locking screws on the opposite side of each hole. Threaded hole section for locking screw. Dynamic compression unit hole section for standard screw. Locking screw in the threaded side of the plate hole. Indications: All Small Fragment LCP Locking Compression Plates are intended for fixation of fractures, osteotomies, and non-union of the clavicle, scapula, olecranon, humerus, radius, ulna, pelvis, distal tibia and fibula, particularly in osteopenic bone. Fixation Principles: The following points distinguish treatment using locking head screw technology from conventional plating techniques: It enables fracture treatment using compression plating with conventional cortical or cancellous screws. A locking compression plate can be used as an internal fixator and permit stable bridging over shattered zones. The small locking compression plate system permits the combination of conventional and locking screws. Unicortical locking screw permits better vascularity.

NEUTRAL & LOAD DRILL GUIDE DRILL BIT ORTHOPEDIC INSTRUMENT Jindal Medi Surge are manufacturer of the common specialty instruments used in orthopedic procedures that you see below, we can reference any catalog number from any company to provide you with high-quality instruments such as forceps, retractors, clamps, and more. Use the search function to find exactly what you need, browse through instruments by specialty, or talk to one of our Instrument Experts, online or by phone, and get help finding the instruments that will best fit your needs. You can give us any part number from any surgical instrument company, and we will find the same or an equivalent instrument for you. Already have an instrument that you need to replace? We’ll use the part number etched on that instrument to find the perfect replacement or addition to your set. All our orthopedic instruments are made from medical grade stainless steel raw-material.

Sharp Hook Orthopedic Surgical Instrument  Hooks , Levers, Re-tractors manufactured by Jindal Medi Surge, are precisely engineered & are made from medical grade stainless steel. They are used in trauma/orthopedic surgeries.

Tuder Edward Bone Cutting Forceps Orthopedic Instrument  Jindal Medi Surge manufactures high quality bone cutting instruments used mainly during trauma / orthopedic surgeries, the edges are precisely made for smooth cutting of the bone. All instruments are made from medical grade stainless steel.

Bone File Flat Two Sided Orthopedic Surgical Cutting Instrument Stainless Steel Jindal Medi Surge manufactures high quality bone cutting instruments used mainly during trauma / orthopedic surgeries, the edges are precisely made for smooth cutting of the bone. All instruments are made from medical grade stainless steel.

A screw box with a screw tray for 3.5mm cortical, 4.5mm cortical, and 6.5mm cancellous screws is an essential tool in orthopedic surgery. This box is designed to organize, store, and sterilize these specific types of orthopedic screws. Here’s an overview of its features and specifications:
Screw Box with Screw Tray for 3.5mm Cortical, 4.5mm Cortical, and 6.5mm Cancellous ScrewsDesign and ConstructionMaterial: Typically made from stainless steel (S.S.) or medical-grade aluminum to ensure durability, corrosion resistance, and compatibility with sterilization processes.Size: Dimensions are designed to fit a variety of screw lengths and diameters, with ample space to organize the screws without mixing them.Tray Configuration: Includes a specially designed tray with compartments or slots to securely hold 3.5mm cortical, 4.5mm cortical, and 6.5mm cancellous screws separately.FeaturesSecure Closure: Equipped with a reliable locking mechanism (such as clamps or latches) to ensure the box remains tightly sealed during sterilization, transportation, and storage.Ventilation Holes: Features ventilation holes or slots to facilitate effective sterilization by allowing steam or gas penetration.Labeling Area: Includes areas for labeling or identification tags to aid in tracking the contents and ensuring efficient inventory management.Usage in Orthopedic SurgerySterilization Process:
The screw box is loaded with the appropriate screws.It is then placed in an autoclave or sterilization chamber where steam, heat, or gas is used to sterilize the contents.Storage and Organization:
After sterilization, screws can remain stored in the box to maintain their sterility until needed for surgery.The tray inside the box helps in organizing screws by type and size, preventing them from mixing and ensuring easy access during surgical procedures.Transportation and Handling:
Designed for safe transport between sterilization areas, storage facilities, and operating rooms, ensuring screws remain sterile and ready for use.Protects screws from damage or contamination during handling and storage, maintaining their functionality and sterility.Maintenance and CareCleaning: After each use, the screw box should be cleaned thoroughly to remove any residue or contaminants.Sterilization: The box itself must undergo proper sterilization according to medical standards before being reused.Inspection: Regularly inspect the box for signs of wear, damage, or corrosion to ensure it remains in optimal condition for safe surgical use.ConclusionA screw box with a screw tray for 3.5mm cortical, 4.5mm cortical, and 6.5mm cancellous screws is a crucial component in orthopedic surgery, facilitating efficient organization, sterilization, and storage of screws. Its durable construction, secure closure, and specific compartmentalization support adherence to strict sterilization protocols and maintain screw sterility. Proper maintenance and care are essential to ensure the longevity and effectiveness of screw boxes in medical environments, contributing to safe surgical practices and optimal patient care.

A Smillie's Meniscus Knife set is a collection of surgical instruments specifically designed for procedures involving the meniscus, a crucial component of the knee joint. This set typically includes three distinct types of knives, each tailored to perform precise tasks related to meniscal surgery, such as cutting, trimming, and sculpting the meniscus.
Here’s a brief overview of the instruments typically included in a Smillie's Meniscus Knife set:
Straight Meniscus Knife:
Description: This knife has a straight blade, which allows for precise cuts and trimming of the meniscus.Use: Ideal for making straight cuts and removing damaged portions of the meniscus with high precision.Curved Meniscus Knife:
Description: This knife features a curved blade, which is designed to follow the natural contour of the meniscus.Use: Useful for working on the curved surfaces of the meniscus, allowing the surgeon to make accurate cuts along the meniscus's curvature.Hooked Meniscus Knife:
Description: This knife has a hook-shaped blade, facilitating the manipulation and removal of meniscal tissue.Use: Particularly effective for hooking and cutting away meniscal tissue that is difficult to reach with straight or curved knives.These instruments are crafted from high-quality stainless steel to ensure durability, precision, and ease of sterilization. The ergonomic design of each knife allows for better control and comfort during surgical procedures, which is crucial for the intricate work involved in meniscal surgery.
Applications in Knee SurgeryMeniscectomy: Removal of the damaged portion of the meniscus.Meniscal Repair: Repairing tears in the meniscus to restore its function.Meniscal Trimming: Trimming frayed or torn edges to smooth the meniscus surface.

Orthopedic Cannulated Reamer Jindal Medi Surge's Orthopedic Reamers are manual surgical instruments used to open and enlarge the medullary canal for the insertion of various devices during prosthesis implantation or fracture fixation procedures. All instruments are made from medical grade stainless steel.

A cannulated drill bit with a diameter of 3.5mm outer diameter and 1.35mm inner diameter, length of 130mm, and a plain shank is designed for precise orthopedic surgical procedures. Here's a detailed description:
Specifications:Outer Diameter: 3.5mmInner Diameter: 1.35mmLength: 130mmShank: PlainKey Features:Cannulation: The drill bit has a hollow core (cannulated) allowing for the insertion of a guide wire. This feature is essential for maintaining the accuracy of drilling and aligning screws or other implants correctly.Orthopedic Use: Ideal for orthopedic surgeries, particularly for small bones such as those in the hands, wrists, feet, and ankles. This tool is crucial for procedures requiring high precision.Material: Manufactured from high-quality stainless steel to ensure durability, resistance to corrosion, and compatibility with the human body.Design: The plain shank design is compatible with standard surgical drills and power tools, making it versatile and easy to use in various surgical settings.Precision: Equipped with sharp cutting edges to ensure smooth and precise drilling, reducing damage to surrounding tissues and ensuring optimal placement of screws or other fixation devices.Usage:Applications: Used in orthopedic surgeries for internal fixation, such as inserting screws or pins into bones. This is common in procedures involving small bones where precision is critical.Procedure: The cannulated drill bit is used over a guide wire. The guide wire is first placed accurately in the desired location, and the drill bit is then slid over the wire, ensuring precise alignment and reducing the risk of misalignment during drilling.Care and Maintenance:Sterilization: Must be sterilized properly before and after each use to prevent infection and maintain sterility. Standard autoclaving or other approved sterilization methods should be used.Inspection: Regularly inspect the drill bit for any signs of wear, damage, or dullness. A compromised drill bit can affect the precision of the surgery and increase the risk of complications.Advantages:Accuracy: The cannulated design allows for guided drilling, which enhances accuracy and reduces the risk of errors.Versatility: Suitable for various small bone surgical procedures, making it a versatile tool in orthopedic surgery.Ease of Use: The plain shank design ensures compatibility with common surgical drills and power tools, facilitating ease of use in different surgical environments.

Plate Bender Pair Large Orthopedic Surgical Fragment Instrument Stainless Steel
We at Jindal Medi Surge use research to create Orthopedic and Trauma Instruments in a wide range. Affordable generic orthopedic instruments are used in surgical fixation, correction and regeneration of human skeleton and its soft tissues. Over the years we have won the trust of healthcare professionals and patients across the world. A wide range of our products ensures that people get almost everything required under one roof. We provide Instruments made from medical grade Stainless Steel, Aluminum and Carbon Fiber.
CE / ISO Certified Company Jindal Medi Surge is one-stop-shop for Surgical / Orthopedic Instruments & External Fixator. As a leading manufacturer, we have developed unmatched experience and exclusive knowledge of design and manufacturing constraints for the orthopedic / surgical industry. We diversified in OEM / Brand Manufacturing of Surgical / Orthopedic Products for Human & Veterinary. We also provide various other Healthcare Products to cater to the needs of Government Institutes, Private Hospitals & Small Clinics in India & Worldwide.
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*Freight charges does not include any duties and taxes to be paid in recipient's country. The same if any has to be paid by buyer only.

Components of a Mini Fragment Instrument SetBone Plates and Screws:
Mini Plates: These are small, low-profile plates used for fixation in areas where space is limited, such as the distal radius or small bone fragments.Screws: Typically, cortical screws with smaller diameters (e.g., 2.0mm to 3.5mm) used for securing mini plates to bone.Screwdrivers and Screw Holding Instruments:
Mini Screwdrivers: Designed to fit the heads of mini screws for precise insertion and tightening.Plate Holding Forceps: Instruments used to stabilize and position mini plates during fixation.Drilling and Tapping Instruments:
Drill Bits: Small diameter drills used for creating pilot holes in bone prior to screw insertion.Taps: Tools used to create threads in bone to accommodate screws, ensuring secure fixation.Bone Reduction and Fixation Tools:
Reduction Forceps: Instruments used to grasp and manipulate fractured bone fragments into alignment prior to fixation.Bone Clamps: Used to stabilize bone fragments during drilling and screw insertion.Soft Tissue Management Instruments:
Retractors: Instruments used to gently retract and hold soft tissues to provide optimal visualization of the surgical site.Rongeurs and Elevators: Occasionally included for specific procedures involving soft tissue or bone manipulation.Sterilization and Maintenance Tools:
Instrument Tray: A tray designed to organize and hold the instruments during sterilization and surgical procedures.Sterilization Containers: Containers used for sterilizing and storing the instruments.ConsiderationsSterilization: All instruments must be properly sterilized before use to ensure surgical asepsis and prevent infections.Training: Surgeons and surgical staff should be trained in the proper use of mini fragment instruments to ensure safe and effective surgical procedures.Instrument Variations: Sets may vary slightly depending on specific surgical needs and preferences of the surgical team.

An End Clamp Basic Set for Adult Orthopedic External Fixator Ring Type is designed to secure the ends of rods or fixator frames, providing critical support and stability for various orthopedic procedures, such as fracture fixation, deformity correction, and limb lengthening. Here's a general overview of what such a set might include:
Components:End Clamps:
End clamps designed to attach rods to the end of the fixator frameHigh-strength materials like stainless steel or titanium for durabilityConnecting Rods:
Various lengths (e.g., 100mm, 150mm, 200mm)Threaded or smooth, depending on specific needsMade from robust materials to withstand mechanical loadsRings:
Full or partial rings (various sizes) for structural supportTypically made of stainless steel or radiolucent materials for clear imagingSchanz Screws and Pins:
Different diameters (e.g., 4mm, 5mm, 6mm)Threaded for secure engagement with boneBiocompatible materials to minimize the risk of infectionConnecting Clamps:
Small open and closed connecting clamps for attaching rods to rings or other componentsSizes such as 2.5mm x 5.0mm and 4mm x 4mmWires and Tensioners:
Kirschner wires (K-wires) for additional stabilityTensioning devices to ensure proper wire tensionFixation Bolts and Nuts:
Various sizes for secure assemblyCorrosion-resistant materials for longevityTools:
Hex wrenches, T-handle wrenches, or other specific tools for assembly and adjustmentTorque wrenches for precise tighteningSoft Tissue Protection:
Sleeves or spacers to protect soft tissues from hardwareManuals and Instructions:
Detailed assembly and application guidesInstructions for safe and effective useExample Set Contents:End Clamps:
Quantity: 2-4Material: Stainless steel or titaniumConnecting Rods:
Lengths: 100mm, 150mm, 200mmMaterial: Lightweight alloyRings:
Sizes: 180mm, 200mm, 220mm diameterMaterial: Stainless steel or radiolucent polymerSchanz Screws:
Diameters: 4mm, 5mm, 6mmQuantity: 10 each sizeConnecting Clamps:
Sizes: 2.5mm x 5.0mm, 4mm x 4mmQuantity: 10 each sizeKirschner Wires (K-wires):
Diameter: 1.8mm, 2.0mmQuantity: 20 each sizeTensioners:
Quantity: 2-4Fixation Bolts and Nuts:
Quantity: 20-30Wrenches and Tools:
Hex wrenches: 3 sizesTorque wrench: 1T-handle wrench: 1Soft Tissue Protection Sleeves:
Quantity: 10-15Application:Fracture Fixation: Stabilizing and aligning bone fractures.Deformity Correction: Adjusting bone alignment over time.Limb Lengthening: Gradual lengthening of bones through distraction osteogenesis.

A transverse clamp for an orthopedic external fixator ring type system is used to connect and stabilize transverse rods or wires to the rings of the external fixator. This type of clamp is particularly useful in complex fracture management and deformity correction, providing additional stability and alignment.
Components of a Transverse Clamp:Clamp Body: The main part of the clamp that attaches to the ring.Transverse Rod/Wire Holders: Openings or slots designed to hold the transverse rods or wires.Adjustment Screws: Used to tighten and adjust the position of the transverse rods or wires.Locking Mechanism: Ensures the rods or wires remain securely in place.General Steps for Using a Transverse Clamp in an External Fixator:Preoperative Planning:
Assess the fracture or deformity using imaging.Plan the placement of rings and transverse rods/wires to ensure optimal stability and alignment.Ring Placement:
Sterilize and drape the patient properly.Position the rings around the limb at strategic locations above and below the fracture or deformity site.Wire or Pin Insertion:
Make small incisions at the planned insertion sites.Insert wires or pins through the bone and secure them to the rings using tensioners for wires or other securing mechanisms.Attachment of Transverse Clamps:
Place the transverse clamps on the rings at the desired locations.Ensure the clamps are aligned properly to allow for optimal adjustment of the transverse rods or wires.Inserting and Securing Transverse Rods or Wires:
Guide the transverse rods or wires through the holders in the clamps.Partially tighten the adjustment screws to hold the rods or wires in place while allowing for further adjustments.Adjusting the Clamp Position:
Fine-tune the alignment and position of the transverse rods or wires using the adjustment screws.Ensure that the rods or wires are correctly positioned to provide the desired stabilization and alignment of the fracture or deformity.Final Tightening:
Once the desired position and alignment are achieved, fully tighten the adjustment screws to secure the rods or wires in place.Check the stability of the entire construct and ensure that all components are tightly fastened.Postoperative Care:
Regular follow-up to monitor healing and make any necessary adjustments.Clean the pin sites regularly to prevent infection.Adjust the fixator as needed for progressive correction in cases of deformity.Safety Considerations:Avoid placing wires or pins near joints or major blood vessels.Regularly monitor for signs of infection at pin sites.Ensure all components, including the transverse clamps, are securely fastened to prevent loosening.Example Setup Using Transverse Clamps:Select Appropriate Clamps:
Choose transverse clamps compatible with the rings and rods/wires used in your external fixator system.Attach Clamps to Rings:
Position the transverse clamps on the rings and partially tighten the screws to allow for adjustments.Insert and Secure Transverse Rods or Wires:
Guide the rods or wires through the holders in the clamps.Adjust the position to ensure proper alignment and stabilization.Final Adjustments and Tightening:
Fine-tune the alignment using the adjustment screws on the clamps.Once satisfied with the positioning, fully tighten the screws to secure the rods or wires in place.Illustrative Steps:Prepare the Limb:
Ensure the limb is properly positioned and prepared for surgery.Position the Ring:
Place the ring around the limb at the appropriate location.Attach the Transverse Clamp:
Secure the transverse clamp to the ring.Insert the Rod or Wire:
Guide the transverse rod or wire through the clamp’s holders.Adjust and Tighten:
Use the adjustment screws to position the rod or wire correctly and then tighten to secure.

A "double hole fish mouth" distractor in orthopedic surgery refers to a specialized instrument used for bone distraction and stabilization in procedures such as fractures, osteotomies, or corrective surgeries. This instrument typically features a specific design that aids in its application and functionality. Here’s an overview of its features, design, and application:
Double Hole Fish Mouth Distractor: Overview and UsageDesign and ConstructionMaterial: Made from high-quality stainless steel, ensuring durability, sterilizability, and resistance to corrosion.Structure: The "fish mouth" design refers to a shape resembling an open mouth with two distinct holes positioned at the ends or sides of the instrument. These holes allow for the passage of screws or pins to secure the distractor to the bone.FeaturesDual-Point Fixation: The two-hole design provides stability by allowing fixation at two separate points on the bone, which helps maintain alignment and prevent displacement.Adjustability: Typically includes a central screw mechanism that enables precise control over the distraction length between the two holes. This facilitates accurate bone alignment and realignment during surgery.Versatility: Suitable for various orthopedic procedures where controlled bone distraction and stabilization are necessary, accommodating different anatomies and surgical needs.Application in Orthopedic SurgeryPreparation:
The surgical site is prepared, and the patient is positioned appropriately under anesthesia.Attachment of Distractor:
Placement: The distractor is positioned over the fracture or osteotomy site, aligning the holes with the bone segments to be stabilized.Securing: Screws or pins are inserted through the holes in the distractor and into the bone, securely fixing it in place.Distraction:
Adjustment: The central screw is manipulated to gradually separate the bone segments or create the desired space between bone ends, facilitating controlled realignment.Monitoring: Throughout the distraction process, the surgeon monitors the alignment of bone segments to ensure proper positioning.Completion:
Once the desired distraction and alignment are achieved, additional fixation devices such as screws, plates, or rods may be used to stabilize the bone segments.The distractor is carefully removed after achieving the surgical objectives.Advantages of Using a Double Hole Fish Mouth DistractorEnhanced Stability: Provides stable fixation at two points, reducing the risk of bone fragment displacement during distraction.Precision: Allows for precise adjustment of the distraction length and accurate alignment of bone segments, promoting optimal healing outcomes.Efficiency: Facilitates efficient surgical procedures by aiding in controlled bone distraction and stabilization, potentially reducing surgical time and patient recovery.Maintenance and SterilizationCleaning: After each use, the distractor must be thoroughly cleaned to remove biological material or debris.Sterilization: The instrument should undergo sterilization according to standard surgical protocols to ensure it is safe for reuse.ConclusionA double hole fish mouth distractor is a specialized instrument used in orthopedic surgery for controlled bone distraction and stabilization. Its unique design and functionality support effective surgical outcomes by enabling precise alignment and stabilization of bone segments. Proper maintenance and sterilization are essential to ensure the instrument's effectiveness and safety in surgical settings.
If you need more specific information, including models or purchasing options for double hole fish mouth distractors, please let me know!

The Bone Nibbler with an angular double-action design is an essential instrument in orthopedic surgery, used for cutting and shaping bone with precision and efficiency. Here's a detailed look at its features, uses, and maintenance requirements:
Key Features:Double Action Mechanism: This design feature allows for greater cutting force with less manual effort, as both the handles and jaws move simultaneously. This provides a more powerful and efficient bite.Angular Jaws: The jaws are angled to allow for better access to specific areas, particularly those that are confined or difficult to reach. This makes the instrument versatile in various surgical scenarios.Ergonomic Handles: The handles are designed to be comfortable, reducing hand fatigue during long procedures and providing better control.High-Quality Materials: Constructed from surgical-grade stainless steel, which ensures durability, corrosion resistance, and the ability to withstand repeated sterilization processes.Uses:Bone Removal: Effective for removing small sections of bone during procedures such as arthroplasty, spinal surgery, and fracture repair.Shaping and Trimming: Used to trim the edges of bones and shape bone grafts to fit specific surgical needs.Debridement: Helps in the removal of bone spurs and other unwanted bony projections, aiding in the preparation of bone surfaces.Advantages:Precision Cutting: The angular, double-action design provides precise and controlled bone cutting, crucial for delicate surgical procedures.Efficiency: The double-action mechanism increases the cutting force while minimizing the effort required, making the instrument efficient and effective.Versatility: Suitable for a wide range of orthopedic procedures due to its adaptable design and functional features.Care and Maintenance:Cleaning: After each use, the instrument must be meticulously cleaned to remove all biological material, including blood, tissue, and bone fragments. This prevents contamination and ensures its longevity.Sterilization: The instrument should be properly sterilized following standard surgical protocols to ensure it is free from contaminants and safe for use in subsequent procedures.Inspection: Regular inspection for sharpness, alignment, and overall condition is crucial. Any signs of wear, damage, or corrosion should be promptly addressed to maintain the instrument's effectiveness and safety.Conclusion:The Bone Nibbler with an angular double-action design is a vital tool in orthopedic surgery. Its precise and efficient bone cutting capabilities, combined with its ergonomic design and durable construction, make it indispensable for a variety of surgical procedures. Proper care and maintenance are essential to ensure its continued reliability and effectiveness, making it a valuable addition to any surgical instrument set.

A straight periosteal elevator is a specialized orthopedic surgical instrument used to lift and separate the periosteum (the fibrous membrane covering the surface of bones) from the underlying bone during surgical procedures. Here's an overview of this instrument:
Description:Function: The straight periosteal elevator is designed to facilitate the lifting and detaching of the periosteum from the bone surface, providing surgeons with better access to the underlying bone for various orthopedic procedures.Design: It features a straight blade or tip, allowing for efficient lifting and separation of the periosteum along straight bone surfaces.Features:Material:
Blade and Handle: Typically made of high-quality surgical-grade stainless steel for durability, resistance to corrosion, and ease of sterilization.Blade Design:
Straight Shape: The blade is straight to provide precise lifting and separation of the periosteum along straight bone surfaces.Width: Available in various widths to accommodate different surgical needs and the size of the bone surface.Handle Design:
Ergonomics: The handle is designed for a comfortable and secure grip, allowing surgeons to manipulate the instrument with precision and control.Textured Surface: Some handles may feature a textured or knurled surface to prevent slipping and improve grip during use.Sterilization:
Compatibility: Designed to withstand standard sterilization procedures, including autoclaving, ensuring it can be safely reused.Applications:Orthopedic Surgery: Used in various orthopedic procedures such as fracture repair, bone grafting, and osteotomy to lift and separate the periosteum from the bone surface.Dental Surgery: Employed in oral and maxillofacial surgeries for procedures involving bone augmentation, dental implant placement, and other interventions.Plastic Surgery: Utilized in reconstructive surgeries to expose bone surfaces for grafting and other procedures.ENT Surgery: Sometimes used in otolaryngology procedures involving the facial skeleton.Maintenance:Cleaning: Post-operative cleaning is essential to remove biological debris. This includes manual cleaning and possibly ultrasonic cleaning for thorough decontamination.Inspection: Regular inspection for signs of wear, corrosion, or damage is necessary to maintain the instrument's effectiveness and safety.Sterilization: Must be sterilized using autoclaving or chemical sterilants as per the manufacturer's guidelines to ensure it is pathogen-free before reuse.Advantages of a Straight Periosteal Elevator:Precise Tissue Handling: Allows for precise lifting and separation of the periosteum along straight bone surfaces, minimizing trauma to surrounding tissues.Improved Surgical Access: Provides better access to the underlying bone for various orthopedic procedures, enhancing surgical precision and outcomes.Versatility: Suitable for use in various surgical specialties and procedures requiring periosteal elevation along straight bone surfaces.The straight periosteal elevator is a valuable tool in orthopedic and other surgical specialties, offering precise tissue handling and improved surgical outcomes by providing clear access to the bone surface.

Bone & Plate Holding Forceps With Speed Lock

Jindal Medi Surge is a CE and ISO Certified leading Manufacturer and Exporter of Surgical and Orthopedic / Orthopaedic Instruments used for Human (Adult and Pediatric) and Veterinary Surgical Procedures. All Products are made from Surgical Grade Stainless Steel, Aluminum, Titanium & Carbon Fiber Only. Our Products are used by Government Institutes, Private Hospitals, Small Clinics, Individual Doctors Worldwide.

For Bulk Order & Customized Listing, kindly message us.
We sell exclusively on our JMS Brand & also Manufacture on OEM basis for various international brands.

STAINLESS STEEL STEINMAN PIN
Jindal Medi Surge ("JMS" Trade Mark) is a CE, ISO13485, ISO9001 and Indian FDA Certified leading Manufacturer and Exporter of Surgical and Orthopedic / Orthopaedic Instruments in Business and Industrial Healthcare range, used for Human (Adult and Pediatric) and Veterinary Surgical Procedures. 

Bone File Flat Orthopedic Instrument

Jindal Medi Surge is a CE and ISO Certified leading Manufacturer and Exporter of Surgical and Orthopedic / Orthopaedic Instruments used for Human (Adult and Pediatric) and Veterinary Surgical Procedures. All Products are made from Surgical Grade Stainless Steel, Aluminum, Titanium & Carbon Fiber Only. Our Products are used by Government Institutes, Private Hospitals, Small Clinics, Individual Doctors Worldwide.

For Bulk Order & Customized Listing, kindly message us.
We sell exclusively on our JMS Brand & also Manufacture on OEM basis for various international brands.

A large spare blade for an electric plaster cast cutter is an essential component in orthopedic surgery, designed to replace worn-out or damaged blades used in the removal of plaster casts. Here’s a detailed overview of its features, considerations, and application:
Large Spare Blade for Electric Plaster Cast Cutter: Overview and UsageDesign and ConstructionMaterial: Typically made from high-quality stainless steel or similar durable materials to ensure strength, sharpness, and resistance to corrosion.Blade Type: The spare blade is specifically engineered to fit and function with electric plaster cast cutters, featuring a size and shape suitable for efficient cutting of larger plaster casts.FeaturesPrecision Cutting: Designed for sharp and precise cutting, enabling efficient removal of plaster casts without excessive force or discomfort for the patient.Compatibility: Engineered to seamlessly integrate with various models of electric plaster cast cutters commonly used in medical settings, ensuring universal applicability.Ease of Replacement: Designed for straightforward installation and replacement procedures, facilitating smooth workflow in clinical environments.Application in Orthopedic SurgeryReplacement Process:
When the original blade of the electric plaster cast cutter shows signs of wear or damage, the large spare blade is utilized as a replacement.Medical personnel follow manufacturer guidelines to safely remove the old blade and install the new spare blade in the cutter.Cutting Efficiency:
Once installed, the spare blade maintains optimal cutting efficiency, enabling precise cuts along marked lines on plaster casts.It supports the seamless removal of larger plaster casts during patient care procedures, promoting effective treatment and recovery.Patient Safety:
Throughout the cutting process, healthcare providers monitor the blade’s depth and action to prevent accidental injury to the patient’s skin or underlying tissue.Advantages of Using a Large Spare Blade for Electric Plaster Cast CutterContinuity of Care: Ensures uninterrupted workflow in orthopedic procedures by providing a reliable replacement for worn-out blades.Cost Efficiency: Helps minimize operational costs associated with equipment maintenance and replacement, optimizing resource utilization in healthcare settings.Safety Assurance: Supports safe and controlled removal of plaster casts, maintaining patient comfort and reducing procedural risks.Maintenance and SterilizationCleaning: After use, the spare blade should be cleaned thoroughly to remove plaster residue, biological materials, or other debris.Sterilization: The spare blade must undergo proper sterilization procedures according to medical standards before reuse to ensure infection control and patient safety.ConclusionA large spare blade for an electric plaster cast cutter is a critical component in orthopedic surgery, facilitating efficient and safe removal of plaster casts to support patient care and recovery. Its design and features are tailored to promote precision cutting, compatibility with various equipment models, and ease of replacement, ensuring optimal performance in clinical settings. Proper maintenance and sterilization practices are essential to prolong the lifespan and effectiveness of spare blades, contributing to enhanced healthcare delivery and patient outcomes.
If you have specific inquiries regarding the procurement or utilization of large spare blades for electric plaster cast cutters, or need further details on their application, feel free to ask for more information.

The Orthopedic Distal Radius Locking Plate SS316L is a highly specialized implant designed for the fixation of distal radius fractures. Its advanced locking mechanism and precision-engineered design make it ideal for treating a wide range of fracture types, providing optimal stability and facilitating early mobilization.
Features:Material:
SS316L (Surgical-Grade Stainless Steel):High biocompatibility, ensuring safety for implantation.Excellent resistance to corrosion in body fluids.Exceptional mechanical strength to withstand stress during healing.Design:
Anatomical Contouring:Pre-contoured to fit the distal radius, reducing the need for intraoperative bending.Locking Plate Technology:Locking screws engage firmly with the plate, providing angular stability and secure fixation.Low-Profile Design:Minimizes soft tissue irritation and improves patient comfort post-surgery.Multiple Screw Options:Includes combination holes for the use of both locking and cortical screws, enhancing surgical versatility.Screw Compatibility:
2.4mm and 2.7mm Locking Screws for angular stability.2.4mm or 2.7mm Cortical Screws for compression and lag fixation.Radiolucency:
Fully compatible with imaging techniques such as X-rays and fluoroscopy for accurate fracture reduction and plate placement.Indications:This plate is suitable for a variety of fracture types, including:
Distal Radius Fractures:Extra-articular fractures.Intra-articular fractures.Comminuted fractures.Osteoporotic Bone:Reliable fixation in elderly patients with poor bone quality.Nonunions and Malunions:Reconstructive surgery to address poorly healed fractures.Fracture-Dislocations:Stabilizing fractures associated with volar or dorsal dislocations.Complex Trauma:Multi-fragmentary fractures requiring robust fixation.Advantages:Stable Fixation:Locking screws provide angular stability, especially important in comminuted or osteoporotic bone.Enhanced Healing:Rigid fixation supports early mobilization, reducing stiffness and improving outcomes.Minimized Soft Tissue Damage:Low-profile plate reduces irritation to tendons and surrounding soft tissues.Versatility:Suitable for both extra-articular and intra-articular fracture patterns.Reduced Surgical Time:Pre-contoured design eliminates the need for extensive plate shaping.Applications:Trauma Surgery:Stabilizing fractures caused by high-impact injuries or falls.Reconstructive Procedures:Correcting malalignment from previous fractures.Pediatric Orthopedics:Fixation of fractures in younger patients with adaptable bone structures.Elderly Patients:Addressing osteoporotic fractures with angularly stable locking screws.Surgical Technique:Approach:A volar or dorsal approach, depending on the fracture pattern and surgeon preference.Plate Positioning:The plate is placed on the distal radius, aligned with the fracture line.Screw Fixation:Locking screws are inserted for angular stability.Cortical screws are used for additional compression or lag fixation.Imaging Assistance:Fluoroscopy ensures proper alignment and fixation during surgery.Sizes and Configurations:Plate Lengths:Available in various lengths and configurations to address different fracture types.Hole Options:Plates with varying numbers of screw holes (e.g., 4-hole, 6-hole, 8-hole) to suit fracture complexity.Left/Right Specific:Anatomically tailored for left or right wrists.Benefits of SS316L:Durability:Long-lasting and able to bear mechanical loads during the healing process.Corrosion Resistance:Safe for long-term use within the body.Biocompatibility:Reduces the risk of allergic reactions or rejection.

The Orthopedic Distal Ulna Locking Plate 2.4mm SS316L is a specialized implant designed for the fixation of fractures and fractures near the distal ulna. This plate is constructed from SS316L (Surgical-Grade Stainless Steel), offering superior mechanical properties, resistance to corrosion, and biocompatibility, making it ideal for use in orthopedic trauma surgery.
Features:Material:
SS316L (Surgical-Grade Stainless Steel):High resistance to corrosion in body fluids, ensuring long-term stability and durability.Exceptional mechanical strength to bear the stresses during bone healing.Excellent biocompatibility, minimizing the risk of allergic reactions or rejection.Design:
Anatomically Contoured:Pre-contoured to fit the natural curvature of the distal ulna, reducing the need for intraoperative bending and improving alignment.Locking Plate Technology:The plate is designed with locking screw holes to provide angular stability and prevent screw loosening, especially in osteoporotic bone or complex fractures.Low-Profile Construction:Designed to minimize irritation to soft tissues, tendons, and muscles around the distal ulna.Screw Holes:The plate features 2.4mm locking screw holes, offering flexibility for screw placement and stable fixation.Screw Compatibility:
2.4mm Locking Screws:Locking screws that engage with the plate for fixed-angle stability, ideal for osteoporotic or challenging bone structures.2.4mm Cortical Screws:Suitable for additional compression and dynamic fixation.Imaging Compatibility:
The plate is fully compatible with fluoroscopy and X-rays, allowing accurate intraoperative and post-operative imaging to monitor fracture alignment and fixation.Indications:This plate is typically used for the following conditions:
Distal Ulna Fractures:Comminuted, extra-articular, or intra-articular fractures near the distal ulna.Fractures involving the ulnar styloid or ulnar head.Fracture-Dislocations:Stabilizing fractures associated with dislocations or subluxations of the distal ulna.Osteoporotic Fractures:Ideal for elderly patients with poor bone quality requiring reliable fixation.Nonunions and Malunions:Reconstruction of fractures that have not healed correctly or those that have healed in an abnormal position.Comminuted Fractures:Multi-fragment fractures requiring stable fixation to restore function.Advantages:Stable Fixation:Locking screws provide angular stability, which is especially useful in osteoporotic or fragmented bone.Reduced Soft Tissue Interference:The low-profile design minimizes irritation to surrounding tendons, ligaments, and muscles.Versatile Fixation:The combination of locking and cortical screws offers flexibility for tailored fixation depending on the fracture pattern.Enhanced Healing:Stable fixation supports early mobilization and prevents complications such as nonunion or malunion.Improved Patient Outcomes:Optimal alignment and stabilization reduce the risk of complications, promoting faster and more reliable healing.Applications:Trauma Surgery:Treatment of distal ulna fractures resulting from trauma, high-impact injuries, or falls.Reconstructive Surgery:Managing nonunions, malunions, or previous fracture misalignments.Osteoporotic Bone:Fixation of fractures in elderly patients where bone density is compromised.Pediatric Orthopedics:Stabilization of fractures in younger patients (with appropriate plate sizes).Sports Injuries:Fractures resulting from sports-related activities requiring stable and early fixation.Surgical Technique:Approach:A dorsal or volar approach is commonly used to expose the distal ulna and gain access to the fracture site.Plate Positioning:

It looks like you're referring to the Thompson Hip Prosthesis with an Excel Standard Stem made from SS316L (a type of stainless steel). This is a type of unipolar hip prosthesis commonly used for hip hemiarthroplasty, typically in cases of femoral neck fractures or hip joint degeneration.
Here are some key details about it:
1. MaterialSS316L (Stainless Steel 316L): A corrosion-resistant, biocompatible material often used in orthopedic implants.2. Design & FeaturesUnipolar Prosthesis: The femoral head is a single component that articulates with the natural acetabulum.Excel Standard Stem: A standard-length stem designed for proper fixation in the femur.Polished Surface: Reduces friction and wear.3. IndicationsUsed in elderly patients with low activity levels.Femoral neck fractures, especially in osteoporotic patients.Avascular necrosis (AVN) or hip joint arthritis in selective cases.Revision surgeries where a total hip replacement (THR) is not feasible.4. AdvantagesEasier surgical implantation compared to total hip replacement (THR).Less operative time & blood loss.Suitable for patients with poor bone quality.Would you like more technical specifications, surgical technique guidance, or supplier details?

Czerny Retractor is a double-ended, handheld surgical instrument used for retracting soft tissues in general, gynecological, and orthopedic surgeries. One end has a flat, curved blade, while the other features pronged tips for improved grip on tissues.
Common Sizes of Czerny Retractors:6 inches (15 cm) – Small size for minor procedures.8 inches (20 cm) – Standard size for general use.10 inches (25 cm) – For deeper surgical fields.Key Features:✅ Double-ended design (flat blade on one end, pronged tip on the other)✅ Curved blade for effective soft tissue retraction✅ Made of stainless steel for durability and sterilization
Would you like details on prong variations (sharp vs. blunt tips) or comparisons with other retractors like Senn or Langenbeck?

The Orthopedic Proximal Tibia Plate DCP 4.5mm (SS316L) is a specialized implant used for the fixation of fractures in the proximal tibia, particularly in cases of high-energy trauma or reconstructive surgery. It is a robust solution for managing complex fractures and maintaining anatomical alignment.
Key FeaturesProximal Tibia-Specific Design:
Contoured to match the proximal tibia's anatomy for optimal fit and reduced soft tissue irritation.Ideal for fractures in the metaphyseal and epiphyseal regions.Dynamic Compression Plate (DCP) Holes:
Allows for axial compression at the fracture site to enhance stability.Enables versatile screw fixation, including locking and non-locking options.Material:
Constructed from SS316L (Stainless Steel 316L).Offers excellent corrosion resistance, mechanical strength, and biocompatibility.Applications:
Proximal tibia fractures, including:Split and depression fractures.Metaphyseal fractures.Complex intra-articular fractures.Osteotomies and revision surgeries in the proximal tibial region.Screw Compatibility:
Designed for use with 4.5mm cortical screws and optional 6.5mm cancellous screws.DCP holes provide flexibility for variable screw positioning.Sizes and Configurations:
Available in various lengths to accommodate fracture patterns and patient anatomy.Pre-contoured design minimizes the need for intraoperative adjustments.BenefitsEnsures rigid and stable fixation of challenging proximal tibial fractures.Facilitates accurate anatomical reconstruction with pre-contoured shapes.Dynamic compression features promote bone healing through fragment stabilization.The durable material reduces the risk of implant failure or corrosion.Surgical ConsiderationsPreoperative Planning:Perform detailed imaging (X-rays or CT scans) to evaluate the fracture pattern and plan implant placement.Intraoperative Placement:Ensure proper alignment and placement to avoid joint interference or soft tissue irritation.Use fluoroscopic guidance to confirm positioning during surgery.Screw Fixation:Select screws based on bone quality and fracture configuration.Tighten screws appropriately to achieve compression without overloading the plate.Would you like details on available lengths, surgical techniques, or other compatible implants?

A condylar plate guide is an orthopedic surgical instrument used to assist in the accurate placement and fixation of condylar plates during fracture repair or reconstructive procedures involving the distal femur or proximal tibia. Condylar plates are specialized implants designed to stabilize fractures by being anatomically contoured to fit the bone's condyle (the rounded end of a bone, such as the femur).
Key Features and Uses of a Condylar Plate GuidePrecision Alignment:
Ensures the condylar plate is correctly aligned with the anatomical structure of the bone.Helps achieve proper alignment of the bone fragments for optimal healing.Fixation Assistance:
Guides the placement of screws and other fixation devices.Ensures that screws are inserted at the correct angles and depths.Surgical Efficiency:
Reduces surgical time by providing a clear template for plate positioning.Minimizes the need for intraoperative adjustments.Versatility:
Compatible with various sizes and types of condylar plates.Adaptable for use in different types of fractures and patient anatomies.Components of a Condylar Plate GuideGuide Body:
The main structure that attaches to the bone.Often has slots or holes corresponding to the plate’s screw holes.Targeting Arms:
Adjustable arms that help align the guide with the bone's anatomy.May be detachable or flexible to adapt to different angles.Drill Guides:
Removable or integrated sleeves that guide the drill bits.Ensure precise drilling for screw insertion.Positioning Handles:
Provide grip and control for the surgeon to manipulate the guide.Often ergonomically designed for ease of use.Markers and Measurement Indicators:
Indicate proper alignment and depth.Help in verifying the correct position before final fixation.Procedure OverviewPreparation:
The surgical site is exposed, and the fracture is reduced.The condylar plate is chosen based on the fracture type and size.Placement:
The condylar plate guide is positioned over the fracture site.Adjustments are made to align the guide with the anatomical landmarks.Drilling and Screw Insertion:
Drill guides are used to create holes for screws.Screws are inserted through the guide, ensuring they follow the correct trajectory.Final Fixation:
Once all screws are placed, the guide is removed.The plate is checked for stability, and the wound is closed.Benefits of Using a Condylar Plate GuideAccuracy: Increases the precision of implant placement, leading to better surgical outcomes.Safety: Reduces the risk of misplacement and potential damage to surrounding tissues.Consistency: Provides a standardized approach, enhancing reproducibility of results.Efficiency: Streamlines the surgical process, potentially reducing operative time.ConclusionA condylar plate guide is an essential tool in orthopedic surgery for the accurate and efficient fixation of condylar fractures. Its design facilitates precise alignment and fixation, contributing to improved patient outcomes and surgical efficiency.

A guide shaft for a coupling screw in orthopedic surgery is an essential tool used in the process of inserting a DHS (Dynamic Hip Screw) system. It aids in aligning and positioning the components correctly during the procedure. Here's an overview of its purpose, design, function, compatibility, and sterilization:
PurposeThe guide shaft is used in conjunction with the coupling screw to ensure the precise alignment and insertion of the lag screw into the DHS plate and subsequently into the femoral head.
DesignStructure: The guide shaft is a long, slender rod, typically made of surgical-grade stainless steel or another biocompatible material.Features: It usually has a smooth surface with markings or notches that help in measuring depth and alignment. One end is designed to fit securely into the coupling screw or the insertion handle.Length and Diameter: The dimensions are designed to match the specific DHS system, ensuring that it fits through the plate and aligns with the pre-drilled hole in the femur.FunctionAlignment: The guide shaft helps in maintaining the correct alignment of the lag screw as it is inserted through the coupling screw and DHS plate into the femoral head.Stabilization: It provides stability and prevents the screw from deviating from its intended path, ensuring that the lag screw follows the guide wire accurately.Depth Control: The markings on the guide shaft can help the surgeon determine the insertion depth, preventing over-penetration or under-penetration of the screw.CompatibilityDHS System: The guide shaft must be compatible with the specific DHS system being used. This includes matching the diameter and length to fit the coupling screw and the insertion handle.Interchangeability: Some guide shafts are designed to be used with multiple sizes of DHS plates and screws, while others are specific to a particular size or type.SterilizationMaterial: The guide shaft, like other surgical instruments, is made of materials that can withstand repeated sterilization processes without degrading.Methods: Sterilization is typically done using autoclaving (steam sterilization) or other approved methods to ensure that the instrument is free of any contaminants before use.SummaryThe guide shaft for a coupling screw in orthopedic surgery is a crucial instrument that ensures the accurate alignment and placement of the lag screw in a DHS system. Its precise design and compatibility with the specific DHS components facilitate a successful surgical outcome by providing stability, alignment, and depth control during the insertion process. Proper sterilization of the guide shaft is essential to maintain a sterile surgical environment and prevent infections.

A small spare blade for an electric plaster cast cutter is an essential accessory in orthopedic settings, providing a replacement option when the original blade becomes dull or damaged. Here’s a detailed overview of its features, considerations, and application:
Small Spare Blade for Electric Plaster Cast Cutter: Overview and UsageDesign and ConstructionMaterial: Typically made from high-quality stainless steel or other durable materials to withstand repeated use and sterilization.Blade Type: The spare blade is specifically designed to fit and function with electric plaster cast cutters, ensuring compatibility and effectiveness in cutting plaster casts.FeaturesPrecision Cutting: Engineered for sharpness and precision, allowing for clean and efficient cutting of plaster casts without excessive force.Safety Considerations: Designed to minimize the risk of cutting the patient’s skin underneath the cast, ensuring safe and controlled cast removal.Ease of Replacement: Designed for easy installation and replacement in the electric plaster cast cutter, facilitating seamless workflow in medical settings.Application in Orthopedic SurgeryReplacement Process:
When the original blade of the electric plaster cast cutter becomes dull or damaged, the spare blade is used as a replacement.Medical staff follow manufacturer instructions to safely remove the old blade and install the new spare blade in the cutter.Cutting Efficiency:
Once installed, the spare blade ensures continued efficiency in cutting plaster casts during patient care procedures.It maintains the cutter’s ability to deliver precise cuts along marked lines on the cast, supporting effective cast removal.Patient Safety:
Throughout the cutting process, medical professionals monitor the depth and action of the blade to prevent accidental injury to the patient’s skin.Advantages of Using a Small Spare Blade for Electric Plaster Cast CutterContinuity of Care: Ensures uninterrupted workflow in orthopedic procedures by providing a ready replacement for worn-out blades.Cost-Effective: Helps minimize downtime and operational costs associated with equipment maintenance and replacement.Safety Assurance: Supports safe and controlled cast removal, maintaining patient comfort and reducing procedural risks.Maintenance and SterilizationCleaning: After use, the spare blade should be cleaned thoroughly to remove plaster residue and other debris.Sterilization: The spare blade must undergo proper sterilization procedures according to medical standards before reuse to ensure safety and hygiene.ConclusionA small spare blade for an electric plaster cast cutter is a crucial component in orthopedic surgery, ensuring the continuous functionality and effectiveness of plaster cast removal procedures. Its design and features are tailored to support safe, precise, and efficient cutting of plaster casts while maintaining patient safety and comfort. Proper maintenance, including cleaning and sterilization, is essential to prolong the lifespan and performance of spare blades in medical settings.
If you need more specific information about where to procure spare blades for electric plaster cast cutters or further details on their usage, feel free to ask!

Cannulated T Wrench Orthopedic Surgical Interlocking Nail Removal Instrument SS
We at Jindal Medi Surge use research to create Orthopedic and Trauma Instruments in a wide range. Affordable generic orthopedic instruments are used in surgical fixation, correction and regeneration of human skeleton and its soft tissues. Over the years we have won the trust of healthcare professionals and patients across the world. A wide range of our products ensures that people get almost everything required under one roof. We provide Instruments made from medical grade Stainless Steel.
CE / ISO Certified Company Jindal Medi Surge is one-stop-shop for Surgical / Orthopedic Instruments & External Fixator. As a leading manufacturer, we have developed unmatched experience and exclusive knowledge of design and manufacturing constraints for the orthopedic / surgical industry. We diversified in OEM / Brand Manufacturing of Surgical / Orthopedic Products for Human & Veterinary. We also provide various other Healthcare Products to cater to the needs of Government Institutes, Private Hospitals & Small Clinics in India & Worldwide.
We can modify the order quantity OR club one of more items in single dispatch, Kindly message us.
*Freight charges does not include any duties and taxes to be paid in recipient's country. The same if any has to be paid by buyer only.

Orthopedic Cannulated Rigid Reamer

Jindal Medi Surge is a CE and ISO Certified leading Manufacturer and Exporter of Surgical and Orthopedic / Orthopaedic Instruments used for Human (Adult and Pediatric) and Veterinary Surgical Procedures. All Products are made from Surgical Grade Stainless Steel, Aluminum, Titanium & Carbon Fiber Only. Our Products are used by Government Institutes, Private Hospitals, Small Clinics, Individual Doctors Worldwide.

For Bulk Order & Customized Listing, kindly message us.
We sell exclusively on our JMS Brand & also Manufacture on OEM basis for various international brands.

A Tapered Pins Basic Set for Adult Orthopedic External Fixator Ring Type includes specialized pins designed for secure fixation and stability in external fixator systems. These pins are tapered to facilitate easier insertion and provide strong anchorage in bone. Here's a detailed overview of what such a set might include:
Components:Tapered Pins:
Various diameters and lengths to accommodate different bone sizes and locations.Tapered design for easier insertion and secure fixation.Made from biocompatible materials like stainless steel or titanium to prevent infection and corrosion.Insertion Tools:
Special tools designed for the precise insertion of tapered pins.May include handles, guides, or other instruments to ensure accurate placement.Drill Bits:
Specific drill bits matched to the diameters of the tapered pins.Made from high-strength materials to maintain sharpness and precision.Pin Clamps:
Clamps designed to securely hold the tapered pins in place within the external fixator frame.Available in various sizes to match different pin diameters.Guide Wires:
Used to assist in the accurate placement of tapered pins.Made from flexible but durable materials.Soft Tissue Protection Sleeves:
Sleeves designed to protect soft tissues from irritation or damage caused by the pins.Made from biocompatible materials.Sterilization Tray:
A tray designed to hold all components of the set for sterilization and organization.Made from autoclavable materials.User Manual and Instructions:
Detailed instructions for the safe and effective use of each component.Guidelines for the insertion, adjustment, and removal of tapered pins.Example Set Contents:Tapered Pins:
Diameters: 4mm, 5mm, 6mm.Lengths: 100mm, 150mm, 200mm.Quantity: 10 each size.Insertion Tools:
Handles: 2-3.Guides: 2-3.Drill Bits:
Sizes matched to pin diameters: 4mm, 5mm, 6mm.Quantity: 2 each size.Pin Clamps:
Sizes: 4mm, 5mm, 6mm.Quantity: 10 each size.Guide Wires:
Quantity: 10-15.Soft Tissue Protection Sleeves:
Quantity: 10-15.Sterilization Tray:
Dimensions: Suitable to hold all components.Material: Stainless steel or autoclavable plastic.User Manual and Instructions:
Detailed usage and maintenance instructions.Application:Fracture Fixation: Providing stable fixation for bone fractures.Deformity Correction: Ensuring secure attachment and precise alignment.Limb Lengthening: Facilitating accurate and stable pin placement for controlled bone growth.

Gouge Stainless Steel Handle Orthopedic Instrument Jindal Medi Surge manufactures high quality bone cutting instruments used mainly during trauma / orthopedic surgeries, the edges are precisely made for smooth cutting of the bone. All instruments are made from medical grade stainless steel.

Crutch Field Tong with Burr Orthopedic Instrument Operating from India, Jindal Medi Surge Corporation is engaged in the manufacture and export of orthopedic skull surgery instruments, hudson brace, scoville trephine, gigli saw wire and gigli saw handle. We are one of the most reliable organizations in our sphere catering to various hospitals. All instruments are from medical grade stainless steel only.

A cannulated drill bit with a 2.7mm outer diameter, 1.35mm inner diameter, and a length of 160mm, featuring a quick coupling (Q.C.) end, is a specialized tool used in small orthopedic surgical procedures. Here's a detailed overview:
Specifications:Outer Diameter: 2.7mmInner Diameter: 1.35mmLength: 160mmEnd Type: Quick Coupling (Q.C.)Key Features:Cannulation: The hollow core design allows the drill bit to be guided over a pre-positioned guide wire. This ensures precise alignment and control during drilling.Quick Coupling End: The Q.C. end facilitates rapid and secure attachment to compatible surgical power tools, enhancing efficiency during surgical procedures.Material: Constructed from high-quality surgical-grade stainless steel, providing durability, resistance to corrosion, and biocompatibility.Length: At 160mm, the length is suitable for reaching deeper anatomical structures while maintaining control and precision.Usage:Applications: Used in small bone orthopedic surgeries, such as those involving the hands, wrists, feet, and ankles, for creating precise holes for screws, pins, or other implants.Procedure: The drill bit is inserted over a guide wire, ensuring that the drilling follows the correct path. The Q.C. end allows for quick and secure attachment to surgical drills.Benefits:Precision: The cannulated design ensures accurate drilling along the guide wire's path, reducing the risk of misalignment.Efficiency: The quick coupling end allows for fast changes and secure attachment to power tools, streamlining the surgical workflow.Control: The length and design of the drill bit provide the surgeon with control over the drilling process, essential for delicate procedures.Versatility: Suitable for a range of small bone surgeries, making it a versatile tool in orthopedic surgery.Care and Maintenance:Sterilization: Must be sterilized before and after each use to maintain sterility and prevent infections. Standard sterilization methods, such as autoclaving, are typically used.Inspection: Regularly inspect the drill bit for signs of wear, damage, or dullness. Ensuring the drill bit is in good condition is crucial for maintaining precision and safety during surgery.Summary:The cannulated drill bit with a 2.7mm outer diameter, 1.35mm inner diameter, 160mm length, and quick coupling end is an essential instrument for small bone orthopedic surgeries. Its design ensures precision, control, and efficiency, contributing to successful surgical outcomes. Proper care and maintenance are necessary to ensure its longevity and effectiveness in various surgical procedures.