GLS -Specially built for the electronic technology industry

The plug-and-play collaborative robot solution requires no programming and helps increase production efficiency by 30%, with a payback period of 6-10 months.

Efficiently empower electronic precision manufacturing

Rapid implementation of flexible production

1. Repeatable positioning accuracy ±0.02 mm, suitable for electronic precision operations

2. Quickly install and get started in 30 minutes, even with zero basic knowledge.

3. Ten levels of collision sensing to achieve safe human-machine collaborative operation

4. Flexible deployment and adaptation to various existing automated production lines

Fit Precision Electronic Production

Supports various high-precision electronic manufacturing processes perfectly.

Precise positioning, protecting precision components

±0.02 mm ultra-high precision operation eliminates defective products in precision circuit board assembly and processing.

Efficient operation and steady improvement in production capacity

It can complete more than 1,200 pick-and-place cycles per hour, supporting uninterrupted and stable operation around the clock.

Flexible force control design to prevent workpiece damage

The end force is adjustable from 1N to 150N, fully protecting all kinds of fragile and delicate electronic components well.

Intelligent vision system for accurate identification of tiny small objects

Equipped with an integrated vision system, it can accurately identify electronic components as small as 0.1 mm.

Product introduction

The electronics manufacturing industry is plagued by problems such as high defective product rates and slow production line changeovers?

The GLS lightweight collaborative robot is specially developed for the pain points of the electronics industry. It is equipped with a professional force control system. The pressure of assembly operations is uniform and controllable, effectively protecting various precision and fragile components.

The standard integrated machine vision system can detect product defects in real time and reduce the material scrap rate by up to 40%.

Whether it is an automated pick-and-place process or a high-precision precision assembly process, GLS collaborative robots can be quickly implemented and are efficient, safe and cost-effective.

Full product series meets various automated production needs

GLS-3KG desktop collaborative robot

It is suitable for ultra-precision operations in small workstations and can complete processes such as chip mounting, micro-dispensing, and small parts inspection. The repeatability is as high as ±0.02 mm. The compact body can be directly deployed on a desktop workbench.

GLS-3KG desktop collaborative robot

6 Hard Core Functions

Enabling Electronics Intelligent Manufacturing Automation Upgrades

① Drag and drop teaching programming

Motion trajectories can be recorded within 60 seconds, without the need for professional engineers or coding.

② Modular quick-change fixture

Quickly switch between clamping jaws and work tools in 5 seconds, easily adapting to the production and processing of multiple products.

③ 24-hour non-stop operation

It operates stably around the clock and can replace 1.5-2 workers in a single shift, significantly reducing labor costs.

④ Integrated visual adaptation

Plug and play intelligent vision system, component positioning detection accuracy can reach 0.1 mm.

⑤ Anti-static sealed body

The all-aluminum alloy sealed body complies with dust-free workshop standards and meets the anti-static production requirements of the electronics industry.

⑥ Real-time force control feedback

Built-in high-sensitivity sensing device can sense operating resistance in real time to avoid damage to precision accessories such as screens, chips, and connectors.

Quality Control and Flexible Deployment

Our collaborative robots are equipped with intelligent force control technology, which greatly reduces product defect rates, is flexible and quick to deploy, and efficiently adapts to the diversified production needs of the electronics industry.

Intelligent force control technology reduces defective product rate by 40%

There is no room for error in the electronic production process, and the GLS force-controlled collaborative robot can monitor and autonomously adjust end-end work intensity in real time.

Whether it is terminal pressing, locking screws or circuit board insertion, the force is uniform and uniform throughout the process, and the operation is stable and standardized.

After being put into use by many cooperative customers, the defective product rate can be reduced by 40% in the first month, completely reducing rework losses and significantly increasing production profits.

Flexible and easy to move, complete production line switching in a single day

Nowadays, products in the electronics industry are iterating rapidly, and fixed automation equipment has long been unable to keep up with the production pace.

This lightweight collaborative robot weighs as little as 11 kilograms and is equipped with a magnetic base. It can be quickly moved and deployed in the factory, and the workstation can be relocated within a few hours.

Products can be quickly switched without complex reprogramming, significantly reducing setup times and simplifying production adjustments. This not only enables fast delivery of orders, but also improves the overall operational efficiency of the production line.

GLS collaborative robot parameter comparison table

GLS collaborative robot is a high-precision, high-flexibility and high-efficiency solution for industrial automation.

Material	Density (g/cm³)	Key Advantage for Robotics	Recommended Component
Aluminum 7075	2.81	Extreme strength-to-weight ratio	Main Arm, Load Mounts
Titanium Gr 5	4.43	Superior fatigue resistance	High-Stress Joints
Stainless 316L	8	Corrosion resistance	Medical/Food Robots
PEEK Plastic	1.32	Self-lubricating, Ultra-light	Bushings, Gear Inserts
Carbon Fiber	1.6	Maximum stiffness, lowest inertia	High-Speed End Effectors

Feature / Component	Typical Material	Tolerance	Surface Finish (Ra)
Robot Arm Link	AL 7075-T6 / 6061-T6	±0.01mm	0.8 μm
Robotic Joint Housing	AL 7075 / Stainless Steel	±0.005mm	0.4 μm
Spline / Motor Shaft	17-4 PH / 42CrMo	±0.003mm	0.2 μm
Robot Base Structure	Cast Aluminum / Steel	±0.02mm	1.6 μm
Precision Gears	Hardened Steel / PEEK	±0.005mm	0.4 μm

Industry application scenarios

Our Completed Industry Application Case Studies

The screen bonding process requires extremely high precision and uniformity of glue application. The GLS collaborative robot equipped with an integrated machine vision system can realize uniform dispensing operations throughout the entire process, completely eliminating problems such as air bubbles, glue overflow, and uneven glue application that occur during manual operations. The product yield rate can reach over 99.5%, significantly reducing the cost of rework of high-value products.

3C electronic screen lamination and precision dispensing

Traditional manual assembly of circuit boards has low efficiency and high error rate, making it difficult to expand production scale. The GLS assembly collaborative robot relies on precise visual positioning to accurately align micro-holes to complete component insertion. The operating accuracy can reach ±0.02 mm, and the insertion accuracy is as high as 99.9%. Liberate manual repetitive work, relieve labor pressure, and easily undertake large-volume production orders.

Circuit board component plugging and soldering operations

Customer Reviews

Sincere feedback and authentic evaluations from our trusted cooperative partners.

The GLS collaborative robot replaced the manual dispensing production line, and the yield rate increased from 94% to 99.6%. The cost was recovered within 7 months, and the price/performance ratio was excellent.

The GLS robot directly adapts to dust-free and anti-static standards without modification. The assembly accuracy is improved and work-related injuries are completely eliminated.

The built-in vision system reduces material scrap by 38%, and the after-sales service is available 24 hours a day, making the guarantee particularly reliable.

Frequently Asked Questions

Q1: Can it capture micro components within 1mm?

Can. GLS is equipped with an integrated vision system, which can accurately capture 0.1mm-level components and is suitable for micro-processing scenarios such as semiconductors and precision circuit boards.

Q2: Do lightweight models require safety fences?

No need. Ten levels of intelligent collision protection, it stops when touched, supports human-machine collaborative operation, and saves site and fence costs.

Q3: How long does it take to complete production line debugging for replacement products?

Completed the changeover in one day. Drag and drop teaching + 5-second quick fixture change, no need for professional programming, suitable for multi-category flexible production.

Q4: Which industry production standards does it adapt to?

Complying with 3C electronics, medical, semiconductor and other industry specifications, the anti-static body is suitable for level 6 dust-free workshops.

Q6: Minimum order quantity and delivery lead time?

Can be purchased individually, no minimum order required. 15-20 working days for standard models, and 5-10 working days for customized configurations.

For further questions, please contact our engineers.

We will solve your concerns!

Our team does not have any experience in operating robots. Can we independently operate and maintain the equipment on a daily basis?

The GLS plug-and-play collaborative robot is equipped with a visual touch operation interface, and ordinary front-line production employees can master the operation in 30 minutes.

Let's Shape The Future Of Your Investments!