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New Energy Industry Collaborative Robot Solutions
As a collaborative robot manufacturer focusing on the field of new energy, we take light collaborative robots as the core, covering all scenarios of welding, handling, palletizing, and spraying, to help your production line reduce costs and increase efficiency by more than 30%.
Making new energy manufacturing more efficient and stable
High precision · High stability · Multi-load flexible adaptation · Fast turnaround
1. ISO 10218 certified for safety, no quarantine for collaborative work with workers
2. Drag teaching + graphical programming to complete production line switching in 30 minutes
3. ± 0.02 mm to meet the precision assembly needs of cells and modules
4.Welding/handling/palletizing/spraying, complete delivery by one manufacturer
Why did NEV factories choose our collaborative robots?
The new energy plant is difficult to recruit, the product change is fast, the workshop is small, and the collaborative robots do not need fencing, are good at work, work steadily, and save time and money.
High-precision positioning control
Repeat positioning accuracy ± 0.02 mm to meet cell assembly requirements
Clean environment adaptation
Suitable for dust-free workshop environment to reduce the risk of pollution
Rapid integration capabilities
Support the docking of the vision system with the inspection equipment
Overview of collaborative robots in the new energy industry
- The new energy industry has extremely high requirements for automation accuracy and safety
- As a professional collaborative robot manufacturer, we use lightweight collaborative robots as our core products, which are specially designed for core scenarios such as battery manufacturing, module assembly, Pack welding and finished product palletizing. With ± 0.02 mm repetitive positioning accuracy and IP67 protection level, we can operate safely and stably in a small, dusty new energy workshop
- No need to fence, drag tutorials to get started, help your factory quickly achieve “machine substitution”, significantly reduce labor costs and defective rates.
Lightweight Collaborative Robotics Product Line - Covering the full spectrum of new energy sources
1.New Energy Welding Light Collaborative Robot
- Battery Industry Welding Dedicated Collaboration Workstation
- ± 0.02 mm high precision, uniform weld
- Compatible with mainstream welders out of the box
2. New Energy Handling Lightweight Collaborative Robots
- Lightweight Collaborative Handling Robot
- Suitable for loading and unloading of batteries/modules/machine tools
- 25kg load, 8s/beat, can link AGV
3. New Energy Palletizing Light Collaborative Robot
- Palletizing Workstation for Battery Pack
- Arm Extension 1800mm for 1.2m pallet up to 2.2m
- The perimeter fence covers an area of 1.5 ㎡ and can be linked with AGV
Lightweight collaborative robots allow the yield of new energy welding to exceed 99%
The weld is uniform and stable, and the production capacity is increased by 2 times.
Lightweight collaborative robots can be flexibly deployed in new energy workshops
- Mobile Lightweight Collaborative Robots
- 1.5 ㎡ area, no fence, 30 minutes to change lines
- Multi-purpose to reduce automation costs
Professional collaborative robot manufacturers, preferred for new energy production lines
- One top two people, 7 × 24 hours of work
- The annual provincial labor exceeds 150,000, and the return of capital in 8-12 months
GLS collaborative robot parameter comparison table
GLS collaborative robot is a high-precision, high-flexibility and high-efficiency solution for industrial automation.
| Scenario | Recommended models | Key Parameters | Core Values | Adaptation Certification |
| Cell assembly/loading/unloading | Handling collaborative robots | Load 6-12kg, accuracy ± 0.02 mm | 40% faster beats, less damage | ISO 10218 |
| Module busbar welding | Welding Collaborative Robots | Accuracy ± 0.02 mm, support laser welding/MIG welding | Yield ≥ 99.5% | CE/AWS |
| Battery Pack Palletizing | Stacking Collaborative Robots | Load 25kg, arm span 1800mm | Replace 2 workers, run 24h | ISO 10218 |
| Spraying of enclosures/parts | Explosion-Proof Spray Collaborative Robot | IP67, film error ≤ 5μm | Reduced VOC, compliant production | Ex Explosion Proof Certification |
| Module Test Transportation | Handling collaborative robots | Visual grasping, smooth force control | Prevent test article damage | ISO 10218 |
| Structural part grinding deburring | Force-controlled collaborative robots | Force control accuracy ± 0.5N | Processing consistency is good, can be unattended | – |
Industry application scenarios
Core application scenarios of collaborative robots in the new energy industry
± 0.02 mm accurate positioning, single beat up to 8 seconds
Fence-free wire deployment, directly increase production capacity
Collaborative robot for battery cell assembly
Built-in lithium battery process kit, easy to learn by dragging
Yield increased from 95% to more than 99.5%
Module busbar welding station
Customer Reviews
Sincere feedback and authentic evaluations from our trusted cooperative partners.
After the introduction of collaborative robots in the module production line, President Zhang (Jiangsu Power Battery Enterprise) achieved 24-hour continuous production, reduced 4 labor, increased production capacity by 35%, and completed cost recovery in 9 months.
After Manager Wang (Zhejiang PV module manufacturer) deployed the automation system, the product damage rate was reduced by 40% and the delivery cycle was shortened by 20%, which significantly improved the order response capacity.
Ahmed (Middle East energy storage integrator) has successfully expanded its overseas market share by introducing a collaborative robot system to achieve a standardized assembly process and improve overall efficiency by 30%.
How to Select Cobots for New Energy Plants
Identify the pain point scenarios you most urgently need to address (welding yield? Handling injuries? Palletizers?), prioritizing the location with the highest ROI.
Select the load according to the weight of the material (including the fixture), select the arm spread according to the station coverage, and reserve a 20% margin.
IP67 + explosion-proof certification must be required for lithium batteries and spraying workshops to avoid post-compliance rectification costs.
Confirm whether the manufacturer can provide localized commissioning and rapid spare parts, which directly affects the risk of downtime of your production line.
Frequently Asked Questions
IP67 dustproof waterproof + explosion-proof certification, drying room can be customized low dust version
Drag the Tutorial + Craft Pack to get started with 2 days of training
± 0.02 mm repeatability, yield 99% +
Delivery 15-20 working days, free on-site commissioning
Routine scenario 1-2 days, complex process 3-5 days, rapid production
One machine replaces two workers, efficiency increases by 40%, annual cost savings exceeds 150,000
8-12 months principal return, free revenue calculation
Source manufacturer direct supply, price through no price difference, authoritative certification complete
Whole machine 2 years/core 3 years warranty, fast after-sales, stable operation of equipment
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.
