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Hand-held robotic arm

X52

The hand-held manipulator is a fully open source robot operating platform with excellent performance, with six classic morphological deformations; complete secondary development, supporting ROS, matlab simulation, C++, Python and other programming; simple and easy to use, allowing users to get better Robot experience. The end tools of the robotic arm can be replaced according to user needs. Except for the metal connectors, other skeletons of the body can be 3D printed.

Features

Software and hardware are all open source
Provide a full set of open source software, CAD drawings, hardware assembly drawings and public resources for development. The source code of all application examples in the initial form is provided, and the user can also start using it with zero basis.
Consumer grade price, industrial grade performance
0.2mm control accuracy, 46RPM speed, 0.7kg dead weight, low cost, high repeatability, maximum payload is 500g.
Perfect secondary development support
Complete SDK and open communication protocol, support: ROS, Matlab, C++, Python, Processing, ARDUINO, STM32, multiple iterative upgrades of software and hardware, long-term software maintenance and update, and can be easily integrated into mobile robots.
Rich hardware expansion
Modular assembly, six forms of deformation, the end can be replaced with pen sleeves, vacuum suction cups, etc. as needed. It can easily realize functions such as visual sorting, multi-arm collaboration, writing and drawing.
Multiple control methods
Keyboard, handle, drag RVIZ, Processing, etc., memory learning (teaching reproduction), master-slave control, remote control.

Technical index

Technical parameters

technical parameter

Driver

Dynamixel XM430-W350-T

Input voltage

12 V

Degree of freedom

5 (4 revolute joints + 1 gripper)

Maximum load

500 g

Repeatability

±0.2 mm

Maximum joint speed

46 RPM

Weight

0.7 kg

Reachable range

380 mm

Arm length

479 mm

Claw stroke

20~75 mm

Protocol

TTL level multipoint bus

Software support

ROSDynamixel SDK、Arduino、Processing

Main controller

PCU2D2

Aluminum base

300*300*10 mm

Lithium battery

3400 mA

Experiment box

310*310*230 mm


Fittings
Configure a custom platform. Explore all accessories.

Intel D435 depth camera

U2D2 and power board

openCR

Picture
See our robots working in the most demanding environments for researchers around the world.
Data download
京天-手持机械臂用户手册v1.1

京天-手持机械臂宣传单页

Donghu Robot Laboratory, 2nd Floor, Baogu Innovation and Entrepreneurship Center,Wuhan City,Hubei Province,China
Tel:027-87522899,027-87522877

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