CNC Laser Metal Cutter - Quality Laser Sheet Metal Cutter

Product Description

Product Description

COBOT LASER CUTTING MACHINE PROFESSIONAL CUTTING SOLUTION

High Safety: Collaborative design, reducing risks from the source.
High Flexibility: Quick model change, adaptable to various scenarios.
High Precision and Stability: Precise control, ensuring cutting quality.
Ease of Use and Low Maintenance Cost: Lowering the usage threshold, enhancing overall efficiency.
Intelligence and Expandability: Empowering future manufacturing upgrades.

Collaborative Robot-E15-Pro
Weight	60kg
Payload	15kg
Reach	1300mm
Joint range	J1, J4. J6+360° J2 +135° J3 +155° J5 +180°
Tool speed(Effective payload status)	2m/s
Repeatability(Effective payload,rated speed status)	+0.05mm
Power consumption	600W typical application
Joint speed	J1-J2 80%/s J3-J4 120°/s J5-J6 150°/s
Degree of freedom	6
End l/O port	Digital input: 3 Digital output: 3 Analog input: 2
Control box I/O port	Digital input: 16 Digital output: 16 Analog input: 2 Analog output: 2
W/O Source	24V 2A
Communication	TCP/IP ModbusTCP Profinet(Optional) Ethernet/IP(Optional)
Programming	Graphical programming remote call interface
Collaborative operation	10 advanced security configuration functions
Main material	Aluminum alloy
Working temperature	0-50°C
Power input	100-240V AC, 50-60Hz
Cable	Cable to the control box: 5m; cable to the teach pendant: 5m

Introduction to Machine

In the context of the transformation of industrial manufacturing towards intelligence and flexibility, the cutting process, as a key link in fields such as metal processing, automotive components, new energy, and kitchenware manufacturing, has raised higher requirements for the precision, safety, and flexibility of equipment. Based on its own technical accumulation in the field of industrial robots, Daqian Robotics has launched a collaborative robotic hand cutting machine. Through the deep integration of "human-machine collaboration + intelligent control", it has redefined the efficiency and safety standards of cutting operations.

Application areas:

The laser collaborative robot cutting machine combines laser precision with robotic flexibility, delivering intelligent, efficient processing solutions for high-end industrial sectors. Below are its core application scenarios:

1. Automotive Industry
 
Body-in-White Processing: Performs precise cutting and trimming of automotive body frames (including complex curved structures) with clean, burr-free edges. It adapts to steel and aluminum alloys, supporting flexible small-batch production lines.
Wheel Hub & Chassis Parts: Cuts lightweight alloy wheel hubs and chassis components, achieving tight dimensional tolerances and smooth surface finishes critical for vehicle safety and performance.
Powertrain Components: Handles precision cutting of engine parts (e.g., cylinder heads, exhaust manifolds) using non-contact laser technology, avoiding material deformation and preserving the integrity of high-temperature-resistant alloys.
 
 
 
2. Aerospace Industry
 
Aero-Engine Components: Cuts complex turbine blades, engine casings, and combustion chamber parts from high-strength titanium alloys and nickel-based superalloys. Non-contact processing eliminates tool wear and maintains material mechanical properties, meeting aerospace reliability standards.
Airframe & Structural Parts: Processes lightweight aerospace aluminum and composite components (e.g., fuselage panels, wing ribs). The collaborative robot's 6-axis movement reaches complex, hard-to-access areas, ensuring precise cuts for aerodynamic efficiency.
Engine Finishing: Supports post-processing of assembled engine modules, including precision trimming and edge finishing, to meet strict aerospace quality control requirements.
 
 
 
Core Advantages
 
Flexibility: 6-axis robotic movement handles complex, irregular components that traditional fixed cutters cannot process.
Precision: Non-contact laser cutting delivers micron-level accuracy with minimal material distortion.
Safety: Designed to work alongside human operators without safety barriers, enabling collaborative production.
Versatility: Processes a wide range of industrial materials, from automotive steel/aluminum to aerospace superalloys.
 

Common Q&A Summaries

Q1: What is the power of the desktop jewelry laser spot welder, and can it weld gold and silver without painting?
A1: It has 200W high power and can weld gold and silver without painting.

Q2: What cooling method does the jewelry laser spot welder adopt, and does it have intelligent temperature control?
A2: It adopts air cooling with water circulation and is equipped with intelligent temperature control.

Q3: What vision systems does the desktop jewelry laser spot welder have?
A3: It has dual vision systems: a 10-inch display and a microscope for precise alignment.

Q4: Can the jewelry laser spot welder work continuously for gold and silver welding?
A4: Yes, it can work continuously for 24 hours for gold and silver welding.

Q5: What are the operation advantages of the CCD and microscope?
A5: They are simple in design and easy to operate.

Q6: What is the maximum laser pulse energy, and its advantage in precision welding?
A6: Maximum laser pulse energy is 140J; small point pulse meets precision welding needs.

Q7: What are the size and weight of the desktop jewelry laser spot welder?
A7: It is compact and weighs 45kg, easy to take and ship.

Q8: What materials and fields is it applicable to?
A8: Applicable to jewelry manufacturing/repair, eyewear, denture, small auto parts welding, etc.; works on gold, silver, platinum and other materials.