01
Locking Plate
A straight titanium plate platform with HA 3.5 cortical and HC 3.5 locking screw options.
Procedure Overview
Humeral Shaft Fixation
Humeral shaft projects may call for plate-based fixation, an intramedullary construct or a coordinated inventory that supports both routes. XC Medico brings these implant families together with compatible cortical screws and procedural instruments.
Final selection remains fracture-, anatomy- and surgeon-specific; the fracture healing assessment resource provides additional educational context. The purpose of this page is to simplify product comparison and system configuration for distributors, hospitals and orthopedic teams.
Plate Range 4H to 14H
Nail Range Ø7–9 mm
Nail Lengths 180–300 mm
Core Material Titanium / Titanium Alloy
Fixation Options
Fixation Paths
02
Compression Plate
DCP and LC-DCP options support 3.5 mm and 4.5 mm cortical screw configurations.
03
Intramedullary Nail
Dedicated humeral nails offer multiple diameters and lengths with proximal and distal locking support.
Implant Portfolio
Implant Systems
Humerus Straight Locking Plate
- REFRPG1ZS6H–RPG1ZS14H
- Options6H, 7H, 8H, 9H, 10H, 12H, 14H
- PositionHumeral shaft fixation
DCP Humeral Plate
- REFRPG1DCP4H–RPG1DCP12H
- Options4H through 12H
- Screw3.5 mm cortical screw platform
LC-DCP Humerus Plate-II
- REFPR2G1LDP5H–PR2G1LDP10H
- Options5H, 6H, 7H, 8H, 9H, 10H
- Screw4.5 mm cortical screw platform
Humeral Intramedullary Nail
- REFRG1SD07180–RG1SD09300
- DiametersØ7, Ø8 and Ø9 mm
- Lengths180, 200, 220, 240, 260, 280 and 300 mm
Long Humerus Multi Lock Intramedullary Nail
Extends the nail portfolio for humeral shaft fractures and proximal humerus fractures extending to or combined with the shaft.
- Long REFRJSG17180R/L–RJSG18255R/L
- DiametersØ7 and Ø8 mm long-nail families
- Lengths180, 195, 210, 225, 240 and 255 mm
- Screws3.5, 4.0 and 4.5 mm locking screw families
Use this long-nail route only when the selected configuration and approved labeling match the planned shaft or proximal-to-shaft fracture pattern.
Portfolio Matrix
System Configuration
| Implant Family | Material | Size Range | Screw Platform |
|---|---|---|---|
| Humerus Straight Locking Plate | Titanium | 6H–14H | HA 3.5 / HC 3.5 |
| DCP Humeral Plate | Titanium | 4H–12H | HA 3.5 |
| LC-DCP Humerus Plate-II | Titanium | 5H–10H | HA 4.5 |
| Humeral Intramedullary Nail | Titanium Alloy | Ø7–9 × 180–300 mm | 3.5 mm locking screw |
| Long Humerus Multi Lock Nail | Titanium Alloy | Ø7–8 × 180–255 mm | 3.5 / 4.0 / 4.5 mm locking screws |
Procedure Coordination
Fixation Workflow
01
Plan & Assess
02
Reduce & Align
03
Select the Fixation Route
04
Implant & Lock
05
Verify the Construct
Supporting Components
Screws & Instruments
3.5 mm Plate Screws
Supports the straight locking plate and DCP plate pathways.
HC: RSZS35(16–50) · HA: RSP35(14–50) / RSSWP35(12–42)
4.5 mm Plate Screws
Completes the LC-DCP Humerus Plate-II configuration.
REF: RSSWP45(26–60), available in 2 mm increments
Small Surgery Instrument Set
Supports 2.7/3.5 mm drilling, depth measurement, tapping and screw insertion workflows.
REF: RQBT01 · No implant
Large Fragment Surgical Instrument Set
Provides 3.5/4.5 mm drilling, guiding, tapping and insertion tools for large-fragment plate configurations.
REF: RAXBZ01 · No implant
Dedicated Humeral Nail Instruments
Separate instrument platforms support the standard humeral nail and the Multi Lock nail, including targeting, drilling, depth measurement, insertion and extraction components.
Humeral Intramedullary Nail Instrument Set: RQG101 · Humerus Multi Lock Nail Instrument Set: RQDG101System Value
System Advantages
Multiple Fixation Routes
Build plate, compression plate and nail options within one coordinated portfolio.
Structured Size Coverage
Match implant length, hole count and diameter to the planned system.
Compatible Components
Pair each implant family with its specified screw and instrument platform.
Procurement Support
Configure evaluation, tender, sample and distributor packages around project needs.
Selection Support
System Matching Guide
Share these details with XC Medico to narrow the implant, screw and instrument configuration for your project.
Fracture & Anatomy
- Humeral level and fracture pattern
- Available imaging
- Patient-specific anatomy
Implant Route
- Locking or compression plate
- Standard or Multi Lock nail
- Required sizes and quantities
System Requirements
- Screw families and lengths
- Instrument set preference
- Target market and regulatory needs
B2B Support
Partnership Solutions
Product Matching
Implant, screw and instrument configuration support.
Sample Evaluation
Project-based sample and technical review coordination.
Distributor Support
Portfolio planning, catalog and training-material support.
OEM / ODM
Discuss packaging, branding and project requirements through XC Medico project support.
FAQ
Frequently Asked Questions
Which plate systems are available for humeral shaft fixation?
The portfolio includes the Humerus Straight Locking Plate, DCP Humeral Plate and LC-DCP Humerus Plate-II, covering locking and non-locking configurations.
What sizes are available for the standard humeral intramedullary nail?
The standard titanium-alloy humeral nail is available in Ø7, Ø8 and Ø9 mm diameters, with lengths from 180 to 300 mm in 20 mm increments.
When should the long Humerus Multi Lock nail be considered?
Its long-nail family is intended for humeral shaft fractures and proximal humerus fractures extending to or combined with the shaft. Exact use must follow approved labeling and surgeon assessment.
Which screws support the plate systems?
The straight locking plate uses HA 3.5 and HC 3.5 screws; the DCP Humeral Plate uses HA 3.5 screws; and the LC-DCP Humerus Plate-II uses HA 4.5 screws.
Can XC Medico provide implants and instruments as one project package?
Yes. XC Medico can coordinate the selected implant sizes, compatible screw families and dedicated plate or nail instrument sets for evaluation and procurement projects.
Is this page a surgical technique guide?
No. It is a product-portfolio and system-planning overview for professional users. Surgical use must follow the current IFU, approved labeling, local requirements and the treating surgeon’s judgment.
