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PEAK SURGICALS
SKU:PS-OP-7142
CE Certified
FDA Certified
ISO Certified
The DCS Plate 95° with Dynamic Compression Holes is an orthopedic fixation plate available in stainless steel and titanium configurations with multiple plate lengths defined by hole count. The 95-degree DCS configuration is designed for use as part of a Dynamic Condylar Screw fixation system where a dedicated side plate is required.
The current Peak Surgicals model is identified as SKU PS-OP-7142. Available configurations range from 6 to 22 holes, allowing orthopedic departments and implant procurement teams to select the required plate according to the planned fixation construct.
The defining feature of this plate is its 95° DCS design. DCS, or Dynamic Condylar Screw, systems are used in orthopedic fixation where a side plate works with the associated condylar screw system.
The current Peak Surgicals page identifies this model specifically as a DCS Plate 95°. Compatibility with a particular condylar screw, barrel, screw diameter, or complete implant system should be confirmed before ordering because these details are not stated on the current product page.
The plate incorporates dynamic compression holes along the shaft. The current range is available in multiple hole counts, providing different plate configurations for orthopedic fixation planning.
Exact hole spacing, hole dimensions, compatible cortical screw diameter, and compression-hole geometry are not provided on the current Peak Surgicals page and should therefore be confirmed when required.
The 95° Dynamic Condylar Screw system is established within orthopedic trauma instrumentation for distal femur fixation. The plate forms the side-plate component of the fixation construct and is selected according to the fracture pattern, required plate length, and surgical plan.
Implant selection and fixation technique should be determined by the orthopedic surgeon according to fracture anatomy, bone quality, imaging, and the complete compatible DCS system.
The current Peak Surgicals listing provides a complete stainless steel range from 6 to 22 holes. Each hole count has a dedicated catalog reference.
The exact stainless-steel alloy grade is not stated on the current page. Hospitals and implant procurement teams requiring a specific alloy designation or supporting material documentation should confirm that information before ordering.
A separate titanium range is also listed in the same hole-count configurations. This provides buyers with an alternative material option across the full 6-to-22-hole range.
The exact titanium alloy or grade is not stated on the current product page. Buyers requiring a specific implant-grade titanium specification should verify that information before purchase.
The shorter listed configurations include 6, 7, 8, 9, and 10-hole DCS plates. Stainless steel catalog references run from 167.006 to 167.010, while the titanium versions use corresponding PS-167 catalog references.
The longer configurations include 12, 14, 16, 18, 20, and 22-hole plates. These options allow procurement teams to distinguish different plate lengths by hole count when assembling or replenishing a DCS implant system.
The current page does not state the actual plate length in millimeters for each hole count, so hole count should not be converted into an assumed physical length without further product documentation.
The live storefront provides separate Material and Size selectors. Buyers should confirm both variables before ordering because stainless steel and titanium variants use different catalog-number formats.
The main storefront SKU PS-OP-7142 identifies the overall product listing, while individual plate configurations have separate catalog references according to material and hole count.
| Product Name | DCS Plate 95° with Dynamic Compression Holes |
| Main SKU | PS-OP-7142 |
| Product Type | Dynamic Condylar Screw Side Plate |
| Plate Angle | 95° |
| Hole Type | Dynamic Compression Holes |
| Material Options | Stainless Steel / Titanium |
| Available Hole Counts | 6, 7, 8, 9, 10, 12, 14, 16, 18, 20, 22 |
| Stainless Steel – 6 Holes | 167.006 |
| Stainless Steel – 7 Holes | 167.007 |
| Stainless Steel – 8 Holes | 167.008 |
| Stainless Steel – 9 Holes | 167.009 |
| Stainless Steel – 10 Holes | 167.010 |
| Stainless Steel – 12 Holes | 167.012 |
| Stainless Steel – 14 Holes | 167.014 |
| Stainless Steel – 16 Holes | 167.016 |
| Stainless Steel – 18 Holes | 167.018 |
| Stainless Steel – 20 Holes | 167.020 |
| Stainless Steel – 22 Holes | 167.022 |
| Titanium – 6 Holes | PS-167.006 |
| Titanium – 7 Holes | PS-167.007 |
| Titanium – 8 Holes | PS-167.008 |
| Titanium – 9 Holes | PS-167.009 |
| Titanium – 10 Holes | PS-167.010 |
| Titanium – 12 Holes | PS-167.012 |
| Titanium – 14 Holes | PS-167.014 |
| Titanium – 16 Holes | PS-167.016 |
| Titanium – 18 Holes | PS-167.018 |
| Titanium – 20 Holes | PS-167.020 |
| Titanium – 22 Holes | PS-167.022 |
| Exact Plate Lengths | Not Specified on Current Product Page |
| Screw Compatibility | Not Specified on Current Product Page |
The DCS Plate 95° is relevant for orthopedic trauma departments, hospitals, implant distributors, surgical centers, and procurement teams sourcing components for Dynamic Condylar Screw fixation systems.
For accurate purchasing, buyers should reference SKU PS-OP-7142 together with the required material and hole count. Buyers requiring exact plate length, barrel dimensions, compatible DCS screw size, cortical screw compatibility, material alloy grade, or sterilization status should confirm those specifications before ordering because they are not stated on the current Peak Surgicals page.
DCS refers to Dynamic Condylar Screw, an orthopedic fixation system that combines a condylar screw with an angled side plate.
The current Peak Surgicals model is a 95° DCS Plate.
The current listing provides 6, 7, 8, 9, 10, 12, 14, 16, 18, 20, and 22-hole configurations.
The current product page lists both stainless steel and titanium versions.
The current Peak Surgicals storefront SKU is PS-OP-7142.
No. Exact plate lengths, barrel dimensions, compatible condylar screw size, cortical screw diameter, and material grades are not stated on the current product page and should be confirmed before ordering.
