Manual Locking Plate System (HLS)
The Hand Locking Plate System is a trusted osteosynthesis solution that offers different types of plates to treat different hand fractures.
A special feature of this system is the optional choice of hole configuration, which allows the selection of locking or non-locking screws for each hole (except compression and elongated). With a choice of +/- 15° angle, the system offers particular versatility, especially for complex fractures.
Distal Femoral Locking System (DFL)
- Multi-directional locking
- Design of the anatomical panel
- Radiopaque handle and drill bits close to the joint
- Extraction attachment for easy repositioning
- Left/right version
Manual Locking Plate System (HLS)
- Multi-directional locking
- Reduction of soft tissue irritation due to anatomical plate design
- Different types and lengths of panels
- Plate hardness: 1.0 mm and 1.5 mm
- Sliding hole with compression capability (to create tension)
- Extended T-Shape: Elongated hole for additional rotation axis correction
- Plate lengths: 4, 6, 8, 10 holes
Panel technology. ONE technology for all implants. All ITS. plates are made of Grade 2 titanium, while the screws are made of a harder titanium alloy. This allows the plates to have only threadless holes, all of which (with the exception of the elongated holes) accept both non-locking and locking screws.
Similar products
Similar products
-
Scrotum lock plate (FL)
Read more Read more -
Intramedullary nailing system
Read more Read more -
Flexible Children's Nail (FCN)
Read more Read more -
Pelvic Reconstruction System Phoenix (PRSPHX)
Read more Read more -
Sacred Sticks (SR)
Read more Read more -
Proximal lateral tibial locking plate (PTL)
Read more Read more -
Headless compression screws (HCS)
Read more Read more -
Flat Locking Plate System (SLS)
Read more Read more -
Cannulated Recon Heel Screw (CRCS)
Read more Read more -
Hallux Osteotomy Locking Plate (HOL)
Read more Read more -
Calcaneal locking plate (CALmi)
Read more Read more -
Pylon Locking Plate System (PLS)
Read more Read more