-

Reduces soft tissue irritation and improves post-operative comfort.
Allows accurate implant sizing for varied small animal anatomy.
Maintains construct rigidity without compressing bone surfaces.
Enhances stability in widened or transitional bone regions.
Delivers balanced fixation across opposing bone segments.
-

Provides symmetrical fixation across parallel bone segments.
Enhances stability and load distribution on both sides of the construct.
Improves anatomical conformity and surgical precision.
Maintains alignment without relying on plate-to-bone compression.
Minimizes soft tissue irritation and supports faster recovery.
-

Maintains alignment without relying on plate-to-bone compression.
Provides extensive bilateral anchorage with controlled central support.
Delivers strength without excessive implant bulk.
Reduces soft tissue irritation and supports smoother recovery.
Enhances load transfer through the middle of the construct.
-

Promote accurate screw placement and reliable fixation.
Minimizes soft tissue irritation and enhances recovery comfort.
Ensures construct stability without compressing bone surfaces.
Allows precise fixation in confined anatomical regions.
Supports linear alignment and controlled load transfer along the bone.
-

Enhances stability without relying on plate compression.
Ensures anatomical accuracy and surgical efficiency.
Minimizes soft tissue irritation in small patients.
Supports fixation across intersecting bone planes.
Optimized for small animal bone geometry
-

Supports controlled fixation across moderately angled fracture patterns.
Creates a rigid construct that maintains alignment during healing.
Enhances placement accuracy in veterinary procedures.
Minimizes soft tissue interference in small animal patients.
Allows customized implant selection for different fracture lengths.