6.5mm Cannulated Screw Instrument Set – Complete 6.5mm Cannulated Cancellous Screw (CCS) Instrument System
Precision-Engineered Ø 2.8mm Guide-Wire Targeting, Multi-Hole Femoral Neck Parallel Guides, and Deep-Bore Cannulated Drilling Instrumentation for Large-Bone Metaphyseal and Pelvic Osteosynthesis.
Designed for hospital trauma centers, pelvic and hip reconstruction specialists, and global surgical distributors, our 6.5mm Cannulated Screw Instrument Set delivers rigid coaxial alignment and high-compression lag fixation across weight-bearing lower-extremity and pelvic fractures. Engineered directly by an ISO 13485-certified 6.5mm Cannulated Screw Instrument Set Manufacturer, this unified 6.5mm Cannulated Cancellous Screw (CCS) Instrument System consolidates percutaneous Ø 1.8mm guide-wire placement, multi-screw parallel indexing, calibrated Ø 4.5mm core drilling, cortical countersinking, and high-torque screw seating into a single color-coded sterile platform.
- Universal 6.5mm Implant Compatibility: Configured as an all-in-one Large Fragment Cannulated Lag Screw Instrument Set, supporting 6.5mm partially threaded (16mm short-thread and 32mm long-thread lag screws) and 6.5mm fully threaded positional cancellous screws in lengths from 30mm to 120mm.
- Heavy-Duty Ø 1.8mm Guide-Wire Workflow: Utilizes 280mm calibrated threaded-tip and trocar-tip Ø 1.8mm guide wires engineered to resist deflection across dense subtrochanteric, acetabular, and sacroiliac bone corridors.
- Three-Screw Femoral Neck & Parallel Aiming: Includes both an adjustable two-hole sliding parallel guide and a multi-hole inverted-triangle aiming block for simultaneous three-wire intracapsular femoral neck pinning.
- Turnkey Large-Bone & Pelvic Coverage: Purpose-built as a comprehensive Femoral Neck, Sacroiliac, and Tibial Plateau Fracture Fixation Set, while also supporting intercondylar femoral fractures, calcaneal fractures, and tibiotalar ankle arthrodesis.
- Certified Surgical Metallurgy & Traceability: Manufactured under ISO 13485:2016 certified quality systems using surgical-grade steel with medical silicone ergonomics.
Standard Set Configuration – 6.5mm Cannulated Screw Instrument Set
Below is the standard factory Bill of Materials for the 6.5mm Cannulated Screw Instrument Set. Integrated removable screw and washer caddies (for titanium or 316LVM stainless steel 6.5mm screws in 16mm/32mm/full thread from 30mm to 120mm) and custom OEM private-label laser markings are available upon request.
- Parallel Wire Guide : 1 Qty
- Protection Sleeve : 1 Qty
- Cannulated Hexagonal Screw Driver 3.5 mm Tip : 1 Qty
- T Handle Cannulated Tap 6.5 mm, Length 230 mm : 1 Qty
- T handle Counter Sink : 1 Qty
- Direct Measuring Device : 1 Qty
- Cannulated Drill Bit 4.5 mm, Length 230 mm : 1 Qty
- Stylet 1.8 mm, Length 280 mm : 1 Qty
- Guide Wire with Threaded Tip Dia 1.8 mm, Length 230 mm : 5 Qty
- Drill and Tap Sleeve (4.5 mm Drill and 6.5 mm Tap) : 1 Qty
- Graphics Aluminium Box with Silicone Fittings : 1 Qty
Minimally Invasive Large-Bone Compression: The Unified 6.5mm Cannulated Cancellous Screw (CCS) Instrument System
High-energy periarticular fractures of the proximal femur, pelvis, and knee require high-strength internal fixation capable of withstanding immediate physiological shear and axial loads without disrupting fragile periosteal or retinacular blood supplies. By inserting Ø 1.8mm calibrated guide wires percutaneously under bi-planar C-arm fluoroscopy first, orthopedic trauma surgeons can verify subchondral reduction and safe osseous corridor trajectories before committing to core drilling.
Recognized across hospital value analysis committees and international public health tenders as a premier 6.5mm Cannulated Cancellous Screw (CCS) Instrument System, our 6.5mm Cannulated Screw Instrument Set routes every subsequent step—soft-tissue protection, pilot-hole drilling, near-cortex countersinking, direct wire measurement, tapping, and screw tightening—coaxially over the placed Ø 1.8mm guide wire. This percutaneous workflow reduces operative blood loss, preserves the femoral head vascularity in intracapsular fractures, and streamlines operating room turnover.
Deep-Bore Coaxial Engineering: Large Fragment Cannulated Lag Screw Instrument Set Capabilities
Drilling and driving long 6.5mm screws through deep gluteal or periarticular soft-tissue envelopes without guide-wire binding, cortical splitting, or hex-recess stripping requires robust mechanical engineering. Configured as a high-precision Large Fragment Cannulated Lag Screw Instrument Set, this platform incorporates five specialized technical features:
- Multi-Hole Femoral Neck & Adjustable Parallel Wire Guides: Includes an inverted-triangle multi-port guide block that references off a central or inferior calcar guide wire to place two additional Ø 1.8mm wires in a diverging cortical-support triangle, alongside a sliding micrometer parallel guide for twin-screw tibial plateau or malleolar fixation.
- Three-Part Coaxial Soft-Tissue Protection Assembly: A heavy-duty serrated outer protection tube locks against the lateral femoral or tibial cortex while housing a coaxial Ø 4.5mm/5.0mm drill sleeve and a Ø 1.8mm wire sleeve—preventing soft-tissue wrapping during deep power drilling.
- Calibrated Ø 4.5mm Core Drills & Ø 6.5mm Gliding Drill: Supplied with cannulated Ø 4.5mm twist drills for osteoporotic/cancellous bone and a Ø 6.5mm cannulated gliding-hole drill for over-drilling the near cortex when using fully threaded screws in lag mode.
- Cannulated Cortical Countersink & Ø 13.0mm Washer Sleeve: Features a T-handle cannulated profile countersink to bevel the lateral cortex entry portal, paired with a self-retaining holding sleeve that secures both the 6.5mm screw head and a Ø 13.0mm buttress washer during deep percutaneous insertion.
- Guide-Wire Depth Gauge & Screw Drivers: The laser-etched direct depth gauge slides guide wires to provide an instant millimeter reading, paired with cannulated and solid 3.5mm / 4.0mm Hexagonal straight screwdrivers.
High-Volume Clinical Indications: Turnkey Femoral Neck, Sacroiliac, and Tibial Plateau Fracture Fixation Set
By consolidating 280mm-reach cannulated drills, pelvic reduction forceps, and multi-planar wire guides inside one modular container, Level I/II trauma centers can address the most demanding fractures of the hip, pelvis, knee, and hindfoot. Operating as an all-in-one Femoral Neck, Sacroiliac, and Tibial Plateau Fracture Fixation Set, the system supports:
Hip, Pelvic, Knee & Hindfoot Applications Across AO/OTA 31, 61, 41 & 82
- Intracapsular Femoral Neck Fractures (AO/OTA 31-B1, 31-B2 & 31-B3): Percutaneous three-screw inverted-triangle fixation of non-displaced (Garden I/II) and anatomically reduced displaced (Garden III/IV) subcapital and transcervical femoral neck fractures, as well as adolescent slipped capital femoral epiphysis (SCFE).
- Pelvic Ring & Sacroiliac (SI) Joint Disruptions (AO/OTA 61-B & 61-C): Percutaneous iliosacral screw fixation into the S1 and S2 sacral bodies, plus anterior/posterior acetabular column lag screw osteosynthesis managed with our Femoral Neck, Sacroiliac, and Tibial Plateau Fracture Fixation Set.
- Tibial Plateau & Distal Femoral Condylar Fractures (AO/OTA 41-B, 41-C & 33-B): Percutaneous subchondralrafting and interfragmentary lag compression of split and split-depression (Schatzker I–IV) tibial plateau fractures and Hoffa/intercondylar femoral condyle fractures.
- Hindfoot Trauma & Large-Joint Arthrodesis: Axial screw fixation of tongue-type and joint-depression calcaneal fractures, subtalar arthrodesis, triple arthrodesis, and crossed-screw tibiotalar ankle fusion.
Sterile Processing (SPD) Efficiency & Modular Graphic Case Architecture
Hospital Sterile Processing Departments (SPD) and operating room managers evaluate large-fragment cannulated trays on long-lumen cleanability, autoclave moisture evacuation, and rapid visual inventory counts. Our 6.5mm Cannulated Screw Instrument Set is housed in a perforated, hard-anodized aluminum sterilization container paired with medical-grade silicone holders.
- High-Flow Steam Perforation Geometry: Engineered with an open-surface perforation ratio exceeding 45% to guarantee rapid steam penetration and moisture evacuation during standard pre-vacuum steam sterilization cycles (132°C / 270°F for 4 minutes).
- Custom OEM Guide-Wire & Drive Calibration: As a full-service 6.5mm Cannulated Screw Instrument Set Manufacturer, we configure sets for Ø 1.8mm or Ø 2.0mm guide-wire systems and calibrate driver tips for 3.5mm Hexagonal to match your exact implant blueprint.
- Global Regulatory & Tender Compliance: Manufactured in an ISO 13485:2016 certified facility.
Direct OEM & Global Supply: Certified 6.5mm Cannulated Screw Instrument Set Manufacturer
Sourcing large-fragment cannulated instrumentation directly from a dedicated 6.5mm Cannulated Screw Instrument Set Manufacturer eliminates third-party distributor markups and guarantees the strict coaxial concentricity required for 280mm-long Ø 1.8mm guide-wire workflows. Deep-hole gun-drilling of 280mm cannulated drills and high-torque hex driver shafts requires precision CNC machining and internal bore honing so that drills never bind, deflect, or cold-weld onto guide wires inside the femoral neck or sacroiliac joint.
- Hardened Cannulated Cutting Metallurgy: Cannulated drills, countersinks, taps, and driver tips are machined from hardened steel, vacuum heat-treated to 50–54 HRC for enduring cutting sharpness and high torsional shear resistance.
- Custom OEM Guide-Wire & Drive Calibration: As a full-service 6.5mm Cannulated Screw Instrument Set Manufacturer, we configure sets to match 6.5mm, 7.0mm, or 7.3mm cannulated screw geometries and calibrate driver tips for 3.5mm Hex or 4.0mm Hex according to your implant specifications.
- Global Regulatory & Tender Compliance: Manufactured in an ISO 13485:2016 certified facility.
Frequently Asked Questions
Q1: What guide-wire and drill sizes are used in this 6.5mm Cannulated Cancellous Screw (CCS) Instrument System?
Our 6.5mm Cannulated Cancellous Screw (CCS) Instrument System utilizes Ø 1.8mm x 280mm calibrated threaded and trocar guide wires paired with a Ø 4.5mm cannulated core drill bit for standard cortical/cancellous bone and a Ø 6.5mm cannulated drill bit for gliding-hole preparation.
Q2: Does this Large Fragment Cannulated Lag Screw Instrument Set support 16mm, 32mm, and fully threaded 6.5mm screws?
Yes. Engineered as a universal Large Fragment Cannulated Lag Screw Instrument Set, the instrumentation supports 16mm short-thread lag screws, 32mm long-thread lag screws, and fully threaded positional or lag screws across the full 30mm to 120mm length range, as well as Ø 13.0mm flat and spiked washers.
Q3: How does the Femoral Neck, Sacroiliac, and Tibial Plateau Fracture Fixation Set ensure accurate three-screw hip pinning?
When treating intracapsular femoral neck fractures, our Femoral Neck, Sacroiliac, and Tibial Plateau Fracture Fixation Set provides a multi-hole inverted-triangle parallel wire guide block. Once the surgeon places the primary inferior-central guide wire along the femoral calcar, the block slides over that wire to guide the anterior and posterior superior wires at exact parallel trajectories—forming an inverted cortical-support triangle that prevents varus and rotational collapse.
Q4: What are the sterilization parameters for the 4mm Cannulated Screw Instrument Set container?
The anodized aluminum sterilization container is validated for standard hospital pre-vacuum steam autoclave sterilization at (132°C / 270°F) for 4 minutes with a minimum 20–30 minute drying cycle, as well as 134°C (273°F) for 3 minutes under European/WHO sterilization protocols.
Q5: As a 6.5mm Cannulated Screw Instrument Set Manufacturer, do you offer OEM private-label branding and 7.0mm/7.3mm compatibility?
Yes. As a direct 6.5mm Cannulated Screw Instrument Set Manufacturer, we provide comprehensive OEM and private-label services for orthopedic implant companies and regional distributors, including custom laser-etched brand logos, bespoke anodized case colors, removable 6.5mm/7.0mm/7.3mm screw and washer caddies, and custom hex driver calibration.
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