Recommended products

Orthopedic Hinged ROM Knee Brace, Adjustable Angle & Length, Black
This adjustable hinged ROM knee brace is designed for optimal stabilization and recovery after ACL, MCL, PCL surgeries or ligament injuries. With ergonomic design and precise angle adjustment, it supports post-operative immobilization and controlled range of motion, making it ideal for rehabilitation, ligament support, and orthopedic protection.
Key Features:
-
Post-Op Immobilization & ROM Control: Ideal for recovery after cruciate and collateral ligament injuries or surgeries
-
0°–120° Flexion & Extension Range: Incremental 15° angle settings provide controlled rehabilitation at various stages
-
Tool-Free Adjustable Length: Telescoping side bars with simple button-adjustment adapt to individual leg length
-
Easy Angle Locking Mechanism: Rotate and press lock design ensures precise and stable ROM control
-
Quick-Release Buckle Straps: Secure fastening with hook-and-loop closures makes it easy to put on and take off
-
Anti-Slip Support: Reinforced straps and optional shoulder sling prevent slipping during movement
-
Ergonomic & Lightweight Design: Engineered for comfort during extended wear, with breathable materials for skin-friendly use
Specifications:
-
Application: Leg support, post-op fixation
-
Application 1: After knee surgery
-
Application 2: Active angle control
-
Application 3: Cruciate and collateral ligament injuries
-
Effect: Knee fixation and ROM control
-
Material: Composite material
-
Angle Adjustment Range: Extension: 0°–90°, Flexion: 0°–120°, 15° increments
-
Length Adjustment: Telescoping adjustable bars
-
Item Type: Braces & Supports
-
Number of Pieces: One unit
-
Model Number: Hinged ROM Knee Brace
-
Origin: Mainland China
-
Color: Black
Package Contents:
-
1 x Hinged ROM Knee Brace (Black)
-
1 x Adjustable Shoulder Strap
-
1 x User Instruction Manual
Ideal for post-operative care, rehabilitation programs, and injury stabilization. This brace supports users throughout various recovery stages, offering customized mobility and secure orthopedic protection.