Jindal Medi Surge

Basic Instrument Box 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.

JMS.010 Basic Instrument Set Units4260.320 Drill Bit Q.C. 3.2mm Dia. 34260.450 Drill Bit Q.C. 4.5mm Dia. 14305.030 Counter Sink - 8.0mm Head 14306.010 Quick Coupling Handle - T - Type 14263.040 Tap With T- Handle For 4.5mm Cortical Screws 24263.050 Tap With T- Handle For 6.5mm Cancellous Screws 14307.095 Insert Drill Sleeve 3.2mm 14307.070 Drill & Tap Sleeve Combined 3.2/4.5mm 14307.080 Drill & Tap Sleeve Combined 3.2/6.5mm 14301.070 Screw Driver Shaft Q. C. End - 3.5mm Tip 14301.050 Large Hexagonal Screw Driver 3.5mm Tip 14303.020 Large Depth Gauge 14371.000 Sharp Hook 14210.033 Combination Wrench 11mm 14304.020 Large Neutral & Loaded Drill Guide 14308.000 Pointed Drill Guide With 4.5mm Tap Sleeve & 3.2mm Insert Drill Sleeve 14302.020 Large Plate Bender - Pair 14400.005 Instrument Box With Two Trays Length 300mm 1

VETERINARY FESSA HINGE FOR 8MM

Jindal Medi Surge is a CE and ISO Certified Leading Manufacturer, Exporter of Surgical and Orthopedic Instruments used for Human (Adult and Pediatric) and Veterinary Surgical Procedures. All Products are made from Surgical Grade Stainless Steel, Aluminum & 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 Branded & also Manufacture on an OEM basis for various international brands.

Pneumatic Tourniquet Set Three Cuffs Pressure Pump Surgical Instrument  Pneumatic tourniquet has inflatable cuffs designed to apply pressure on the arterial blood flow in a limb to create a bloodless surgical field. The tourniquet system consists of a pressure regulated control unit, hose assembly and inflatable tourniquet cuff. The cuff inflates with air to a preset pressure to compress the patient’s blood vessels during surgical procedures, thus ensuring a bloodless operative field.

A small distractor for tibia orthopedic surgery is a specialized surgical instrument designed to assist in the realignment and stabilization of fractures or other conditions affecting the tibia bone. These distractors are crucial for providing controlled distraction (separation) of bone fragments, facilitating proper alignment and healing. Here's an overview of a small distractor for tibia surgery:
Small Distractor for Tibia: Overview and UsageDesign and ConstructionMaterial: Typically made from high-quality stainless steel for durability, sterilization, and corrosion resistance.Structure: Consists of two main components—distracting arms and a central screw mechanism. The arms are attached to the bone fragments or the tibia bone itself, and the central screw allows for precise adjustment of the distance between the arms.FeaturesPrecision Control: The central screw mechanism allows for fine adjustments to control the amount of distraction applied.Versatility: Adjustable arms can accommodate various sizes of bone fragments or different patient anatomies.Stability: Provides stable and controlled distraction, crucial for maintaining proper bone alignment during surgery.Application in Tibia SurgeryPreparation:
The surgical site is prepared, and the patient is positioned appropriately.Anesthesia is administered as necessary.Attachment of Distractor:
Placement: The distractor's arms are positioned on either side of the fracture or at strategic points on the tibia bone.Securing: Small pins or screws may be used to secure the distractor arms to the bone fragments or bone surface, ensuring stability during distraction.Distraction:
Adjustment: The central screw is gradually turned to separate the bone fragments or create the desired space, allowing for controlled realignment.Monitoring: The surgeon monitors the alignment of the bone fragments or bone ends to ensure they are properly positioned throughout the distraction process.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 fragments or bone ends.The distractor is carefully removed after achieving the desired surgical outcome.Advantages of Using a Small Tibia DistractorPrecision: Allows for precise and controlled realignment of bone fragments or bone ends, promoting optimal healing.Stability: Provides stable fixation during the distraction process, reducing the risk of fragment displacement.Efficiency: Facilitates efficient surgical procedures by aiding in accurate bone alignment and stabilization.Maintenance and SterilizationCleaning: After each use, the distractor must be thoroughly cleaned to remove biological material or debris.Sterilization: The instrument must be sterilized according to standard surgical protocols to ensure it is safe for reuse.ConclusionA small distractor for tibia surgery is a vital tool in orthopedic procedures aimed at realigning and stabilizing fractures or other conditions affecting the tibia bone. Its design and functionality allow surgeons to achieve precise and controlled distraction, ensuring optimal surgical outcomes and promoting efficient bone healing. 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 small tibia distractors, please let me know!

Large Fragment Locking Orthopedic Instrument Set 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.

Standard InstrumentsDrill Bit (Quick Coupling), 3.2mm x 130mmDrill Bit (Quick Coupling), 4.5mm x 130mmCounter Sink for 4.5 & 6.5mm Screws (8.0mm Head)Quick Coupling Handle (T-Type)Bone Tap with Quick Coupling for 4.5mm Cortex Screws, L:130mmBone Tap with Quick Coupling for 6.5mm Cancellous Screws Insert Drill Sleeve 4.5/3.2mmDrill & Tap Sleeve combined 3.2/4.5mmDrill & Tap Sleeve combined 3.2/6.5mmLarge Hexagonal Screw Driver ShaftLarge Hexagonal Screw DriverDepth Gauge for 4.5mm & 6.5mm ScrewsSharp HookLarge Neutral & Loaded Drill Guide308.000 - Pointed Drill Guide302.020 - Large Plate Bender (pair)Locking InstrumentsDrill Bit Ø 4.3mm, Length 221mm, Calibrated, 2-flute, for Quick Coupling4.3mm Drill Sleeve for 5.0mm Safety Lock ScrewsTorque limiting Screw Driver, 3.5mm TipExtraction Screw (Left Hand Thread), Conical, for Screws Ø 4.5mm to 6.5mmCentering Sleeve for Kirschner Wire Ø 2.0mm, Length 125mmEmpty Container

Lateral Tibial Locking Plate  Right & Left Leg 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.

Wire Tensioner mechanical 2 Orthopedic Instrument The Ilizarov external fixators can be used to correct angular deformity in the leg, to correct leg-length differences, and treat non-unions. In most countries it is a highly specialized technique used mainly for deformity correction by experienced surgeons due to its complexity. Further development of the ring construct led to the Frame which is more versatile and far easier to use. Intramedullary limb lengthening devices are also available. Jindal Medi Surge ilizarov external fixator are made from medical grade stainless steel, carbon fiber, aluminium & titanium raw material.

Creating a graphic representation of an instrument set for bipolar prosthesis surgery involves illustrating the essential instruments used in this orthopedic procedure. Here’s how such a graphic design might be structured:
Components of a Bipolar Prosthesis Instrument SetBipolar Prosthesis Components:
Femoral Head Component: Illustrate both the inner and outer heads of the bipolar prosthesis.Acetabular Cup: Show the cup component that fits into the acetabulum (hip socket).Modular Stems: Display different sizes and types of modular stems used to connect the femoral head to the hip shaft.Surgical Instruments:
Prosthesis Impactor: Illustrate the impactor used for inserting the femoral head component into the acetabular cup or the femoral canal.Modular Handle: Design a handle that can be attached to various surgical instruments for secure grip and manipulation.Broaches: Show instruments used to prepare the femoral canal and acetabulum for the prosthesis components.Bone Preparation Tools:
Reamers: Display various sizes of reamers used to prepare the bone for implantation of the prosthesis components.Drill Guides: Illustrate guides used for accurate drilling and placement of screws or fixation elements.Soft Tissue Management Instruments:
Retractors: Show retractors used to hold back soft tissues and provide clear visualization of the surgical site during implantation.Surgical Suction: Illustrate suction instruments used to remove blood and fluids from the surgical area.Sterilization and Maintenance Tools:
Instrument Tray: Design a tray that organizes and holds the instruments during sterilization and surgical procedures.Sterilization Containers: Show containers used for sterilizing and storing the instruments.Graphic Design ConsiderationsClear Labels and Annotations: Include labels and annotations to identify each instrument and its function clearly.Color Coding: Use color coding to distinguish between different types of instruments or components within the set.Anatomical Context: Provide diagrams or illustrations that show the instruments in use within the context of the human hip anatomy, highlighting bone structures and surgical pathways.Scale and Proportions: Ensure that the sizes and proportions of instruments are accurately represented relative to each other and to human anatomy.Visual Presentation3D Renderings: Use 3D modeling software to create realistic renderings of the instruments and components from various angles.Exploded Views: Provide exploded views or sectional illustrations to demonstrate how instruments assemble or function together.Step-by-Step Illustrations: Create step-by-step illustrations or diagrams showing the sequence of using the instruments during a typical bipolar prosthesis surgery.SummaryDesigning a graphic representation of an instrument set for bipolar prosthesis surgery involves visually communicating the key instruments and components essential for this specialized orthopedic procedure. Clear and informative graphics help surgeons and medical professionals understand the purpose and usage of each instrument, contributing to efficient surgical procedures and optimal patient outcomes.

Creating a graphic design for an instrument set used for titanium elastic nails (TENs) in orthopedic surgery involves visualizing and illustrating the key components and instruments essential for the procedure. Here’s a breakdown of what such a graphic design might include:
Components of a Titanium Elastic Nails (TENs) Instrument SetTitanium Elastic Nails (TENs):
Illustrate the typical sizes and configurations of TENs used in orthopedic surgery. Show variations in length and diameter to highlight their versatility for different patient anatomies.Insertion Instruments:
TENs Insertion Handle: Design an ergonomic handle with a grip for secure manipulation and insertion of TENs into bone.TENs Introducer: Show an instrument used to guide the nail into the correct position within the bone.Bone Preparation Tools:
Orthopedic Drill: Display a drill designed for creating pilot holes in the bone to accommodate the TENs.Depth Gauge: Illustrate a tool used to measure the depth of the drilled holes to ensure proper placement of the nails.Tools for Nail Insertion and Fixation:
TENs Insertion Instrument: Show an instrument used to insert the elastic nails into the bone.Screwdriver or Wrench: Display a tool used for tightening screws or locking mechanisms on the ends of the nails.Soft Tissue Management Instruments:
Retractors: Illustrate retractors used to hold back soft tissues, providing clear visibility of the surgical site.Sterilization and Maintenance Tools:
Instrument Tray: Design a tray that organizes and holds the instruments during sterilization and surgical procedures.Sterilization Containers: Show containers used for sterilizing and storing the instruments.Graphic Design ConsiderationsClear Labels and Annotations: Include labels and annotations to identify each instrument and its function clearly.Color Coding: Use color coding to distinguish between different types of instruments or components within the set.Anatomical Context: Provide diagrams or illustrations that show the instruments in use within the context of the human anatomy, particularly focusing on the long bones where TENs are typically used.Scale and Proportions: Ensure that the sizes and proportions of instruments are accurately represented relative to each other and to human anatomy.Visual Presentation3D Renderings: Use 3D modeling software to create realistic renderings of the instruments from various angles.Exploded Views: Provide exploded views or sectional illustrations to demonstrate how instruments assemble or function together.Step-by-Step Illustrations: Create step-by-step illustrations or diagrams showing the sequence of using the instruments during a typical TENs procedure.SummaryDesigning a graphic representation of an instrument set for titanium elastic nails (TENs) involves visually communicating the key instruments and components essential for orthopedic surgery. Clear and informative graphics help surgeons and medical professionals understand the purpose and usage of each instrument, contributing to efficient surgical procedures and optimal patient outcomes.

A small fragment locking instrument set in orthopedic surgery is specifically designed for procedures that require stable fixation of small bone fragments using locking plates and screws. Here's an overview of what you would typically find in a small fragment locking instrument set:
Components of a Small Fragment Locking Instrument SetLocking Plates:
Small Fragment Locking Plates: These plates feature threaded holes that accept locking screws, providing a fixed-angle construct that enhances stability, especially in osteoporotic bone or where fracture compression is challenging.Locking Screws:
Locking Screws: Designed to engage with the threaded holes in locking plates, these screws provide a secure fixation by locking into place, minimizing screw backout and improving construct stability.Instrumentation:
Screwdrivers: Specifically designed to accommodate the heads of locking screws, allowing for precise insertion and tightening.Plate Holding Forceps: Instruments used to grasp, stabilize, and position locking plates during surgery.Drill Guides and Drill Bits: Guides and drills designed for creating pilot holes that match the thread pitch of locking screws.Bone Preparation Tools:
Reamers: Used for preparing the bone surface and creating a suitable bed for plate placement and screw insertion.Taps: Instruments for creating threads in bone to accommodate locking screws, ensuring secure fixation.Soft Tissue Management Instruments:
Retractors: Tools used to gently retract soft tissues to provide clear visualization of the surgical site during implantation.Sterilization and Maintenance:
Instrument Tray: Organizes and holds the instruments during sterilization and surgical procedures, ensuring ease of access and organization.Sterilization Containers: Containers used for sterilizing and storing the instruments to maintain surgical asepsis.ConsiderationsSpecialized Use: Small fragment locking sets are used for fractures and osteotomies where stable fixation is critical, especially in bones with limited space or compromised bone quality.Sterilization: Proper sterilization of all instruments and implants is essential before each use to prevent infections and maintain surgical sterility.Training: Surgeons and surgical staff should receive training in the specific techniques and use of locking plates and screws to ensure safe and effective surgical outcomes.SummaryA small fragment locking instrument set is essential in orthopedic surgery for procedures requiring stable fixation of small bone fragments. These sets include specialized plates, screws, and instruments designed to provide secure fixation and promote effective bone healing. Proper organization, sterilization, and familiarity with the instruments are crucial for achieving successful surgical outcomes and patient recovery.

The Orthopedic Instrument Set for Lateral Mass Screw Spine is a specialized collection of surgical tools designed for the insertion of lateral mass screws during cervical spine surgeries. These screws are commonly used in procedures to stabilize the cervical spine, such as in cases of cervical spine fractures, degenerative disc disease, or spinal deformities.
Key Components:Instrument Tray/Box:Material: Typically made of stainless steel or high-quality aluminum for durability and ease of sterilization.Design: The tray is designed with specific slots and compartments to securely hold each instrument, ensuring easy organization and quick access during surgery.Sterilization Ready: The tray is perforated to allow steam or other sterilization methods to penetrate effectively.Common Instruments Included:Screwdrivers:
Types: Typically includes both T-handle and straight screwdrivers.Design: Specifically designed to fit the head of the lateral mass screws, ensuring a secure grip and precise insertion.Awls:
Function: Used to create a pilot hole in the bone, guiding the placement of the lateral mass screws.Design: Comes with a sharp, pointed tip for easy bone penetration.Taps:
Purpose: Used to create threads in the bone before inserting the screw, ensuring a secure fit.Sizes: Available in various sizes corresponding to the lateral mass screws being used (e.g., 3.5mm, 4.0mm).Design: Features a depth gauge to prevent over-penetration.Drill Bits:
Function: Used to create the initial hole in the bone where the lateral mass screw will be placed.Compatibility: Usually fits with a power drill or a manual handpiece.Sizes: Comes in various diameters and lengths to match the screw size and the specific anatomy of the patient.Depth Gauge:
Function: Measures the depth of the hole drilled in the lateral mass to ensure the correct screw length is chosen.Design: Typically has a hook or probe that is inserted into the hole, with a sliding scale to measure depth accurately.Screw Holders/Inserters:
Function: Used to hold and guide the lateral mass screws into the drilled hole.Design: Allows for secure attachment of the screw, providing stability during insertion.Bone Probes:
Function: Used to explore the drilled hole, ensuring the path is clear and the hole is the correct size and depth.Design: Typically features a blunt tip to prevent tissue damage.Forceps and Retractors:
Function: Various types are used to hold tissue and retract muscles, providing a clear view and access to the surgical site.Design: Ergonomically designed for easy handling during delicate spinal surgeries.Rod Holders and Benders (Optional):
Purpose: In cases where lateral mass screws are used in conjunction with rods for stabilization, these instruments help in contouring and placing the rods.Design: Benders allow the surgeon to shape the rod according to the patient’s spinal curvature, while holders securely place the rod into the screw heads.Power Tools (Optional):
Drill Handpiece: A powered drill may be included for more efficient drilling of the pilot holes.Saw Attachments: For precise cutting or modification of bone.Applications:Cervical Spine Stabilization: Used in surgeries to stabilize the cervical spine, particularly in cases of instability due to trauma, degenerative diseases, or deformities.Fusion Procedures: Often used in combination with rods or plates to promote fusion between the vertebrae, ensuring long-term stability.Fracture Fixation: Effective in treating cervical spine fractures by securing the vertebrae in place.

Orthopedic Screw Box 4.5mm - 6.5mm A sterilization container is a closed container which holds medical instruments during sterilization and preserves their sterile state until they are removed for use. All instruments are made from medical grade stainless steel.

Disc Forceps Straight Orthopedic Instrument Jindal Medi Surge has been established as a supplier of high quality surgical instrumentation for years. We present our catalogue detailing our range of instrumentation for Spinal Surgery. These specialist instruments are manufactured to the highest possible standards with the most modern processes. STANDARDS - Jindal Medi Surge is certified to meet standards. Recognised as a mark of excellence applicable to our management systems, processes, procedures and surgical instruments. We are subject to continual assessment of these procedures to ensure standards are maintained by an independent outside notified body. All Spinal orthopedic instruments are made from medical grade stainless steel.

Front Wire Cutter Orthopedic Instrument  Jindal Medi Surge are manufacturer of bone drilling & wire instrumentation used in trauma surgeries, all the instruments are made from medical grade stainless steel.

For orthopedic plaster cutting, plaster openers and DAWS (Double Action Wire Shears) instruments are vital tools. These instruments are specifically designed to efficiently and safely cut through the rigid material of plaster casts. Here's an overview of these tools:
Plaster OpenersPlaster openers are specialized tools used to cut through plaster casts, providing a clean and precise cut. They are essential in orthopedics for safely removing plaster casts without causing injury to the patient.
Features:Strong Blades: Designed to handle the toughness of plaster.Serrated Edges: Helps in gripping and cutting through the plaster.Ergonomic Handles: Provides comfort and control during use.Safety Guard: Some models come with a guard to protect the patient's skin.Examples:Stille Plaster Openers: Known for their precision and durability, these openers are designed for heavy-duty use.Lister Plaster Shears: These have an angled design and a blunt tip, making them suitable for cutting bandages and plaster safely.Double Action Wire Shears (DAWS)Double Action Wire Shears, commonly referred to as DAWS, are specialized cutting tools used in orthopedic surgery and cast removal. They are designed to provide increased cutting power with less effort.
Features:Double Action Mechanism: Provides greater cutting power with less manual force.Reinforced Blades: Strong blades capable of cutting through wire and plaster.Safety Tip: Often features a blunt tip to avoid injury.Ergonomic Design: Designed for comfortable and prolonged use.Examples:Stryker DAWS: High-quality shears known for their efficiency and durability.Miltex DAWS: Provides excellent cutting performance and is widely used in orthopedic settings.Important Considerations:Material: Stainless steel is preferred for its durability and ease of sterilization.Comfort: Ergonomic handles reduce hand fatigue during prolonged use.Maintenance: Regular cleaning and sharpening are necessary to maintain the efficiency and safety of these tools.Maintenance Tips:Cleaning: Clean the tools thoroughly after each use to prevent plaster build-up.Sharpening: Regularly sharpen the blades to maintain their cutting edge.Inspection: Check for any signs of wear or damage and replace tools as needed.ConclusionBoth plaster openers and DAWS instruments are crucial in orthopedic settings for the safe and efficient removal of plaster casts. Their design focuses on durability, ease of use, and patient safety, making them indispensable tools for orthopedic surgeons and medical professionals.

A tap with a T-handle for 4.5mm cortical screws is an essential orthopedic surgical instrument used to create threads in bone, allowing for the secure placement of screws. Here are the key details about this instrument:
Purpose and UsagePurpose: To cut precise threads into cortical bone, preparing it for the insertion of 4.5mm cortical screws.Usage: Commonly used in orthopedic surgeries where secure fixation with screws is required, such as in fracture repair, joint reconstruction, and bone stabilization procedures.FeaturesT-Handle: The T-shaped handle provides a comfortable grip and allows for the application of controlled torque, making it easier to turn the tap and create threads in the bone.Tap Size: Designed specifically for 4.5mm cortical screws, ensuring that the threads match the screw size for optimal fixation.Material: Made from high-grade surgical stainless steel or other durable materials to withstand the forces applied during tapping and to ensure longevity.BenefitsPrecision: Allows for the creation of accurate and clean threads in the bone, which is crucial for the stability and effectiveness of the screw fixation.Ease of Use: The T-handle design provides better leverage and control, reducing hand fatigue and making the tapping process more efficient.Compatibility: Specifically designed for use with 4.5mm cortical screws, ensuring a perfect match between the threads and the screws.Durability: Constructed from high-quality materials to ensure durability and reliability during repeated use and sterilization.ConsiderationsSterilization: Must be properly sterilized before each use to maintain surgical asepsis and prevent infections.Training: Surgeons and surgical staff should be familiar with the proper use of the tap to ensure effective and safe threading of the bone.Maintenance: Regular inspection and maintenance are necessary to ensure the tap remains sharp and in good working condition.SummaryA tap with a T-handle for 4.5mm cortical screws is a basic but crucial orthopedic instrument that facilitates the secure placement of screws by creating precise threads in the bone. Its design provides precision, ease of use, and compatibility with 4.5mm cortical screws, making it an indispensable tool in various orthopedic surgical procedures.

Detachable Slid Hammer Orthopedic Instrument Jindal Medi Surge Titanium Elastic Nail Instruments Set contains instruments required for the management of diaphyseal and certain metaphyseal/ epiphyseal fractures of long bones in children and young adults. Instruments for fractures of long bones in children and young adults. Our Orthopedic Instruments Set comprises many of items which are manufacture by superior medical grade of stainless steel, Aluminum and Carbon Fiber etc. These are the tools specifically designed to carry out different actions and to achieve various purposes during a surgery or an operation we are paying our best efforts which meets the same quality standards of all orthopedic instruments as needed. We are keeping wide range of instruments items in instruments set to ensures that Doctors get almost all required items during surgery for Titanium Elastic Nail Instruments Set.

Fessa Tube 8mm Dia. x 75mm LengthJindal Medi Surge is a CE and ISO Certified Leading Manufacturer, Exporter of Surgical and Orthopedic Instruments used for Human (Adult and Pediatric) and Veterinary Surgical Procedures. All Products are made from Surgical Grade Stainless Steel, Aluminum & 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 Branded & also Manufacture on an OEM basis for various international brands.

Gelpi Retractor Orthopedic Instrument Jindal Medi Surge Bone retractor system that is anchored to the operating table. In varying forms, retractors are used to hold an incision open, hold back tissues or other objects to maintain a clear surgical field, or reach other structures. They can either be hand-held or self-retaining via a ratcheting mechanism. All orthopedic bone retractors are made from medical grade stainless steel.

Diamond Pointed Awl Orthopedic Instrument Jindal Medi Surge are manufacturers of orthopedic instruments used for kuntscher cloverleaf nails. this is a long metallic rod , hollow and with a longitudinal slot over its entire length and characteristic shape in its cut section , so it is Kuntscher ‘s Cloverleaf intramedullary nail .Kuntscher believed his nail to behave as elastic nail while inside the bone with ‘elastic impingement’ or radial compliance as the reason for its stability. Now the theory has been refuted and three point fixation is found to be the reason .it can be used Anterograde or Retrograde way . In the anterograde way the point of entry is Pyriform fossa and in the retrograde way the point of entry is fracture site.the nail maintains length , angulation and rotation by fixing at three points- proximal end, distal end, isthmus ( the part of bone where the medullary cavity is narrowest ). All instruments are made from medical grade stainless steel only.

Gouge Straight Orthopedic Instrument A bone cutter is a surgical instrument used to cut or remove bones. In addition to surgery, they are also used in forensics, torture, and dismemberment. Types of medical bone cutters include: Unpowered – Unpowered bone cutting implements include varieties of hacksaw and sabre saw. In many applications, the saw is used in specialised jigs to provide accurate, measurable cuts, e.g. in knee surgery. Specialized saws such as the Gigli saw, a cable made of sharp strands of wire, are also used in some procedures. Reciprocating – Usually a powered rotary oscillation is applied to a specialised cutting implement to provide smooth controllable cuts into bone, for applications, from skull cutting to rib cutting. A sternal saw is a reciprocating bone cutter. Sonic (or sound cutting) – The sonic cutter is still experimental, but its primary focus is to use high frequency, high amplitude sound to remove material (in this case bone), providing the ability to cut. Some tissue sonic cutters are being produced. A costotome in the open position Costotome – A Costotome is a specialised rib cutter used to gain access to the thoracic cavity. It has two levers; the first one to be operated grasps the rib, and the second one cuts the rib. Jindal Medi Surge orthopedic bone cutting instruments are made from medical grade stainless steel.

Brun's Bone Currette With Steel Handle Orthopedic Instrument A bone cutter is a surgical instrument used to cut or remove bones. In addition to surgery, they are also used in forensics, torture, and dismemberment. Types of medical bone cutters include: Unpowered – Unpowered bone cutting implements include varieties of hacksaw and sabre saw. In many applications, the saw is used in specialised jigs to provide accurate, measurable cuts, e.g. in knee surgery. Specialized saws such as the Gigli saw, a cable made of sharp strands of wire, are also used in some procedures. Reciprocating – Usually a powered rotary oscillation is applied to a specialised cutting implement to provide smooth controllable cuts into bone, for applications, from skull cutting to rib cutting. A sternal saw is a reciprocating bone cutter. Sonic (or sound cutting) – The sonic cutter is still experimental, but its primary focus is to use high frequency, high amplitude sound to remove material (in this case bone), providing the ability to cut. Some tissue sonic cutters are being produced. A costotome in the open position Costotome – A Costotome is a specialised rib cutter used to gain access to the thoracic cavity. It has two levers; the first one to be operated grasps the rib, and the second one cuts the rib. Jindal Medi Surge orthopedic bone cutting instruments are made from medical grade stainless steel.

A combination wrench with an 11mm size is a basic yet essential orthopedic surgical instrument used for various tasks involving tightening and loosening bolts, nuts, or screws during surgical procedures. Here are the key details about this instrument:
Purpose and UsagePurpose: To provide a tool for securely tightening and loosening 11mm nuts and bolts used in orthopedic hardware and implants.Usage: Commonly used in orthopedic surgeries to ensure proper fixation and stabilization of implants, external fixators, and other orthopedic devices.FeaturesSize: Specifically designed to fit 11mm nuts and bolts, ensuring a precise and secure grip.Combination Design: Typically features both an open-end wrench and a box-end wrench on either side, providing versatility in accessing different types of fasteners in various surgical scenarios.Material: Made from high-grade stainless steel or other surgical-grade materials to withstand the mechanical stresses of surgery and repeated sterilization.Ergonomic Design: Designed for ease of use, with a comfortable grip that allows the surgeon to apply the necessary torque without slipping or causing hand fatigue.BenefitsVersatility: The combination design allows for flexibility in accessing and manipulating fasteners in tight or awkward spaces, enhancing the tool's utility in diverse surgical settings.Precision: The precise 11mm sizing ensures a snug fit on the fasteners, reducing the risk of rounding or damaging the nuts and bolts.Durability: Constructed from high-quality materials to ensure long-term use and maintain functionality through multiple sterilization cycles.Ease of Use: The ergonomic handle design helps reduce hand fatigue and improves control, making the wrench comfortable to use even during lengthy procedures.ConsiderationsSterilization: Must be properly sterilized before each use to maintain surgical asepsis and prevent infections.Compatibility: Ensure compatibility with the specific nuts and bolts used in the orthopedic hardware and implants.Training: Surgeons and surgical staff should be familiar with the proper use of the combination wrench to maximize its benefits and avoid complications.SummaryThe 11mm combination wrench is a fundamental orthopedic instrument that provides precision, versatility, and durability for tightening and loosening fasteners during surgical procedures. Its dual-end design, ergonomic handle, and robust construction make it an indispensable tool in various orthopedic surgeries, ensuring proper fixation and stabilization of implants and other hardware.

Currette Double Ended Small and Large Orthopedic Instrument A bone cutter is a surgical instrument used to cut or remove bones. In addition to surgery, they are also used in forensics, torture, and dismemberment. Types of medical bone cutters include: Unpowered – Unpowered bone cutting implements include varieties of hacksaw and sabre saw. In many applications, the saw is used in specialised jigs to provide accurate, measurable cuts, e.g. in knee surgery. Specialized saws such as the Gigli saw, a cable made of sharp strands of wire, are also used in some procedures. Reciprocating – Usually a powered rotary oscillation is applied to a specialised cutting implement to provide smooth controllable cuts into bone, for applications, from skull cutting to rib cutting. A sternal saw is a reciprocating bone cutter. Sonic (or sound cutting) – The sonic cutter is still experimental, but its primary focus is to use high frequency, high amplitude sound to remove material (in this case bone), providing the ability to cut. Some tissue sonic cutters are being produced. A costotome in the open position Costotome – A Costotome is a specialised rib cutter used to gain access to the thoracic cavity. It has two levers; the first one to be operated grasps the rib, and the second one cuts the rib. Jindal Medi Surge orthopedic bone cutting instruments are made from medical grade stainless steel.

Currette Stainless Steel Handle Orthopedic Instrument A bone cutter is a surgical instrument used to cut or remove bones. In addition to surgery, they are also used in forensics, torture, and dismemberment. Types of medical bone cutters include: Unpowered – Unpowered bone cutting implements include varieties of hacksaw and sabre saw. In many applications, the saw is used in specialised jigs to provide accurate, measurable cuts, e.g. in knee surgery. Specialized saws such as the Gigli saw, a cable made of sharp strands of wire, are also used in some procedures. Reciprocating – Usually a powered rotary oscillation is applied to a specialised cutting implement to provide smooth controllable cuts into bone, for applications, from skull cutting to rib cutting. A sternal saw is a reciprocating bone cutter. Sonic (or sound cutting) – The sonic cutter is still experimental, but its primary focus is to use high frequency, high amplitude sound to remove material (in this case bone), providing the ability to cut. Some tissue sonic cutters are being produced. A costotome in the open position Costotome – A Costotome is a specialised rib cutter used to gain access to the thoracic cavity. It has two levers; the first one to be operated grasps the rib, and the second one cuts the rib. Jindal Medi Surge orthopedic bone cutting instruments are made from medical grade stainless steel.

Bruns Bone Currette With Fibre Handle

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.

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We sell exclusively on our JMS Brand & also Manufacture on OEM basis for various international brands.

Lane Bone Holding Forceps without 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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Cannulated Quick Coupling Tap Handle With Fiber Handle Orthopedic Instrument:- Jindal Medi Surge Cannulated Cancellous Screws shaft accepts guide wires of 1.2mm, Hemispherical head of the screws ensures optimal annular contact with washers and plates when screws are angled, Low-profile head reduces possibility of soft tissue irritation, Standard 2.5mm hexagonal drive is compatible, Reverse cutting flutes assist in screw, Choice of thread lengths offers best fit of threads into far bone fragment, for greater interfragmentary compression, Cancellous thread profile uses deep ‘cutting threads’ with a large pitch to increase resistance to pull out. The large pitch also accelerates screw insertion and removal. The partially threaded screws can be used to “lag” one bone fragment to another where the bone fragment is captured by the threads of the screw and pulled toward the fragment piece closest to the headed end of the screw. Self-tapping screw tip facilitates screw insertion by eliminating the need for tapping. The orthopedic cannulated cancellous bone screw instrument set is made from medical grade stainless steel & aluminium raw-material.

Oblique Support With Thread Orthopedic External Fixator 
The Ilizarov apparatus is a type of external fixation used in orthopedic surgery to lengthen or reshape limb bones; as a limb-sparing technique to treat complex and/or open bone fractures; and in cases of infected nonunions of bones that are not amenable with other techniques. It is named after the orthopedic surgeon Gavriil Abramovich Ilizarov from the Soviet Union, who pioneered the technique. All orthopedic ilizarov external fixator system is made from medical grade stainless steel, aluminium & carbon fiber raw material.

Tlif Cage Peek 138126.73 7.0 X 30 MM138126.83 8.0 X 30 MM138126.93 9.0 X 30 MM138126.103 10.0 X 30 MM138126.113 11.0 X 30 MM138126.123 12.0 X 30 MMThe Orthopedic TLIF Cage PEEK Spine Implant is designed for use in Transforaminal Lumbar Interbody Fusion (TLIF) procedures. This cage is implanted in the intervertebral space to maintain disc height, provide stability, and promote spinal fusion.
Key Specifications:Material: PEEK (Polyether Ether Ketone) is a high-performance polymer known for its strength, radiolucency, and biocompatibility. PEEK does not interfere with imaging studies like X-rays or MRIs, allowing for clear postoperative assessments.Design:Shape: Often rectangular or kidney-shaped to match the intervertebral space.Size: Available in various sizes and heights to accommodate different patient anatomies and surgical needs.Lordotic Angle: Typically available with different degrees of lordosis (e.g., 0°, 6°, 12°) to help restore or maintain the natural curvature of the spine.Surface: May have a textured surface to enhance bone integration and prevent migration.Hollow Center: The cage is hollow to allow packing with autograft, allograft, or bone substitute material, promoting bone growth through and around the cage for fusion.Endplates: The cage often has teeth or ridges on the endplates to grip the vertebral bodies and prevent migration.Radiopaque Markers: Some PEEK cages include radiopaque markers to assist with precise placement verification on X-rays.Applications:Transforaminal Lumbar Interbody Fusion (TLIF): The TLIF technique involves accessing the spine from the side, removing the intervertebral disc, and inserting the cage into the disc space. The cage helps restore disc height and stabilize the spine while fusion occurs.Degenerative Disc Disease: The TLIF cage is commonly used to treat conditions like degenerative disc disease, spondylolisthesis, or recurrent disc herniation, where spinal stability and fusion are required.

Titanium Elastic Nail

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 Awl With Eye Orthopedic Instrument  Jindal Medi Surge are manufacturer of various bone drill & wire instruments available in various sizes. We offer the wide range of bone wire instruments including K-Wire Bender, Micro Hand Drill, wire Twister-Circular, wire tightener cum twister etc. We manufacture and supply bone drilling instruments that help in efficient orthopaedic surgeries and implants. These are customised according to the needs of the clients. All orthopedic bone drill & wire instruments are made from medical grade raw-material.

An instrument box with one tray, typically used in orthopedic surgery, serves as a container for organizing, sterilizing, and storing various surgical instruments. Here’s an overview of its features and specifications:
Instrument Box with One Tray: OverviewDesign and ConstructionMaterial: Made from stainless steel (S.S.), ensuring durability, corrosion resistance, and compatibility with sterilization processes.Size: Length of approximately 300mm (30cm), providing sufficient space to accommodate a variety of orthopedic instruments.Tray Configuration: Includes one large tray inside the box, designed with compartments or slots to organize and securely hold surgical instruments.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: Some models may have ventilation holes or slots to facilitate effective sterilization by allowing steam or gas penetration.Labeling Area: Includes areas for labeling or identification tags, aiding in tracking the contents and ensuring efficient inventory management.Usage in Orthopedic SurgerySterilization Process:
The instrument box is loaded with surgical instruments.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, surgical instruments can remain stored in the box to maintain their sterility until they are needed for surgery.The tray inside the box helps in organizing instruments, preventing them from moving during transport and storage.Transportation and Handling:
Designed for safe transport between sterilization areas, storage facilities, and operating rooms, ensuring instruments remain sterile and ready for use.Protects delicate instruments from damage during handling and storage, maintaining their functionality and longevity.Maintenance and CareCleaning: After each use, the instrument 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.ConclusionAn instrument box with one tray is an essential component in orthopedic surgery, facilitating efficient organization, sterilization, and storage of surgical instruments. Its durable construction, secure closure, and organizational features support adherence to strict sterilization protocols and maintain instrument sterility. Proper maintenance and care are crucial to ensure the longevity and effectiveness of instrument boxes in medical environments, contributing to safe surgical practices and optimal patient care.

The triangular positioning plate and the 800/700/300 angled blade plates are specialized orthopedic surgical instruments designed to provide precise alignment, stability, and support for the fixation of complex fractures, particularly in long bones such as the femur. Here’s a detailed overview of each component and their combined use in orthopedic procedures:
Triangular Positioning PlatePurpose:The triangular positioning plate is used to aid in the accurate placement and fixation of angled blade plates during orthopedic surgery. Its design allows for stable positioning, ensuring proper alignment and screw placement.
Features:Triangular Shape:
Provides a stable base for positioning the blade plate.Ensures accurate alignment with the bone's anatomy.Multiple Slots and Holes:
Designed with multiple slots and holes to accommodate screws and guide wires.Allows for flexibility in positioning the plate and screws.Adjustable Configuration:
Can be adjusted to fit different anatomical requirements and fracture patterns.Compatible with various blade plate angles (800/700/300).Material:
Made from high-strength materials such as stainless steel or titanium for durability and sterility.Procedure:Fracture Reduction:The fracture is aligned to restore the normal anatomy.Plate Positioning:The triangular positioning plate is placed over the fracture site.Adjustments are made to align it with anatomical landmarks.Drilling and Fixation:Holes are drilled through the guide, ensuring precise screw placement.Screws are inserted to secure the plate.Final Check:The guide is removed, and the stability of the fixation is checked.Angled Blade Plates (800/700/300)Purpose:Angled blade plates are designed for fractures requiring specific angular stability. These plates are typically used in fractures of long bones like the femur and are available in different angles (80°, 70°, and 30°) to accommodate various fracture types and anatomical locations.
Features:Blade Angles (800/700/300):
The blade is angled to provide optimal support for different fracture types.80° plates are used for specific anatomical needs, while 70° and 30° plates offer different oblique support options.Fixation Holes:
Multiple holes for screws, ensuring secure fixation to the bone.Allows for the placement of locking and non-locking screws.Anatomical Contouring:
Plates are contoured to match the bone’s anatomy.Minimizes the need for intraoperative adjustments.Material:
Constructed from high-strength stainless steel or titanium.Ensures durability and biocompatibility.Procedure:Fracture Assessment:The fracture type and location are evaluated.Plate Positioning:The angled blade plate is positioned over the fracture site.The blade is inserted into the metaphyseal region of the bone.Guide Attachment:The triangular positioning plate is used to ensure accurate alignment.Drilling and Fixation:Holes are drilled through the plate, guided by the positioning plate.Screws are inserted to secure the blade plate to the bone.Final Adjustments:The stability of the fixation is checked, and any necessary adjustments are made.Combined Use in Orthopedic SurgerySteps:Preoperative Planning:Detailed imaging and planning to determine the appropriate plate angle (80°, 70°, or 30°) and positioning.Fracture Reduction:Align bone fragments accurately before placing the plate.Plate and Guide Setup:Position the chosen angled blade plate over the fracture site.Attach the triangular positioning plate to ensure proper alignment.Drilling and Screw Placement:Use the triangular positioning plate to guide the drilling of holes.Insert screws through the plate and into the bone for secure fixation.Verification:Check the alignment and stability of the fixation.Make any necessary adjustments to ensure proper healing.

The Orthopedic Mini T Plate 2.0mm Titanium Surgical Implant is designed for the fixation of small bone fractures, particularly in complex anatomical areas such as the maxillofacial region, hands, and feet. The "T" shape of the plate provides robust support and stabilization, making it suitable for fractures where conventional plates might not be as effective.Material:Titanium Alloy (Ti-6Al-4V or Ti-6Al-7Nb): Titanium is favored for its high strength, lightweight nature, and excellent biocompatibility. Its superior resistance to corrosion and ability to integrate well with bone tissue make it an ideal choice for orthopedic implants.Dimensions:Plate Thickness: 2.0mm.Plate Width: Typically around 5mm to 6mm, though this can vary based on the specific design and manufacturer.Length: Available in various lengths, with dimensions tailored to fit the specific needs of the fracture and anatomical considerations.Design Features:T-Shaped Design: The "T" shape is specifically engineered to offer enhanced stability for bone fractures. The horizontal and vertical arms of the "T" provide multi-directional support, making it ideal for fractures in areas with complex anatomy.Hole Diameter: Designed to accommodate 2.0mm cortical screws, which secure the plate to the bone.Number of Holes: The plate typically features holes along both arms of the "T," with the exact number depending on the plate\'s size and design. This allows for flexible screw placement and improved fixation.Uniform Hole Spacing: Ensures even distribution of mechanical forces, reducing stress concentrations and enhancing the stability of the fracture fixation.Low-Profile Design: The plate is designed to be low-profile to minimize irritation to surrounding soft tissues and reduce the risk of postoperative complications.Application:Indications: Suitable for the fixation of small bone fractures, particularly in areas with complex anatomical features such as the maxillofacial region, hands, and feet. It is also used in osteotomies and reconstructive surgeries where a "T"-shaped plate offers optimal stabilization.Surgical Use: The plate is employed in surgical procedures that require precise and stable fixation of small, complex bone structures. The "T"-shaped design provides effective alignment and support, promoting better fracture healing.Advantages:Biocompatibility: Titanium’s excellent biocompatibility reduces the risk of allergic reactions and ensures better integration with bone tissue.Strength and Lightweight: Titanium provides high mechanical strength while being lightweight, making it ideal for implants used in delicate or limited-space areas.Corrosion Resistance: Titanium’s resistance to corrosion ensures the implant remains durable and effective over time, reducing the risk of implant degradation.Anatomical Fit: The "T" shape allows the plate to conform closely to the bone, providing better stabilization and reducing the risk of implant migration or loosening.Versatility: The plate’s design makes it suitable for various small bone fractures and surgical procedures, offering flexibility in its application.Low-Profile Design: The low-profile nature of the plate minimizes soft tissue irritation and postoperative complications.Surgical Benefits:Enhanced Stability: The "T" shape offers superior stability for complex fractures, ensuring better alignment and support.Reduced Complications: The biocompatibility and corrosion resistance of titanium contribute to safer surgical outcomes, minimizing the risk of allergic reactions and implant failure.Customizable Fit: Various lengths and hole configurations allow surgeons to choose the most appropriate plate for each specific case, optimizing fixation and promoting effective healing.

Specifications for Orthopedic Retrograde Femur Nail Titanium Implant
Material:
Titanium alloy (typically Ti-6Al-4V), known for its high strength, low weight, excellent biocompatibility, and superior corrosion resistance.Design:
Retrograde insertion technique, facilitating insertion from the distal femur end.Dimensions:
Lengths: Generally range from 200mm to 440mm.Diameters: Commonly available in 9mm, 10mm, 11mm, 12mm, and 13mm.Locking Options:
Multiple proximal and distal locking holes.Options for both static and dynamic locking to allow for micromotion at the fracture site.Features:
Cannulated design for guided insertion using a guide wire.Anatomically contoured to match the femur's natural curvature.Nail slots or holes for interlocking screws to enhance stability.Instrumentation:
Compatible with a specialized set of instruments, including guide wires, reamers, insertion handles, and targeting devices for precise screw placement.Indications:
Designed for femoral fractures including diaphyseal fractures, distal fractures, and fractures extending into the femoral condyles.Also used for femoral osteotomies and non-unions.Surface Finish:
Anodized or polished surface to enhance biocompatibility and reduce tissue irritation.Radiolucency:
Markings or design features to facilitate radiographic visualization during surgery.Sterilization:
Provided sterile or non-sterile. Non-sterile implants must be sterilized before use according to standard protocols.Compliance:
Manufactured in accordance with international standards for medical devices and orthopedic implants (e.g., ISO 13485, FDA, CE).Benefits:
Titanium offers a higher strength-to-weight ratio compared to stainless steel, leading to a lighter implant.Superior biocompatibility reduces the risk of allergic reactions and improves osseointegration.

Orthopedic Expert Femur Nail Titanium Implant SpecificationsMaterial:
Titanium alloy (commonly Ti-6Al-4V)Dimensions:
Length: Typically ranges from 300mm to 480mm, in increments of 20mmDiameter: Available in various diameters, commonly 9mm, 10mm, 11mm, 12mm, and 13mmDesign Features:
Proximal and Distal Locking: Multiple locking options to ensure stable fixation.Cannulated Design: Allows for guided insertion over a guide wire, improving surgical accuracy.Anatomical Curvature: Designed to match the natural shape of the femur, promoting proper alignment.Dynamic and Static Locking Modes: Offers both options to address different types of fractures and promote bone healing.Polished Surface: Reduces friction and irritation to surrounding tissues, promoting patient comfort.Radiolucent Properties: Titanium is radiolucent, making post-operative imaging easier and more accurate.Mechanical Properties:
High strength-to-weight ratio, providing robust support with less material bulk.Excellent biocompatibility, reducing the risk of adverse tissue reactions.Corrosion-resistant due to the titanium alloy, ensuring long-term durability within the body.Indications:
Used for the treatment of femoral fractures, including:Diaphyseal fracturesSubtrochanteric fracturesProximal and distal metaphyseal fracturesSegmental fracturesComminuted fracturesSurgical Technique:
Inserted intramedullary into the femur bone, typically under fluoroscopic guidance.Proximal and distal locking screws secure the nail, ensuring stable fixation.Designed to allow both antegrade and retrograde insertion techniques depending on the fracture location and surgical approach.Sterilization:
Supplied sterile, ready for immediate use in surgical settings.Can be sterilized using standard hospital autoclaving procedures if necessary.Regulatory Compliance:
Manufactured in compliance with ISO 13485:2016 standards for medical devices.CE marked, indicating conformity with European health, safety, and environmental protection standards.Accessories and Instruments:
Guide Wire: Facilitates the accurate placement of the femur nail.Insertion Handle: Ensures controlled insertion and positioning of the nail.Locking Screws: Available in various lengths to match the specific requirements of the fracture and patient anatomy.Targeting Device: Assists in the accurate placement of distal locking screws.Benefits of Titanium over Stainless Steel: Expert Femur Nail Titanium816FT.001 9 x 320mm816FT.002 9 x 340mm816FT.003 9 x 360mm816FT.004 9 x 380mm816FT.005 9 x 400mm816FT.006 9 x 420mm816FT.007 9 x 440mm816FT.008 10 x 320mm816FT.009 10 x 340mm816FT.010 10 x 360mm816FT.011 10 x 380mm816FT.012 10 x 400mm816FT.013 10 x 420mm816FT.014 10 x 440mm816FT.015 11 x 320mm816FT.016 11 x 340mm816FT.017 11 x 360mm816FT.018 11 x 380mm816FT.019 11 x 400mm816FT.020 11 x 420mm816FT.021 11 x 440mm816FT.022 12 x 320mm816FT.023 12 x 340mm816FT.024 12 x 360mm816FT.025 12 x 380mm816FT.026 12 x 400mm816FT.027 12 x 420mm816FT.028 12 x 440mm816FT.029 13 x 320mm816FT.030 13 x 340mm816FT.031 13 x 360mm816FT.032 13 x 380mm816FT.033 13 x 400mm816FT.034 13 x 420mm816FT.035 13 x 440mmLighter Weight: Titanium implants are lighter, which can be beneficial for patient comfort.Better Biocompatibility: Titanium has a lower risk of causing allergic reactions and is more compatible with human tissues.Greater Fatigue Resistance: Titanium can withstand repetitive stress better, which is advantageous for active patients.

4121T.5533 Holes4121T.5544 Holes4121T.5555 Holes4121T.5566 Holes4121T.5577 Holes4121T.5588 HolesThe Orthopedic DCP (Dynamic Compression Plate) 2.0mm Titanium Surgical Implant is specifically designed for the fixation of small bone fractures. It is widely used in orthopedic surgeries, particularly in areas such as the hands, feet, and maxillofacial region. The dynamic compression design of the plate enables effective stabilization and promotes optimal healing of fractures. Below are the detailed specifications:Material:Titanium Alloy (Ti-6Al-4V or Ti-6Al-7Nb): Titanium alloys are highly preferred for orthopedic implants due to their superior biocompatibility, lightweight nature, high strength-to-weight ratio, and excellent resistance to corrosion. Titanium is also known for its ability to integrate well with bone tissue, reducing the risk of implant rejection or complications.Dimensions:Plate Thickness: 2.0mm.Plate Width: Typically around 5mm to 6mm, depending on the design and manufacturer.Length Options: The plate is available in various lengths, corresponding to the number of holes, usually ranging from 2 holes to 10 holes to accommodate different surgical requirements.Design Features:Dynamic Compression: The DCP features specially designed oval holes that allow for dynamic compression when screws are tightened. This mechanism brings the bone fragments closer together, facilitating proper alignment and more effective healing of the fracture.Hole Diameter: The holes are designed to accommodate 2.0mm cortical screws, ensuring secure and stable fixation of the implant.Number of Holes: The plate comes in various configurations, typically offering 2 to 10 holes, providing flexibility to address different fracture patterns and anatomical considerations.Uniform Hole Spacing: The uniform spacing of the holes ensures that mechanical forces are evenly distributed across the plate, reducing the risk of stress concentrations and enhancing the stability of the fixation.Low-Profile Design: The plate has a low-profile design to minimize irritation to the surrounding soft tissues and reduce the likelihood of postoperative complications.Application:Indications: The DCP 2.0mm Titanium Surgical Implant is used for the fixation of fractures in small bones, particularly in areas such as the hands, feet, and maxillofacial region. It is also suitable for use in osteotomies and reconstructive surgeries that require precise and stable bone fixation.Surgical Use: The implant is utilized in procedures where controlled compression across the fracture site is desired to promote optimal bone healing and alignment.Advantages:Biocompatibility: Titanium\'s excellent biocompatibility ensures that the implant is well-tolerated by the body, reducing the risk of allergic reactions and promoting better integration with bone tissue.Strength and Lightweight: Titanium\'s high strength-to-weight ratio makes it an ideal material for implants, offering the necessary mechanical strength while being lightweight, which is particularly important in areas with limited space or delicate structures.Corrosion Resistance: Titanium\'s resistance to corrosion ensures the long-term stability and durability of the implant, reducing the likelihood of implant failure or degradation over time.Effective Compression: The dynamic compression design of the plate enhances the healing process by ensuring controlled compression across the fracture site, leading to better outcomes for patients.The Orthopedic DCP 2.0mm Titanium Surgical Implant is a reliable and effective solution for the fixation of small bone fractures, offering the benefits of titanium\'s superior properties and the dynamic compression mechanism that aids in promoting successful bone healing.

DHS Orthopedic Instrument Sets DHS/DCS Instrumentation manufactured by Jindal Medi Surge is used in trauma / orthopedic surgeries related to DHS/DCS Plates & Screws. All the instruments are made from medical grade stainless steel & precisely engineered.

A long coupling screw for DHS (Dynamic Hip Screw) screw removal in orthopedic surgery is a specialized tool designed to facilitate the extraction of the DHS screw from the femoral head and plate. Here's a detailed overview of its purpose, design, function, compatibility, and sterilization:
PurposeThe long coupling screw is used during revision or removal surgeries to extract the DHS screw. It ensures that the screw can be removed safely and efficiently without causing additional damage to the surrounding bone or tissues.
DesignStructure: The long coupling screw is typically a long, threaded rod designed to engage with the internal threads of the DHS screw.Length: It is longer than standard coupling screws to provide sufficient leverage and reach, ensuring it can easily be manipulated during the extraction process.Material: Made of surgical-grade stainless steel or other biocompatible materials that can withstand the mechanical stresses of screw removal.Features: The end that engages with the DHS screw is often designed to fit securely into the head of the screw, while the other end may have a handle or mechanism to allow the surgeon to apply torque and remove the screw.FunctionEngagement: The long coupling screw is inserted into the head of the DHS screw and threaded in to engage securely.Extraction: Once engaged, the surgeon can apply controlled torque to unscrew and remove the DHS screw from the femoral head and plate.Safety: Its design ensures that the removal process is smooth and reduces the risk of stripping the screw head or causing additional damage to the bone.CompatibilityDHS System: The long coupling screw must be compatible with the specific DHS screw and plate system used in the original surgery. This includes matching the thread pattern and size of the DHS screw.Interchangeability: Some long coupling screws are designed to work with a range of DHS systems, while others are specific to certain models or sizes.SterilizationMaterial: The materials used for the long coupling screw allow for repeated sterilization without degrading.Methods: Sterilization is typically performed using autoclaving (steam sterilization) or other approved methods to ensure the instrument is free of any contaminants before use.AvailabilityInstrument Sets: These screws are usually part of specialized instrument sets provided by orthopedic implant companies or surgical instrument suppliers.Surgical Kits: They are often included in revision or removal kits specifically designed for DHS systems.SummaryThe long coupling screw for DHS screw removal is an essential instrument for orthopedic surgeons performing revision or removal procedures. Its extended length and precise design allow for efficient and safe extraction of the DHS screw, minimizing the risk of complications during surgery. Compatibility with the specific DHS system and proper sterilization are crucial for its effective use in maintaining a sterile surgical environment and ensuring patient safety.