Precision Stamping and Welding Robotic Arm with Advanced 6 Axes

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Precision Stamping and Welding Robotic Arm with Advanced 6 Axes

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Product Description

Introducing the renowned RB series

Application Field: This remarkable product finds extensive usage in burnishing, polishing, machine loading/unloading, and automatic transport within punching automation production lines. Its versatility is unmatched.

Precision Stamping and Welding Robotic Arm

Type	Dof	Drive Method	Payload (kg)	Repeatability (mm)	Motion Range(°)						Radius (mm)	Weight (kg)
RB03A1-562	6	AC Servo Drive	3	±0.02	±150	+136/-51	+64/-131	±150	±150	±360	562	36
RB06-900	6	AC Servo Drive	6	±0.03	±170	+135/-100	+155/-110	±170	±170	±360	900	60
RB12-1500	6	AC Servo Drive	6	±0.04	±170	+120/-85	+83/-150	±180	±135	±360	1500	186
RB20A3-1700	6	AC Servo Drive	20	±0.04	±170	+160/-80	+76/-112	±180	±180	±360	1700	265
RB50-1956	6	AC Servo Drive	50	±0.05	±178	+130/-90	+75/-200	±360	±360	±360	1956	650
RB130-2790	6	AC Servo Drive	165	±0.08	±175	+75/-60	+80/-185	±360	±360	±360	2790	1350

Production Line Unit Control System

Engineered to enhance efficiency and streamline operations.

Purpose-built for machining field monitor management.
Utilizes advanced on-site bus for high-speed connection between machines and industrial robots.
Comprehensive on-line and off-line programming support.
Simply humanized operation ensuring ease of use.
Stabilizes product quality while significantly reducing labor costs.

General Control Management System

A cornerstone for operations management.

Designed for 'Digitalized Factory' and 'Intelligent Workshop' management.
Facilitates CAM and CAPP application and management.
Fast and convenient flow planning.
Expertly counts and regulates production capacity.
Mitigates production flow interference, promoting uninterrupted operations.

Applications & Case Studies

1. Auto Interior Part Trimming

Replacing manual labor to achieve automatic cutting of injection molding flash. The robot performs cutting along the product's contour, ensuring 24-hour stability and consistent quality.

2. Loading/Unloading for Turning Machines

One robot serves two turning machines. Integrated loading and unloading structures shorten running time and maintain continuity in automatic production.

3. Machining Center Optimization

High machining efficiency where loading/unloading does not occupy the machine's wait time, realizing 100% utilization.

4. Electric Kettle Rough Punching

A stable control process with a cycle time of 9.5s-14s per piece, significantly reducing labor intensity and injury risk.

5. 3D Vision-Guided Transfer

Guided by 3D vision systems to identify irregular workpieces. Capable of handling six different products with a 10-second rhythm.

Robot Family & Capabilities

With over three decades of pioneering experience, our industrial robots feature independent intellectual property rights. The lineup includes six distinct series for transportation, welding, polishing, painting, stacking, and paralleling.

Main Product Range

Frequently Asked Questions

What are the primary applications for the RB series robots?

The RB series is extensively used for burnishing, polishing, machine loading/unloading, and automated transport within punching and injection molding production lines.

How many axes do these robotic arms typically have?

The series primarily features advanced 6-axis configurations, providing high flexibility and a wide range of motion for complex industrial tasks.

What is the repeatability of the RB03A1 model?

The RB03A1-562 model offers a high precision repeatability of ±0.02mm, making it ideal for delicate precision tasks.

Does the control system support offline programming?

Yes, the unit control system provides comprehensive support for both on-line and off-line programming to cater to diverse operational needs.

Can these robots handle irregular workpieces?

Absolutely. By utilizing advanced 3D vision-guided systems, the robots can identify and accurately grab casually placed or irregular workpieces on conveyor lines.

How do these robots improve production efficiency?

They stabilize product quality, allow for 24-hour continuous operation, reduce cycle times (e.g., to 9.5s in punching tasks), and significantly lower labor costs.