Hitbot ROBOT

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Hitbot ROBOT HITBOT ROBOT is manufactuer of educational robot,scara robotic arm,collaborative robot arm, electric gripper and linear acuator,etc.

14/10/2026

Hitbot Technology officially the eHand-20 dexterous hand at the 2026 China Industry Fair (Booth No.: 7.1H - E171). 👏

20 degrees of freedom direct drive, the "solution" with one hand.
The 20-degree-of-freedom hand is not a simple superposition of joints, but a complex intelligent ex*****on system that integrates machinery, electronic control, algorithms and software. 🎆

Core : 20 fully active degrees of freedom, overall machine size 196×87×40mm, full hand weight 650 grams.
The degree of freedom distribution is a full layout of five fingers, 4 for each finger, and all 20 joints use anti-rotatable direct-drive joints. Compared with the previous generation of 6 dof eHand-6, the dof is increased by 3.3 times. Fine such as pinching, twisting, rotating, inserting, and pressing have become standard capabilities, and the grasping dexterity of the entire hand has been significantly improved.

Heading to CIIF 2026! 🚀 Hitbot is joining China International Industry Fair, October 12–16, at the National Exhibition a...
23/09/2026

Heading to CIIF 2026! 🚀
Hitbot is joining China International Industry Fair, October 12–16, at the National Exhibition and Convention Center (Shanghai).
📍 Booth: 7.1H-E171
Discover our latest motion control & automation innovations: advanced robotic systems, custom automation solutions and smart technologies built for leaner, smarter manufacturing.
Stop by our booth to learn how Hitbot helps global industries speed up their automation journey.
📍 Booth: 7.1H-E171
📅 Date: October 12–16, 2026
📌 Location: Shanghai, China
See you at CIIF 2026!

18/09/2026

Hitbot EFG-130 Electric for Collaborative Robots ✈️

It features high load capacity and precise positioning, with stable and controllable motion trajectories; capable of continuous, long-term automated operation, it meets the requirements for high and reliability in industrial production. 🌿

☑️ Power-off locking:Clamping drop detection, area output function;
☑️ Force, position, and speed can be precisely controlled by Modbus;
☑️ Long service life: millions of cycles, better than pneumatic gripper;
☑️ Built-in controller: small footprint, easy to integrate;
☑️ Control method: I/O or pulse;

Hand-Eye of Robot & Camera 🍁 Hand-eye calibration determines the between the camera coordinate system and the robot ...
04/09/2026

Hand-Eye of Robot & Camera 🍁
Hand-eye calibration determines the between the camera coordinate system and the robot coordinate system, enabling the robot to accurately locate and grasp objects seen by the camera.
common setups: 🎯
· Eye-in-Hand: camera mounted on the robot end-effector, moving with it
· Eye-to-Hand: camera fixed in the workspace, viewing the robot from outside
Basic : ♻️
1. Mount the camera and define the reference frame.
2. Attach a calibration board (checkerboard) to the robot fl**ge or place it within the camera view.
3. Move the robot through multiple (typically 10–15) different poses, capturing an image and recording the robot pose at each position.
4. Input the image and pose data into calibration software to solve the classic AX = XB , yielding the rotation and translation matrix.
5. Validate accuracy by moving the robot to known points and checking the error; re-calibrate if needed.
Proper calibration directly affects picking accuracy — typical errors should be kept within a few millimeters for industrial applications.

What’s the for robot to grasp items? 🌿 The core logic lies in it’s coordination with vision system planning module, en...
01/09/2026

What’s the for robot to grasp items? 🌿
The core logic lies in it’s coordination with vision system planning module, end grippers and sensors. 🍁
Robot grasping is not a single motion but a closed loop: the vision system the robot what and where to grasp, the planning module how, the end gripper performs the action, and sensory feedback whether the grasp actually succeeded — all in continuous coordination.

28/08/2026

At the recent World Robot Conference, demonstrations of robotic capabilities continued to break new ground; yet, in reality, various challenges persist. Just how far are robots from truly undertaking complex tasks?
Yesterday, Hitbot held an online launch event to unveil "brains" tailored for 60 vertical application scenarios—spanning fields such as smart laboratories, new retail, education, and intelligent manufacturing. These are not mere PowerPoint presentations or conceptual demos, but tangible solutions that have already achieved full commercial implementation.

25/08/2026

Equipped with a linear actuator mechanism, this SCARA enables free back‑and‑forth movement, making it ideal for repetitive tasks in compact laboratory workstations. Within workflows, it can perform material transfer, tube cap opening, and dispensing operations. 🎆

The fully automated significantly boosts work efficiency, cuts labor costs, and maintains a clean working environment.

Would you like to try out this or this robot‑linear actuator collaborative solution?

Industrial Robot Coordinate Systems: What Are The Differences? are there so many robot frames? This poster breaks dow...
20/08/2026

Industrial Robot Coordinate Systems: What Are The Differences?
are there so many robot frames? This poster breaks down their core distinctions.
☑️ Joint Coordinate System (J1J6) — Control Joint Angles
☑️ Base Coordinate System — Robot’s Reference Frame
☑️ Tool Coordinate System (TCP) — ToolCentric Frame
☑️ Workpiece Coordinate System — Workpiecebased Frame
☑️ World Coordinate System (Global Frame) — The Ultimate Reference

14/08/2026

1.Do you encounter difficulties in TCP calibration for collaborative robots?
2. Which tools are suitable for TCP calibration?
3. How many TCP types are there, and how to select the center point?
4. TCP, tool coordinate system and fl**ge coordinate system: concepts & differences
5. What are four-point calibration, six-point calibration and direct measurement calibration?

Understanding the basic principles of TCP calibration.1.Do you encounter difficulties in TCP calibration for collaborati...
14/08/2026

Understanding the basic principles of TCP calibration.
1.Do you encounter difficulties in TCP calibration for collaborative robots?
2. Which tools are suitable for TCP calibration?
3. How many TCP types are there, and how to select the center point?
4. TCP, tool coordinate system and fl**ge coordinate system: concepts & differences
5. What are four-point calibration, six-point calibration and direct measurement calibration?

Address

深圳市宝安区华丰国际机器人产业园（航城大道）E 栋 2 楼
Shenzhen
518126

Telephone

+8615220259858

Website

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