Welding robot equipment

Damin Laser Ushers in a New Era of Intelligent Welding,Welding Robot Equipmentis Here!

In modern manufacturing, the efficiency and precision of welding processes are crucial. Traditional welding methods are not only inefficient but also prone to inconsistent welding quality due to human factors.

Today, with the rapid advancement of technology, Damin Laser'swelding robot equipmenthas emerged, and with its outstanding performance and wide range of applications, it is gradually becoming the "new favorite" in the manufacturing industry.

1. High-Precision Welding

Damin Laser'swelding robot equipmentutilizes advanced sensor technology and high-precision control systems to achieve millimeter-level welding accuracy, ensuring uniform and aesthetically pleasing welds with highly consistent

welding quality.

2. Efficient Production 

Its welding speed far exceeds that of traditional manual welding. For example, in certain applications, thewelding robot equipmentcan achieve a welding speed of up to 20 inches per minute, while manual welding is only 2-5 inches per minute.

At the same time, through offline programming and automated operations, production preparation time and welding cycles are significantly shortened.

3. Intelligent Operation

Equipped with a user-friendly interface and an intelligent programming system, even inexperienced operators can quickly learn to use it. Additionally, Damin Laser's robotic welding equipment

some models support remote monitoring and fault diagnosis, further enhancing ease of use.

4. Welding Robot EquipmentWide Applicability:

Whether in automotive manufacturing, aerospace, shipbuilding, or industries such as construction and furniture, robotic welding equipment can easily handle various complex workpieces and welding processes.

Welding Robot Equipment Technical Specifications

Model: DM-CW1000D / DM-CW1500D / DM-CW2000D / DM-CW3000D
Brand: Damin Laser
Output Power: 1000W / 1500W / 2000W / 3000W (optional)
Laser Type: Continuous Fiber Laser (with pulse modulation function)
Operating Wavelength: 1070 nm
Power Adjustment Range: 1% - 100%
Modulation Mode: Pulse Mode
• Frequency Range: 5 - 20 kHz (adjustable)
• Pulse Width: Continuously adjustable with frequency
Power Stability: ± 0.2%
Working Medium: Ytterbium-Doped Fiber (Fiber Length: 10 m)
Beam Mode: Single Mode / Multi Mode (optional)
Fiber Interface: QBH
Design Life: ≥ 100,000 hours
Maximum Welding Depth: ≤ 5 mm (carbon steel, varies with material and power)
Processing Repeat Positioning Accuracy: ± 0.05 mm
Power Requirement: 220V ± 10% / 50Hz or 380V ± 10% / 50Hz
Total Power Consumption: ≈ 10 kW
Cooling Method: Water Cooling (built-in integrated chiller)
Control System: PC-Based Industrial Computer
Motion System: Six-Axis Industrial Robot 

Wide Applicability:

Whether in automotive manufacturing, aerospace, shipbuilding, or industries such as construction and furniture,welding robot equipmentcan easily handle various complex workpieces and welding processes.

Welding Robot EquipmentApplication Areas

Automotive Manufacturing: Used for welding key components such as car bodies, doors, and chassis, improving production efficiency and welding quality.

Electronics Industry: Suitable for the assembly and welding of precision electronic devices such as mobile phones, computers, and flat-screen TVs.

Aerospace: Used for welding critical components like aircraft structural parts and engine blades, ensuring high durability and safety.

Medical Devices: Used for welding precision instruments and medical equipment, meeting requirements for high accuracy and reliability.

Hardware and Home Appliances: In industries such as small appliances, fitness equipment, and metal furniture, laser welding robots offer significant advantages as replacements.

Construction Industry: Used for pipeline welding, floor welding, etc.

New Energy: In the welding of new energy vehicle battery modules, ensuring the reliability and safety of battery connections.

Marine Engineering: Through remote control, it can be used for welding repairs of deep-sea pipelines.

User Benefits

Cost Savings: Reduces reliance on skilled welders, lowering labor costs and training expenses.

Quality Improvement: Stable and reliable welding quality reduces defect rates and enhances overall product quality.

Shortened Lead Times: High-efficiency welding capabilities significantly accelerate production progress and shorten delivery cycles.

After-Sales Service

We at Damin Laser provide comprehensive after-sales services, including equipment installation and debugging, technical training, regular maintenance, and 24/7 online technical support, ensuring you have no worries during use.

Welding robot equipmentis a crucial step toward intelligent and efficient manufacturing. Choosing Damin Laser's robotic welding equipment means choosing efficiency, precision, and the future. Contact us now to start your intelligent welding journey!