Jindal Medi Surge

Cancellous Screw 3.5mm Dia., Short Thread, Self Tapping, Titanium
Product OverviewType: Cancellous Screw (for spongy bone)Diameter: 3.5 mmThread: Short thread (partial thread for compression/lag effect)Material: Titanium (biocompatible, corrosion-resistant)Design: Self-tapping (no pre-tapping required)Head Type: Usually hexagonal / star / locking depending on system

Technical SpecificationsLength Range: Typically 10 mm – 60 mm (or more depending on system)Thread Type: Coarse pitch for better grip in cancellous (spongy) boneTip: Self-tapping cutting flutesCore Design: Provides compression between fracture fragmentsCompatibility: Used with 3.5 mm plates or independently⚙️ Key FeaturesSelf-tapping tip: Cuts its own thread → faster surgery & reduced stepsShort thread design:Ideal for lag screw techniqueCreates compression across fracture siteTitanium material:High strength-to-weight ratioExcellent biocompatibilityMRI compatible & corrosion resistantBetter hold in cancellous bone: Deep threads improve fixation in softer bone🦴 Common Clinical UsesFemoral neck fracturesTibial plateau fracturesAnkle arthrodesisSmall fragment fixationEpiphyseal / metaphyseal fractures🔍 When to Choose Short ThreadWhen interfragmentary compression is neededFor lag screw applicationWhen fixing two bone fragments with controlled compression

Summary
A 3.5mm short thread self-tapping titanium cancellous screw is ideal for compression fixation in cancellous bone, offering ease of insertion, strong grip, and excellent biocompatibility. It’s widely used in trauma and small fragment orthopedic procedures.
If you want, I can also compare Titanium vs SS316L, or suggest best brands available in India with pricing.

2.0 mm dia titanium cortical screw with CROSS HEAD (cruciform drive) is commonly used in mini-fragment fixation systems, especially where simple screwdriver engagement is preferred over Torx/hex systems.

Key SpecificationsDiameter: 2.0 mmMaterial: Titanium alloy (biocompatible, corrosion resistant)Head Type: Cross head (cruciform / Phillips type)Thread Type: Fully threaded corticalTip: Usually self-tappingLength Range: 6 mm – 20 mm⚙️ Design FeaturesCross head driveEasy engagement with standard screwdriverWidely used in basic implant systemsSelf-tapping tipCuts its own thread → reduces surgical stepsFine pitch threadsStrong hold in cortical (dense) boneConical headBetter seating in plates🏥 Clinical ApplicationsHand fractures (phalanges, metacarpals)Distal radius fracturesSmall bone fixation (foot & wrist)Used with 2.0 mm mini plates (non-locking systems)🔬 Working PrincipleConverts tightening torque → compression force across fracture siteProvides rigid fixation by engaging cortical bone threads🆚 Cross Head vs Star (Torx) ScrewsFeature Cross Head Star (Torx)Driver grip Moderate HighRisk of slippage Higher LowerCost Lower HigherUsage Basic systems Advanced systems
👉 Cross head screws are more economical, but Torx/star drives are preferred in modern systems due to better torque transmission.

Material Titanium Titanium Titanium Titanium / SSHead Type Cross head Cross head Cross head MixedDiameter 2.0 mm 2.0 mm 2.0 mm 2.0 mmLength Multiple 14 mm 10 mm MultipleType Self-tapping Self-tapping Self-tapping Self-tappingUse Small bone fixation Target length Target length Bulk surgical usePrecision Basic Basic Basic Medium✅ When to Choose Cross Head ScrewsBudget-sensitive procurementBasic orthopedic setupsNon-locking plate systemsWhen standard screwdriver compatibility is required⚠️ Practical Note
Cross head screws are still used, but many surgeons prefer Torx/star drive screws because:
Better torque controlLess stripping/slippageMore reliable fixation in critical cases🔚 Summary
A 2.0 mm titanium cortical screw (cross head) is:
✔ Cost-effective✔ Easy to use✔ Suitable for small bone fixation
But:
⚠ Slightly less efficient than modern star-drive systems

2.0 mm Cortical Screw T6 STAR (Torx) Titanium is a modern mini-fragment orthopedic screw designed for better torque transmission and reduced slippage compared to cross-head designs. Below is a precise product-style breakdown with real options.

Key SpecificationsDiameter: 2.0 mmMaterial: Titanium alloy (biocompatible, corrosion-resistant)Drive Type: T6 STAR (Torx)Thread Type: Cortical (fine pitch for dense bone)Tip: Usually self-tappingLength Range: Typically 6 mm – 20 mmApplication System: 2.0 mm mini fragment plating⚙️ Design FeaturesT6 Star (Torx) driveBetter torque transmissionMinimal screw head strippingReduced cam-out vs cross headSelf-tapping tipCuts its own thread → faster insertionFine cortical threadsStrong grip in dense cortical boneTitanium advantagesHigh strength-to-weight ratioMRI compatibleExcellent biocompatibility🏥 Clinical ApplicationsHand fractures (phalanges, metacarpals)Distal radius fixationSmall bone trauma (wrist, foot)Used with 2.0 mm locking & non-locking plates🔬 Instrument CompatibilityRequires T6 Torx screwdriverCompatible with:Drill bits (~1.5 mm)Depth gaugeDrill guide systemsMany locking systems specifically use T6 star drivers🆚 T6 STAR vs CROSS HEADFeature T6 STAR (Torx) Cross HeadTorque transmission Excellent ModerateCam-out (slippage) Very low HigherPrecision High MediumPreferred in modern systems ✔ Yes ❌ Less preferred
👉 T6 star screws are standard in modern orthopedic implant systems because they allow higher torque without damage.

Diameter 2.0 mm 2.0 mm 2.0 mm 2.7 mmDrive Type T6 Star T6 Star — StarMaterial Titanium Titanium alloy Titanium TitaniumType Cortical Cortical Cortical CorticalPrecision High Medium Medium HighUse Mini fragment fixation General precision use Bulk orthopedic Larger fragment systemSystem compatibility 2.0 mm 2.0 mm 2.0 mm 2.7 mm✅ When to Choose T6 STAR ScrewsModern orthopedic systems (preferred standard)High precision surgeries (hand/wrist)Locking plate systemsWhen secure driver engagement is critical⚠️ Practical InsightMost advanced systems (e.g., Synthes-type) use Torx (T6/T8) drivesCross-head screws are becoming obsolete in high-end surgeries due to slippage risk🔚 Summary
A 2.0 mm T6 STAR titanium cortical screw offers:
✔ Superior torque control✔ Reduced stripping✔ Better surgical precision
👉 Best choice for modern orthopedic fixation systems

2.4 mm dia titanium cortical screw is a mini-fragment orthopedic implant used for rigid fixation in dense cortical bone, especially in small-to-medium bone fractures and plating systems. Below is a precise, product-oriented overview with real options.
Key SpecificationsDiameter: 2.4 mmMaterial: Titanium alloy (biocompatible, corrosion-resistant)Type: Cortical screw (fine pitch threads)Tip: Self-tappingThread: Fully threadedLength Range: ~6 mm – 60 mmSystem Compatibility: 2.4 mm mini fragment plates⚙️ Design FeaturesFine cortical threads → strong grip in dense boneSelf-tapping tip → no pre-tapping needed, faster insertionHigh shear strength core → supports load-bearing fixationTitanium advantages:LightweightExcellent biocompatibilityMRI compatibility🏥 Clinical ApplicationsRadius, ulna, fibula fracturesDistal radius plating systemsHand & wrist traumaPlate fixation (locking & non-locking systems)Osteotomy and fracture compression🔬 Working PrincipleConverts tightening torque → compression force across fractureFine threads increase bone purchase & pull-out strengthEnsures rigid fixation in cortical bone🆚 Titanium vs SS316L (2.4 mm Screws)Feature Titanium SS316LBiocompatibility Excellent GoodWeight Light HeavierCorrosion resistance Very high HighMRI compatibility ✔ Yes LimitedCost Higher Lower

Material Titanium Titanium Titanium TitaniumType Self-tapping Self-tapping Self-tapping CorticalLength options Multiple 26 mm specific 5–40 mm MultiplePrecision Very high (premium) Very high High MediumApplication Clinical / hospital Specific length use General orthopedic Budget useSystem compatibility 2.4 mm 2.4 mm 2.4 mm 2.4 mm✅ How to ChooseHigh-end surgical use: Go with premium systems (Synthes type)Routine trauma fixation: Standard titanium screws are sufficientBulk procurement: Generic options are more economicalPlate system: Ensure compatibility with 2.4 mm locking/non-locking plates🔚 Summary
A 2.4 mm titanium cortical screw offers:
✔ Strong cortical fixation✔ Excellent biocompatibility✔ Reliable performance in mini-fragment systems
👉 Preferred choice for modern orthopedic fixation, especially where durability and precision are critical.

Cortical Screw 2.4mm Dia. Self Tapping Titanium along with real market options
Why this is best overall:
Made from biocompatible titanium (corrosion-resistant, implant safe)Self-tapping tip → no need for pre-threading, saves surgical timeAvailable in multiple lengths (6–40 mm)Designed for strong cortical bone purchase💰 Budget OptionCortical Screw 2.4mm Standard Surgical · ₹92.55Economical 2.4mm cortical screw option suitable for general orthopedic fixation needs.
Why choose this:
Lower costSuitable for routine fixationAvailable in standard configurations📦 Bulk / Hospital Supply OptionOrthopedic Cortical Screw 2.4mm Self Tapping Pack with Driver · ₹11,120Bulk pack of 2.4mm cortical screws ideal for hospitals and surgical inventory use.
Why choose this:
Comes in large pack (bulk usage)Often includes instrument/driver compatibilityCost-effective for high-volume procedures
Material Titanium SS / Mixed Titanium / MixedSelf Tapping Yes Yes YesLength Range 6–40 mm Varies Multiple sizesUse Case Precision fixation General use Bulk hospital useBiocompatibility High Medium HighBest For Surgeons / implants Budget buyers Hospitals / distributors📌 Key Technical Details (Important)Diameter: 2.4 mm (outer thread diameter)Material: Titanium or SS316LType: Self-tapping (cuts its own thread)Application:Fixation with 2.4 mm platesUsed in cortical bone (dense bone areas)🧠 Quick Buying AdviceChoose Titanium → better for long-term implantationCheck head type (Hex / Star / Cross) based on instrumentsSelect length depending on bone thicknessFor clinics/hospitals → go for bulk packsFor precision surgery → go for high-quality branded titanium screws

2.7 mm titanium cortical screw, the most important factors are material grade (Titanium Grade 5 preferred), head type (T8/Hex/Cross), and whether it’s locking or non-locking. Titanium gives better biocompatibility, corrosion resistance, and lighter weight compared to SS316L, making it ideal for long-term implantation.

🔝 Best Overall (Titanium Cortical Screw – Standard Use)

2.7MM TITA PRIMA LIFT Cortical Screw Star 10mm

₹992

•

Agile Ortho

Why this stands out:

Titanium alloy (Grade 5) → high strength + excellent biocompatibility

Star (T8) drive → better grip, less stripping

Suitable for 2.7 mm plate systems

Ideal for trauma & small bone fixation

💰 Budget Titanium Option

SK Surgicals Titanium Emergency Screw 2.7mm x 10mm · ₹147

Affordable titanium screw option suitable for routine orthopedic procedures.

Why choose this:

Lower cost titanium option

Good for bulk or general surgical use

Basic design but functional

🏥 Premium / Locking Option

Biomed Titanium Locking Screw Ø2.7mm · ₹600

Precision locking titanium screw designed for advanced fixation and improved stability.

Why choose this:

Locking mechanism → better fixation stability

Used in locking plate systems

Preferred for complex fractures

Material Titanium Titanium Titanium

Type Cortical (Non-locking) Cortical Locking

Head Type T8 Star Standard Locking Head

Fixation Strength High Moderate Very High

Surgical Use General trauma Routine use Complex / locking plates

Precision High Basic High precision

📌 Technical Specifications

Diameter: 2.7 mm (outer thread)

Material: Titanium (usually Grade 5 / Ti-6Al-4V)

Length range: 6 mm to 60 mm

Type:

Self-tapping (most common)

Locking / Non-locking variants

Application:

Fixation with 2.7 mm plates (locking & non-locking)

Used in cortical (dense) bone, e.g., hand, forearm, foot

🧠 Buying Tips (Important)

Choose Titanium over SS when:

Implant is long-term

Need MRI compatibility & corrosion resistance

Choose T8/Star drive for:

Better torque transfer

Less screw head damage

Choose Locking screws when:

Using locking plates

Need extra stability in osteoporotic bone

✅ Quick Summary

Best overall: TITA Prima Lift (balanced performance + usability)

Best budget: SK Surgicals titanium screw

Best premium: Biomed locking screw (advanced fixation)

ORTHOPEDIC Cortical Screw 2.7 mm Dia. Self-Tapping Titanium
Why this is best overall:
Titanium alloy (Grade 5) → excellent strength & biocompatibilitySelf-tapping tip → faster insertion, no pre-tapping neededT8 star drive → superior torque control, less strippingIdeal for trauma & small bone fixation💰 Budget Titanium OptionSK Surgicals Titanium Emergency Screw 2.7mm x 12mm · ₹147Affordable titanium self-tapping screw suitable for routine orthopedic procedures.
Why choose this:
Cost-effective titanium implantSuitable for general surgical useAvailable in common lengths🏥 Bulk / Hospital Supply Option50 Pieces Ortho Cortical Screw Titanium (10–16mm Set) · ₹8,000Bulk pack of titanium cortical screws ideal for hospital inventory and high-volume procedures.
Why choose this:
Bulk packaging → economical for hospitalsCovers multiple lengths (10–16 mm)Useful for routine trauma cases
Material Titanium (Grade 5) Titanium TitaniumType Cortical (Non-locking) Cortical CorticalSelf-Tapping Yes Yes YesHead Type T8 Star Standard / Cross MixedPrecision High Moderate ModerateUse Case Surgical precision Routine use Bulk/hospitalPrice Range Premium Budget Bulk value📌 Technical SpecificationsDiameter: 2.7 mm (outer thread)Material: Titanium (Ti-6Al-4V alloy)Type: Self-tapping (cuts its own thread during insertion)Length range: 6 mm to 60 mmApplication:Used with 2.7 mm locking & non-locking platesSuitable for small bone fixation (hand, foot, forearm)🧠 Buying Tips (Very Important)Choose Titanium when:Implant is long-termNeed MRI compatibility & corrosion resistanceChoose T8 / Star drive for:Better gripReduced screw head damageChoose bulk packs for:Hospitals & distributorsConfirm compatibility with:2.7 mm plating systemCorrect screwdriver system✅ Quick SummaryBest overall: TITA Prima Lift (precision + control)Best budget: SK Surgicals titanium screwBest bulk: Titanium pack (hospital supply)

ORTHOPEDIC Cortical Screw 3.5mm Dia. Titanium
3.5 mm titanium cortical screw is a standard orthopedic implant used for fixation in dense cortical bone, commonly with plates (e.g., DCP/LCP systems).
Key SpecificationsDiameter: 3.5 mm (outer thread diameter)Material: Titanium alloy (biocompatible, corrosion-resistant)Core Diameter: ~2.3 mmDrill Bit Size: 2.5–2.7 mmThread Type: Fine pitch (for strong cortical grip)Drive Options: Hex / Star (T8/T15) / CrossType: Self-tapping or non-self-tappingAvailable LengthsTypically: 8 mm to 80 mm (common: 10–60 mm)UsesFixation with 3.5 mm plates (DCP, LC-DCP, LCP)Fracture fixation in:Radius / UlnaFibulaHumerusProvides interfragmentary compression by converting torque into axial force
Material Titanium Titanium alloy Titanium TitaniumType Self-tapping Self-tapping Self-tapping StandardBrand Level Mid-range Premium Economy StandardUse Case General fixation Advanced trauma systems Routine procedures General orthopedicAvailability Good Limited High High🧠 How to ChooseFor hospitals / surgeons: Go with branded (Depuy Synthes) for reliability & compatibilityFor distributors / bulk supply: Biomed / NET offer better marginsFor general use: Standard self-tapping titanium screws are sufficient

2.0 mm dia self-tapping titanium cortical screw is a standard mini-fragment orthopedic implant used mainly in small bone fixation (hand, wrist, foot). Below is a clear product-style overview with real examples.

Key SpecificationsDiameter: 2.0 mmMaterial: Medical-grade Titanium (biocompatible & corrosion-resistant)Type: Cortical Screw (fine thread, dense bone fixation)Tip: Self-tapping (cuts its own thread → faster insertion)Thread: Fully threaded shaftHead Type: Usually cruciform / star / hexLength Range: Typically 6 mm – 20 mmCore Diameter: ~1.4 mm (varies by manufacturer)⚙️ Design FeaturesSelf-tapping tip → eliminates pre-tapping step, reduces surgical timeFine pitch threads → better grip in cortical boneHigh pull-out strength → ensures stable fixation in dense boneTitanium advantage:LightweightHigh strength-to-weight ratioExcellent biocompatibility🏥 Common IndicationsFixation of phalanges & metacarpalsDistal radius fracturesSmall bone fractures of hand & wristUsed with 2.0 mm plates (locking / non-locking systems)🔬 Working PrincipleConverts insertion torque → compression force between fracture fragmentsProvides rigid fixation in cortical bone (dense outer bone layer)🆚 Typical Variants AvailableType DescriptionSelf-tapping No pre-threading requiredNon self-tapping Requires tapping before insertionLocking cortical screw Locks into plate for angular stabilityHead styles Star (Torx), Hex, Cruciform

Material Titanium Titanium / SS — TitaniumType Self-tapping Self-tapping — Self-tappingLength options Multiple Multiple Limited 18 mm specificApplication Hand & mini fragments General orthopedic General use Mini fragment fixationBrand reliability High (premium) Medium Basic High (premium)Sterility Single-use sterile Bulk / varies — Sterile✅ How to ChoosePrecision surgery (hand/wrist): Go for premium brands like SynthesBulk hospital procurement: Consider generic packsLocking plate system: Ensure compatibility (locking vs non-locking)Driver compatibility: Match head type (Torx/Hex)