CG Series three-fingers electric gripper
● Products Description
CG Series
The CG series three-finger centric electric gripper independently developed by DH-Robotics is a great soultion to grip cylindrical workpiece. The CG series is available in a variety of models for a variety of scenarios, stroke and end devices.
● Product Features

High performance
Realize high-precision centering and grasping, the process structure meets the requirements of high rigidity, and the energy density exceeds that of similar products.

Long Lifetime
Continuous and stable work above 10 millions times without maintenance.

Overload protection
The high-performance servo motor can provide instantaneous overload protection.
More Features

Integrated design

Adjustable parameters

Fingertips can be replaced

Self-locking

Smart feedback

IP67

IP40

CE certification

FCC certification

RoHs certification
● Product Parameters
|
CGE-10-10 |
CGC-80-10 |
CGI-100-170 |
|
|
|
|
Gripping force (per jaw) |
3~10 N |
20~80 N |
30~100 N |
Stroke(per jaw) |
10 mm |
10 mm |
|
Recommended gripping diameter |
|
|
φ40~φ170 mm |
Recommended workpiece weight |
0.1 kg |
1.5 kg |
1.5 kg |
Opening/Closing time |
0.3 s/0.3 s |
0.2 s/0.2 s |
0.5 s/0.5 s |
Repeat accuracy (position) |
± 0.03 mm |
± 0.03 mm |
± 0.03 mm |
Noise emission |
< 40 dB |
< 50 dB |
< 50 dB |
Weight |
0.43 kg |
1.5 kg |
1.5 kg |
Driving method |
Rack and pinion + Linear guide |
Rack and pinion + Linear guide |
Pinion |
Size |
94 mm x 53.5 mm x 38 mm |
141 mm x 103 mm x 75 mm |
156.5 mm x 124.35 mm x 116 mm |
Communication interface |
Standard: Modbus RTU (RS485), Digital I/O |
||
Rated voltage |
24 V DC ± 10% |
24 V DC ± 10% |
24 V DC ± 10% |
Rated current |
0.3 A |
0.3 A |
0.4 A |
Peak current |
0.6 A |
1 A |
1 A |
IP class |
|
IP67 |
IP40 |
Recommended environment |
0~40°C, under 85% RH |
||
Certification |
CE, FCC, RoHS |
● Applications
Pick& place of cylinder work-pieces
CGI-100-170 was applied with the robot to grip cylindrical work-pieces
Features: Features: cylindrical work-piece, stable grasping