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Industrial Collaborative Robots -Work from anywhere
Flexible, secure and easy to deploy
High Precision Process Support
Repeat positioning accuracy up to ± 0.03 mm
30 Minute Quick Tutorial Programming
Payback period 6–10 months
Why choose our industrial collaborative robots
Three core strengths and five core technologies
1. Fast return on investment, reduce labor dependence
Reduce reliance on skilled welders.
Most customers recover costs in 6–10 months (measured in place of 1 skilled welder).
2. High welding consistency and low repair rate
The robot path is repeatable.
Laser tracking system + real-time parameter adjustment significantly reduces welding defects.
3. Flexible deployment, smaller footprint
The device is removable and occupies a small footprint.
Magnetic base + fast deployment structure, suitable for multi-station switching.
Why choose our industrial collaborative robots
Three core strengths and five core technologies
1. Drag and drop tutorial programming techniques
The solder joints can be recorded by manual dragging.
No need for complicated code.
Beginners can complete the basic path setup in 30 minutes.
2.Laser weld tracking system
Detect weld offset in real time.
Automatically correct trajectories.
Ensure stable accuracy in standard test environments.
3. External Axis Expansion Module
Supports external extension shaft.
Suitable for welding large steel structures and long beams.
4.Ten-level collision detection system
Multiple safety sensing mechanisms are built in.
The detector is approaching automatic deceleration or stopping.
Meet the safety standards of collaborative robots.
5. Digital Data Interface
Production data acquisition is supported.
Connect to MES or cloud platforms.
Enable traceable manufacturing management.
1.Mobile Welding Robot · Standard Edition
Applicable scenarios: small and medium-sized steel structural parts, single station, linear or arc welds
2.Mobile Welding Robot · Laser Tracking Edition
Applicable scenarios: medium and heavy plate welding, large workpiece size deviation, multi-layer and multi-pass weld scenarios
3.Mobile Welding Robot · External Axis Extended Edition
Applicable scenarios: long welds (more than 1500mm), large workpieces, multi-station continuous operation
4.Collaborative Palletizing Workstation
Applicable scenarios: logistics, warehousing, food and beverage, chemical industry, etc. need automatic palletizing at the end of the production line
GLS collaborative robot parameter comparison table
GLS’s full range of robots covers automated production in multiple scenarios including welding and palletizing.
| Parameter Dimension | Standard | Laser Tracking Edition | External Axis Extended Edition | Collaborative Palletizing Station |
| Number of Robot Axes | 6 Axis | 6 Axis | 6 axis + 1 external axis | 6 Axis |
| Repeat Positioning Accuracy | ± 0.05 mm | ± 0.03 mm | ± 0.03 mm | ± 0.05 mm |
| Weld Tracking Method | Manual Teaching | Laser Real-Time Tracking | Laser Real-Time Tracking | N/A |
| Programming | Drag and drop teachings | Drag and drop teachings | Drag and drop teachings | Drag and drop teachings |
| Path planning time | ≤ 10 seconds | ≤ 10 seconds | ≤ 15 seconds | ≤ 30 minutes |
| Operational training duration | 4 hours | 4 hours | Half Day | Half Day |
| Crash Detection Level | Level 10 | Level 10 | Level 10 | Level 10 |
| How to move | Universal Wheel Propulsion | Universal Wheel Propulsion | Track + rollout | Fixed or mobile |
| Magnetic positioning | ✅ Support | ✅ Support | ✅ Support | — |
| Primary Applicable Industries | Steel/General | Marine/Coal Mills | Plumbing/Heavy Industry | Logistics/Food |
| Estimated payback period | 6–10 months | 6–10 months | 8–12 months | 6–10 months |
Company qualifications and industry experience
GLS Robotic Automation – Your Trustworthy Industrial Automation Partner
📅Registered address
— Suzhou Zhangjiagang, deeply involved in the core manufacturing area of the Yangtze River Delta
🏭 Main business:
— Industrial robot system integration | Robot welding | Handling and palletizing | Digital solutions
🤝Cooperating companies:
— Quality management systems — RFoxconn, Luxshare Precision, Shagang Group, Yonggang Group, Shanghai Electric, Japan JATCO and other 30+ industry leading customersements
📜Enterprise qualifications:
— AAA credit enterprise | Member of Suzhou Robot Association | Member of Jiangsu Enterprise Development Strategy Research Association
🔬 Intellectual property rights::
— 6 computer software copyright patents, covering core technologies such as welding control system and path planning system
👨🔧 Professional team:
— Robot design and debugging engineer + electrical automation engineer + after-sales specialist full-process service
📦 Batch delivery: Zhangjiagang production base has mass production capabilities, continuous batch stocking, and quick response delivery
GLS Mature applications in multiple industries
GLS customizes to solve various welding and production problems.
Steel structure industry
Unified welding quality, suitable for processing medium-thick plates and girders.
Heavy equipment and coal machinery manufacturing
Mobile deployment, suitable for large irregular workpieces.
Auto parts
High repeatability ensures consistent welding.
Electronics and light manufacturing
Flexible switching station, suitable for small batch production.
Benchmark comparison of GLS product advantages
Compared with traditional equipment and labor, it is more suitable for current multi-category flexible production.
| Contrast Dimensions | Gulas mobile collaborative robot | Traditional fixed industrial robot | Pure manual welding |
| Deployment flexibility | ⭐⭐⭐⭐⭐ Move to the workpiece at any time | ⭐⭐ Fixed work station, complicated line change | ⭐⭐⭐⭐ Flexible but dependent on mechanics |
| Programming difficulty | ⭐⭐⭐⭐⭐ Completed in 10 seconds, no programming experience required | ⭐⭐ Requires professional engineers, long lead time | No programming required |
| Operation training time | 4 hours | weeks to months | It takes several years to accumulate (skilled welder) |
| Applicability to large workpieces | ✅ The robot takes the initiative to work next to the workpiece | ❌ The workpiece must match the robot position | ✅ Can be welded anywhere |
| Welding quality consistency | ⭐⭐⭐⭐⭐ Robot precision, stable output | ⭐⭐⭐⭐⭐ High accuracy but high deployment cost | ⭐⭐⭐ It varies from person to person and may fluctuate greatly. |
| initial investment | 💰💰 Medium | 💰💰💰 High (including safety fence and integration) | 💰 Low, but long-term labor costs continue to grow |
| payback period | 6–10 months | 18–36 months | Unrecyclable, continuous expenditure |
| Security protection requirements | Collaborative design, coexistence of tasks | Security fence required for mandatory isolation | Personal protective equipment required |
| Suitable for production mode | Multiple varieties, small batches + large workpieces | Single variety in large quantities | Many varieties, highly dependent on technicians |
Customer Challenges and Solutions
GLS helps you easily implement automated upgrades
1.Difficulty in recruitment: machine welding cost recovery calculation provided
2.Unstable quality: laser tracking unified welding
3. Large piece processing: mobile base external shaft extension
4.Operational concerns: short training quick start
Industry application scenarios
Our Completed Industry Application Case Studies
Case 1: Steel structure manufacturing company
Problem: Welding quality is unstable.
Solution: Deploy mobile industrial collaborative robots.
Result：Efficiency increased by 28%
Repair rate reduced by 40%
Payback in 8 months
Case 2: Heavy equipment manufacturing company
Problem: Large structures are difficult to automate.
Solution: Extended wingspan + laser tracking system.
Result：Significant improvement in weld consistency
One person can manage 2 devices
Frequently Asked Questions
Normally ±0.03mm, industrially durable, and can be connected to MES systems.
The deployment can be completed in a single day, no professional programming is required, just manual teaching is enough.
An external shaft is installed to suit the processing of large steel structures.
A collaborative single robot workstation can be installed and running in 4 to 8 hours. Industrial versions typically require 1 to 3 days for mounting, wiring, and programming.
Remote + door-to-door after-sales service.
Get a free quote →
Ready to deploy your collaborative robot?
Just submit the workpiece drawings and production requirements, and our engineering department will tailor-make your collaborative robot solution, quickly match the production line, and provide an accurate quotation within 48 hours.
