Challenge:Traditional cutting methods result in inaccurate cutting, slow speed, material waste, and low drilling efficiency for hot air pipes.

Solution:The fully automatic laser pipe cutting machine offers high precision and efficiency, accurately cutting pipes and drilling efficiently, meeting ceramic equipment production needs.

Results:Material waste reduced by 40%. Production efficiency increased by 70%. Drilling efficiency improved by 60%. Improved cutting precision and product quality

Client Feedback:“The laser cutting machine boosted efficiency, reduced waste, and improved cutting and drilling speeds. Product quality is more stable, and customer satisfaction is higher.”

Challenge:Low efficiency and precision with traditional cutting for diverse, small-batch orders. Solution:Automated laser tube cutting system for flexible, high-speed cutting of various tube shapes. 

Results:
✅ 50% higher efficiency
✅ ±0.1mm precision, burr-free cuts
✅ Labor cut by 70%
✅ Fast changeover for diverse orders Client Feedback:“Improved quality, flexibility, and delivery speed—stronger market competitiveness.”

Challenge:High precision needed for pipe cutting, low efficiency, and material waste. 

Solution:Automated laser tube cutting system offers high precision and efficiency, reducing material waste and meeting solar equipment production needs. 

Results:Material waste reduced by 30%. Production efficiency increased by 50%. Improved cutting precision and product quality 

Customer Feedback:“The laser pipe cutting machine increased efficiency, reduced waste, stabilized precision, and improved product quality, boosting customer satisfaction.”

Challenge:Low precision, slow speed, and difficulty cutting complex shapes.

Solution:Laser pipe cutting machine offers high precision and efficiency, reducing waste and optimizing production.

Results:Improved Precision: Better frame quality. Increased Efficiency: Faster production. Enhanced Flexibility: Handles complex designs

Customer Feedback:“Improved efficiency, precision, reduced waste, and faster delivery with lower costs.”

Challenge:Inaccurate welding, slow speed, and fatigue from manual welding.

Solution:Robotic welding for precise, efficient, and safe production.

Results:40% increase in efficiency. Reduced rework and labor costs by 30%

Customer Feedback:“Robotic welding improved efficiency, precision, and safety, shortening production cycles.”

Challenge: Small parts, high precision, low efficiency, and loading/unloading difficulties.

Solution: Small-format laser cutting machine with high precision and flexible production.

Results: Improved Precision. Increased Efficiency: Due to the smaller format, loading and unloading are more convenient.

Reduced Waste: Flexible Production: Supports multi-product small-batch production.

Customer Feedback: “Improved efficiency, precision, and reduced costs.”

Challenge: Complex fuel tank cover shape; High precision requirements; Material processing challenges, low efficiency. Solution:Introduced robotic laser cutting for high precision and automation, solving precision and surface quality issues.

Results:Improved Precision: Ensures accurate dimensions. Increased Efficiency: Shortens production cycles

Better Surface Quality: Eliminates defects

Flexibility: Suitable for small batch production

Customer Feedback:“Laser cutting improved precision, efficiency, and surface quality, reducing production time and costs.”

Challenge:Uneven Coating: Manual spraying lacks uniformity.

Low Efficiency: Manual operations slow down production.

Solution:Introduced spraying robots for high-precision, automated spraying in a clean environment, ensuring uniform coatings and reducing contamination risks.

Results:Improved Precision: Uniform coatings meeting quality standards.. Increased Efficiency: Reduced production cycles and boosted efficiency.

Reduced Contamination Risk: Clean environment operation minimizes contamination.

Consistent Quality: Uniform coating quality across all products.

Customer Feedback:“Spraying robots improved precision, efficiency, and coating quality, while significantly shortening production cycles and costs.”