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DHS DCS Instrument Set
DHS DCS Instrument Set
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DHS DCS Instrument Set-29 pieces

Original price was: $430.00.Current price is: $385.00.

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INVENTORY

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  • Material‏ : ‎ High-Grade Stainless Steel / Titanium
  • Finish ‏ : ‎ ‎ Satin / Anti-Glare / Corrosion-Resistant
  • Sterilization : ‎ ‎Autoclave Safe & Reusable
  • Grip : ‎ ‎‎Non-Slip Ergonomic Handle
  • Grade ‏ : ‎ ‎‎Medical / Surgical Grade
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About this item

A well-organized DHS DCS instrument set brings together precise angle guides, a triple reamer, and dependable 316L stainless steel components to support two of the most trusted fixation methods in femoral fracture care. Whether treating a hip fracture with the 135° DHS or a lower femoral break with the 95° DCS, this kind of complete, well-maintained kit remains essential for safe, reliable orthopedic trauma care.

DHS DCS Instrument Set: Include

Sr No Products Name Quantity
1 DHS/DCS Direct Measuring Device 40-150mm 1 pcs
2 DHS/DCS One-Step Insertion Wrench 1 pcs
3 DHS/DCS Impactor 9mm 1 pcs
4 DHS/DCS Wrench for DHS Screw 7mm 1 pcs
5 DHS/DCS Impactor 20mm 1 pcs
6 90° DCS Drill Guide 1 pcs
7 DHS Angle Guides 135° 1 pcs
8 DHS/DCS Centering Sleeve for One-Step Insertion Wrench 1 pcs
9 DHS Reaming Head 1 pcs
10 DCS Reaming Head 1 pcs
11 T-Handle, with quick coupling 1 pcs
12 DHS/DCS Centering Sleeve, Long 1 pcs
13 Screw Tap 4.5mm 1 pcs
14 2.5mm Threaded Guide Wire, trocar point, 230mm 1 pcs
15 T-Handle, with quick coupling 1 pcs
16 Depth Gauge, 20-90mm 1 pcs
17 2.5mm Kirschner Wire, 150mm,trocar point 1 pcs
18 3.2mm DCS Drill Guide` 1 pcs
19 Tap for 4.5 mm Cortical and 4.5mm Shaft Screws 1 pcs
20 Tap for 6.5 mm Cortical and 6.5mm Shaft Screws 1 pcs
21 Screwdriver Hex 3.5mm+Holding Sleeve 1 pcs
22 4.5mm/3.2mm Double Drill Sleeve` 1 pcs
23 6.5mm/3.2mm Double Drill Sleeve 1 pcs
24 3.2mm Drill Bit 1 pcs
25 4.5mm Drill Bit 1 pcs
26 Guide Shaft for Coupling Screw 2 pcs
27 Coupling Screw for Inserting DHS Screw (for 2.5mm Guide Wire) 2 pcs
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DHS DCS Instrument Set: System Overview, Technical Specifications & Instrumentation

A DHS DCS Instrument Set brings together everything needed to place two of the most established Orthopedic implants used in femoral fracture care: the Dynamic Hip Screw and the Dynamic Condylar Screw. This guide walks through how the system works, what’s included in a complete set, and answers a few of the most common clinical questions surrounding its use.

System Overview

Both the DHS and DCS rely on the same underlying concept: a sliding lag screw that passes through a side plate, allowing controlled, dynamic compression across a fracture site as the bone heals and settles. The key difference between them comes down to the angle of the plate and where each device is best suited.

The DHS typically uses a 135° plate angle, making it a strong choice for hip fractures around the femoral neck and intertrochanteric region. The DCS, by contrast, generally uses a 95° angle, positioning it for fractures lower down the femur, including supracondylar and certain subtrochanteric patterns where a steeper angle better matches the bone’s anatomy. Together, DHS/DCS implants cover a wide range of femoral trauma presentations within a single, closely related Kit.

Technical Specifications, Instrumentation & Material Standards

Technical Specifications

Both systems depend on accurate angle selection and guide placement to ensure the lag screw tracks correctly into the femoral head or condyle. The 135° and 95° distinction isn’t just a manufacturing detail — choosing the wrong angle guide for the fracture pattern can lead to poor screw placement and compromised fixation, which is why the guide itself is one of the most carefully calibrated pieces in the entire set.

Instrumentation

A complete DHS DCS instrument set includes an angle guide to establish the correct entry point and trajectory, a triple reamer to prepare the bone channel in a single pass, and a tap to thread the pathway before screw insertion. A coupling handle connects to the guide and reamer system during setup, while a dedicated wrench assists with tightening components securely.

Once the lag screw is in place, an inserter helps seat the plate properly against the bone, and a compression driver applies controlled tension across the fracture site. A measuring gauge confirms correct screw length before final placement, ensuring the lag screw sits at the right depth without protruding or falling short.

Material Standards

Instruments in this set are typically made from 316L stainless steel, chosen for strength and reliable corrosion resistance through repeated use. The complete set ships in a fully autoclavable tray, keeping every instrument organized and ready for sterilization between cases. Established manufacturers and company suppliers each produce their own version of this kit, though the core DHS/DCS principles remain consistent across most major systems.

What Is the Main Clinical Difference Between the DHS and DCS Components in This Set?

The main difference lies in the plate angle and intended fracture location. The DHS, with its 135° angle, is designed for fractures near the hip, particularly the femoral neck and intertrochanteric region, while the DCS, with its 95° angle, targets fractures further down the femur, such as supracondylar or certain subtrochanteric patterns, where the steeper angle better matches the local bone anatomy.

How Does This Set Prevent Lag Screw Cutout in Osteoporotic Bone?

Preventing cutout — when the lag screw migrates through weakened bone — depends on accurate positioning within the femoral head, guided by the angle guide and confirmed with the measuring gauge before final placement. The sliding compression mechanism itself also helps, allowing the screw to settle naturally as the bone heals rather than resisting normal micromotion, which reduces the stress concentrated at any single point. In more fragile, osteoporotic bone, careful tap technique and confirming solid plate contact against the femoral shaft further support secure, lasting fixation.

Related Orthopedic Instrument Sets

A DHS DCS instrument set typically sits alongside other trauma resources in a hospital’s inventory, including an interlocking nail set for intramedullary fixation and a broken implant nail set for revision cases. Facilities often organize this equipment under a broader major orthopaedic kit or set, while smaller clinics may rely on a more limited basic orthopaedic kit or set for routine trauma needs.

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