Articulated Robot for High-Precision Manufacturing

✅ Repeatable positioning accuracy up to ±0.02–0.03 mm
✅ High rigidity robotic arm structural design
✅Supports force control robot precision contact control
✅ Can be integrated with robotic vision system to achieve automatic compensation

Articulated robot system solutions

Auto parts · electronic 3Cn · aerospace · medical equipment

4 hours to get started and operate independently
Covering five major precision process scenarios
Direct support for customer reviews
30+ verified delivery

Get customized solutions for free and quickly evaluate return on investment

Full range of articulated robots

Adapt to various industrial production needs

Small Articulated Robot (3–12kg)

Suitable for micro-precision assembly and testing
Stable path control
Covers a variety of industrial scenarios

Medium Articulated Robot（12–60kg）

Suitable for CNC loading and unloading and precision welding
High secondary transportation costs
Compact design takes up less space

Heavy Articulated Robot（60–300kg）

Suitable for aviation and structural parts assembly
High rigidity robotic arm
Stable support for high-load tasks

Force Control Articulated Robot

Integrated force control sensing module
Optimize contact task stability
Suitable for precision assembly and grinding

8 core features of precision manufacturing of GLS articulated robot

Meet different production applications

Stable production, improve quality and reduce costs

Full-process services guarantee investment returns, making cooperation more secure

Accuracy meets standards, keeping high-end orders

Tolerance requirements continue to tighten
±0.03mm repeat positioning accuracy
7×24 hours stable operation

Force control + vision, process upgrade

Force control accuracy ±5%
100% online visual inspection
Data-driven zero-defect production

Safe investment, payback in 6–10 months

Full-process service guarantee
Customer verification return cycle
Double endorsement of qualifications and patents

Multi-scenario automated processing solution

Covers CNC loading and unloading, electronic assembly, precision welding and other processes to improve accuracy and efficiency

01

CNC automatic loading and unloading

Deeply integrated with CNC machining center, synchronized with rhythm
High repeatability, suitable for automobile and mold industries

02

Micro-precision electronic assembly

Small robot + vision system, precise positioning of micro components
Reduce human errors and improve tempo and pass rate

03

Precision welding and laser processing

Path optimization + force control module
Stable welding trajectory, suitable for high-end structural parts

04

Medical and Clean Room Manufacturing

Clean room compatible version available
Stable control of micro-assembly processes

Accuracy grading adaptation scheme

Covering all scenarios from ordinary to ultra-precision

Accuracy level	Repeat positioning accuracy	Applicable industries	Typical application scenarios	Testing standards	GLS solution adaptation
Ultra-precision level	Within ±0.01mm	Semiconductors, optical instruments	Wafer handling, lens precision assembly	ISO 9283	Customized high-precision solution
High precision grade	±0.01–0.03mm	Medical equipment, aviation parts	Micro component assembly, precision machining loading and unloading	ISO 9283	✅ Machine vision system integrated version
Precision level	±0.03mm	Automobile, electronics 3C, aviation	Welding, assembly, loading and unloading, gluing	ISO 9283	✅ Articulated robot standard version
Standard precision grade	±0.05–0.1mm	General machinery, steel structure	Handling, palletizing, general welding	ISO 9283	✅ Universal automation version
Ordinary level	±0.1mm or more	Logistics, food packaging	Palletizing, sorting, packaging	—	Collaborative palletizing workstation

Multi-industry benchmark case verification

Use automation solutions to improve both efficiency and quality

Li Gong's company introduced articulated robots and integrated robotic vision systems in micro-component assembly. After deployment, positioning errors were significantly reduced, production cycle time was increased by 28%, manual intervention was reduced, and overall consistency was significantly improved.

— Electronics manufacturing industry

Mr. Wang uses a medium-sized articulated robot for CNC automatic loading and unloading. Through the programmable robot control system, the line changeover time is shortened by 30%, and the equipment utilization rate is increased to a stable state.

— Auto parts industry

Manager Zhang deploys a high-precision articulated robot in a clean room environment. Combined with the force control robot module, stable control of precision assembly is achieved, and the quality audit is successfully passed.

— Medical device industry

Frequently Asked Questions

What is the repeatability accuracy of articulated robot?

Depending on the model, repeatability accuracy ranges from ±0.02–0.08mm. The specific accuracy is related to the load and arm span conditions.

Does it support the force control robot function?

Supports optional force control module, suitable for contact tasks such as assembly and grinding.

Is it possible to integrate a robotic vision system?

Supports 2D and 3D vision systems to achieve automatic positioning and error compensation.

Is it a programmable robot?

Support offline programming and simulation to improve deployment efficiency.

What is the structural life of the robotic arm?

It can operate stably for a long time under standard industrial environment, and its life span depends on the load and usage conditions.