Dcpm-E Shoulder Joint Cpm Rehabilitation with Optimized Structure Design

China Dcpm-E Shoulder Joint Cpm Rehabilitation with Optimized Structure Design, Find details about China Cpm Rehabilitation, Joint Cpm Rehabilitation from Dcpm-E Shoulder Joint Cpm Rehabilitation with Optimized Structure Design

Model NO.
DCPM-E
Location
1.5 Hours From Shanghai
Feature
Over-Load Protection, Intelligent Program Design
Optimized Structure Design
Yes
Big Screen Liquid Display
Yes
Angle Motion Range of Joint
0°-150°
Angle Motion Speed Range
0.5°-5°/S
Power Supply
220VAC, 50Hz, Power ≤60W
Packing Size
700*650*1300mm
Trademark
WANROOEMED
Transport Package
Cpm Export Cartons
Specification
700*650*1300mm
Origin
Jiangsu, China (Mainland)
HS Code
94029000
Model NO.
DCPM-E
Location
1.5 Hours From Shanghai
Feature
Over-Load Protection, Intelligent Program Design
Optimized Structure Design
Yes
Big Screen Liquid Display
Yes
Angle Motion Range of Joint
0°-150°
Angle Motion Speed Range
0.5°-5°/S
Power Supply
220VAC, 50Hz, Power ≤60W
Packing Size
700*650*1300mm
Trademark
WANROOEMED
Transport Package
Cpm Export Cartons
Specification
700*650*1300mm
Origin
Jiangsu, China (Mainland)
HS Code
94029000
DCPM-E Shoulder Joint Cpm Rehabilitation with Optimized Structure Design
Dcpm-E Shoulder Joint Cpm Rehabilitation with Optimized Structure Design

CPM Features:
1. Special designed motor drive, run steadily, low noise, and long span life.
2. Microcomputer digital control design and it also adopt imported integrated parts, high volume imported CPU and intelligent program design, the machine also has the function of over-load protection.
3. Big screen liquid display, all the parameters can be read clearly.
4. Considering the need of medical curing, the motion range is wide.
5. Optimized structure design.


CPM Specifications:
Angle motion range of joint 0° -150°
Angle motion speed range0.5° -5° /s
Power supply220Vac, 50Hz, Power ≤ 60W
Size700*650*1300mm

Details:
Dcpm-E Shoulder Joint Cpm Rehabilitation with Optimized Structure Design

Company Information:
Dcpm-E Shoulder Joint Cpm Rehabilitation with Optimized Structure Design
Dcpm-E Shoulder Joint Cpm Rehabilitation with Optimized Structure Design