Basic Info.
Product Name
ECG Series 3 Fingers Electric Robot Gripper
Model
ECG-10-10/ECG-80-10/ECG-100-170
Features
Three-Finger Centric Electric Gripper
Driving Method
Rack and Pinion + Linear Guide
Repeat Accuracy (Position)
+/-0.03 mm
Opening/Closing Time
0.2 S/0.3 S/0.5 S
ECG-10-10 Size
94 mm X 53.5 mm X 38 mm
ECG-80-10 Size
141 mm X 103 mm X 75 mm
ECG-100-170 Size
156.5 mm X 124.35 mm X 116 mm
ECG-100-170 Weight
1.5 Kg
Recommended Workpiece Weight
0.1 Kg-1.5 Kg
Gripping Force (Per Jaw)
3-10 N/2-80n/30-100n
Control Mode
Continuous Path Control
Application
Welding, Load, Forging
After-sales Service
2 Years
Transport Package
on-Demand Customized
Specification
on-demand customized
Product Description
Guangzhou Youmibots Technology Co., Ltd.
Sales Department Address: No. 351 West Xiangxue Avenue, Huangpu District, Guangzhou, Guangdong, China
ECG Series 3 Fingers Electric Robot Gripper
The ECG series is a three-fingered electrocardiographic claw independently developed by YOUMIBOTS. With three-finger grasping, it can better cope with the grasping task of cylindrical workpieces. The ECG Electric Gripper range is available in a variety of models for a variety of scenarios, strokes, and end devices
- 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 million times without maintenance.
- Overload Protection
The high-performance servo motor can provide instantaneous overload protection.
Using ECG Series 3 Fingers Electric Robot Gripper with robotic arms can better achieve stable gripping of cylindrical workpiecesProduct Parameters
ECG Series
Electric Centric Gripper
* ECG-10-10 * ECG-80-10 *ECG-100-170
| CGE-10-10 | CGC-80-10 | CGI-100-170 |
---|
Model | ECG-10-10 | ECG-100-170 | ECG-80-10 |
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 Optional: TCP/IP, USB2.0, CAN2.0A, PROFINET, EtherCAT |
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 |
Product Description
Youmibots China Three Finger Robot Gripper Factory ECG-100-170 10 mm Stroke(Per Jaw) Three-Finger Centric Electric Gripper Used For robotic manipulator
FAQ
YOUMIBOTS Robot (YOUMIBOTS), as the world's leading new-generation intelligent robot expert, has been focusing on the research and development, and innovation of flexible collaborative robots, light industrial robots, and intelligent manufacturing technology. Relying on the high-performance general control system independently developed by the company for many years, as well as the complete and first-class product matrix, it has long been committed to providing automated and intelligent solutions in the industries of auto parts, 3C electronics, hardware scissors, automatic sewing, medical treatment and so on. , to promote industrial upgrading, YOUMIBOTS robot has grown into a leading enterprise in the domestic robot industry.
YOUMIBOTS robots are used in a large number of industries. We provide perfectly matched automation solutions to make your production more efficient and reduce costs. From individual robots, and dedicated work cells to entire plant designs. We have a lot of application experience in professional fields to ensure that you can put your robot into production quickly and efficiently after purchasing it.
Q1: What types of collaborative robotic arms can you customize?
A1: We support customized 6-axis or 7-axis collaborative robotic arms and other grippers and related accessories.
Q2: Which industries have you provided solutions for robotic arms and grippers?
A2: 3C electronics/sewing printing / general industry / scientific research and education / medical / auto parts, etc., the products are customized according to specific industries and actual operation requirements.
Q3: Does it support OEM & OEM customization?
A3: Welcome to customize your robotic arm and gripper with drawings or samples, our team of engineers will provide you with the perfect solution according to your needs.
Address:
No. 351 West Xiangxue Avenue, Huangpu District, Guangzhou, Guangdong, China
Business Type:
Manufacturer/Factory, Trading Company
Business Range:
Electrical & Electronics, Industrial Equipment & Components, Manufacturing & Processing Machinery, Service
Company Introduction:
Guangzhou Youmibots Technology Co., Ltd. is the world′s leading new-generation intelligent robot solution provider, focusing on the R& D and innovation of flexible collaborative robotic arms, light industrial collaborative robots and intelligent manufacturing technologies. Driven by artificial intelligence technology, with the "ultra-small, lightweight" intelligent robotic arm as the carrier, through an integrated solution. Application scenarios include automotive, electronics, precision machining, medicine, consumer services and other industries. It greatly helps customers solve the bottleneck problems that restrict the future development of enterprises such as manpower shortage and rising labor costs, completely changes the traditional model, efficiently meets the growing demand for flexible production, reshapes the production scene, and promotes the transformation and upgrading of factory manufacturing. Our goal is to become the global standard for intelligent manufacturing, liberate all the manpower that can be liberated for customers, and create the optimal configuration of human-machine collaboration.