Overview
Product Description
Features
FAQ
Overview
Basic Specifications & Technical Info
Control Mode
Point to Point Control
Name Type
Welding Robot Arm
Mounting Type
Ground, Bracket, Ceiling
Video Factory Inspection
Provide
Mechanical Test Report
Provide
Transport Package
Wooden Box
Specification
115*115*134
Production Capacity
1000 Sets /Month
Product Description
Industrial Robot for Manipulation: TIG Weld Robot & MIG 6-Axis Robot Arm (6kg Payload)
The H2100-B-6 robot is specially optimized and dedicated to high-precision welding processes. It delivers exceptional operational simplicity, high output efficiency, and advanced safety parameters on the factory floor.
We offer 25 distinct models of robotic arms in mass production, including general-purpose, welding, spraying, palletizing, grinding, and material handling systems. All units are equipped with an advanced, highly intelligent robot control system developed internally. Additionally, we integrate customized peripheral components and execute non-standard industrial layouts precisely configured to client demands, including our mass-produced 9-axis linkage robotic solutions.
| System Specification Data Sheet |
| Model |
H2100-B-6 |
| Payload |
6kg |
| Reach |
2100mm |
| Axes |
6-11 axes configurable |
| Application |
Welding (TIG, MIG, MAG) |
| Special Services |
Custom structural colors and specific labeling customization available. |
| Warranty Period |
12 Months |
| After-Warranty Support |
Video technical support, online engineer guidance. |
Features
- Supports up to 12 axis control, enabling seamless control of external axes including traveling tracks and workpiece positioners.
- Advanced structural optimization algorithms perfectly suited for diverse mechanical body configurations.
- Open software architecture designed for synchronization with international technology standards and scalable function extensions.
- Embedded software PLC functionality facilitates robust logic control. Intuitive process-oriented programming makes configuration quick and straightforward.
- Modular configuration settings tailored to unique industry demands. High-grade safety module guarantees reliable production environments.
- Fully compatible with multiple feedback increments and absolute servo configurations. Advanced high-speed computer bus connections ensure unmatched system stability.
Controller Platform Technical Specifications
| Storage |
2 GB |
| Teaching Box |
Full physical keyboard + high-sensitivity touch screen, operational mode selector, safety deadman switch, and rapid emergency stop. |
| No. of Controlled Axes |
6+6 axes (6 basic robotic axes + 6 optional external positioner/travel axes). |
| Interface |
Multiple encoder signal interfaces, dedicated terminal port, Ethernet connectivity, and serial bus communications. |
| Safety Module |
Interlinked safety lines mapping emergency stops and internal anomalies to ensure instant, damage-free mechanical halts. |
| Mode of Operation |
Manual teaching, programmatic replay, and remote terminal control. |
| Mode of Programming |
Online parameter teaching, structured process programming, and manual lead-through drag teaching. |
| Motion Function |
Point-to-point (PTP), high-precision linear path, and circular interpolation. |
| Command System |
Motion commands, logical parameters, automated process parameters, and advanced computational code. |
| Mode of Control |
High-precision position control. |
| Anomaly Detection |
Emergency stop errors, servo malfunctions, anti-collision monitoring, safety maintenance alerts, arc stability errors, user coordinate anomalies, and tool coordinate checks. |
Multi-language support interface: English, Russian, Vietnamese, Korean, and Chinese.
If you require selection advice, tailored load requirements, or unique installation geometries, our design engineers are ready to build fully realized customization options and automated simulation solutions based on your specific components.
Customization Case Study: Automated carbon steel welded bed frame system.
Clients provide workpiece dimensions, engineering drawings, and base materials.
Engineer Optimized Solution:
Welding Robot Arm Kit + Rotating Positioner Table
Utilizing 2 sets working in parallel achieves maximized workflow optimization and rapid manufacturing cycles.
Project Quotation & Configuration Layout Details
Frequently Asked Questions
1. Who are we?
We are a leading CNC total solutions and industrial robot arm manufacturer established in 2013 in Guangdong, China. Backed by dedicated technical research divisions, we possess over 10 years of global trade and post-sales technical engineering experience.
2. How do we guarantee the quality of our industrial robots?
We maintain a rigorous quality assurance cycle: our senior engineers carry out complete pre-testing phases on every robotic arm, followed by a meticulous 100% inspection protocol prior to final shipping.
3. What automation equipment can you purchase from us?
We offer a comprehensive lineup of industrial robot arms specialized for welding, painting, high-pressure spraying, material handling, pick-and-place packaging, surface grinding, and complex multi-axis customized automation setups.
4. Why should you choose us over other equipment suppliers?
We provide complete, ready-to-run robotic package integrations along with customized layout designs. Our clients benefit from extensive post-sale technical support, guaranteed product quality, and competitive manufacturing prices founded on transparent business values.
5. What commercial terms and global transaction services do we provide?
We support flexible shipping models (FOB, CFR, CIF, EXW, FAS, CIP, FCA, DDP, DDU, DAF) and standard trade payments in USD, EUR, CAD, HKD, and CNY. Transactions can be settled through T/T, L/C, D/P, D/A, major Credit Cards, PayPal, and Western Union. Support is available in English, Spanish, Japanese, Portuguese, German, Arabic, French, Russian, Korean, Italian, and Chinese.
6. Can we customize the payload, reach, and external axes configurations?
Yes. Our design engineers configure robot arm parameters, external positioners, colors, and layout configurations. We customize systems according to client-provided workpiece dimensions, specifications, and 3D files, validating each layout via precise motion simulations.