Laser 3D Cutting Robot Fiber Laser Head Precise Metal Machine

Product Description

Laser 3D Cutting Robot Fiber Laser Head Precise Metal
Laser 3D Cutting Robot Fiber Laser Head Precise Metal Machine
Laser 3D Cutting Robot Precise Metal Machine Detail 1 Laser 3D Cutting Robot Precise Metal Machine Detail 2
Innovative Multi-Dimensional Processing Solution
3D robotic laser cutting machine with fiber laser source is equipped with industrial robot for flexible 3D dynamic metal cutting of multi-dimensional and multi-angle.
The 3D metal laser cutter with robotic arm is widely used in 3D curved metal parts, metal tubes, auto parts, kitchenware, electronic components. Now the best 3D laser cutting machine for sale at affordable price.
Product Advantages
1
Automatic Cutting Method
Integrating with Swedish robotic arm technologies realizes automatic and flexible cutting, greatly reducing human error and improving cutting efficiency. The highly-functional robot arm provides flexible 6-axis movement with an impressive reach up to 1.44m.
2
Flexible Cutting & Easy Operation
Adopting fiber transmission cutting methods makes the overall system more versatile, allowing for seamless remote distance cutting configurations.
3
Non-Contact Cutting
Delivers minimal stress and working force to the surface of workpieces, ensuring parts stay in pristine shape with optimal cutting edge qualities.
4
Large Volume Processing
Perfectly engineered for cutting and handling large bulk workpieces, delivering consistent industrial-grade performance.
5
Cost Efficiency
Utilizes ND:YAG laser working medium matching highly optimized systems to maintain a highly affordable entry price compared to standard industrial configurations.
6
Little Maintenance Required
Minimal wear parts design ensures that maintenance overhead is low, needing only minor periodic changes of fast-wearing parts.
7
Powerful Computer System
Precise spot cutting programming allows the machine to weld and cut seams, straight lines, arc lines, and circles. 5-axis capability caters perfectly to automobile and aerospace aviation applications.
Packing Detail
Packing details showing precision component packaging Protective dynamic structural frame wrapping Heavy duty export crating for fiber laser heads Industrial shipment preparation and safety securing
Precise 3D Laser Cutting Head Visual Specifications
Frequently Asked Questions
Q1: What type of machine is suitable for us?
Please tell us what products, material, size, and thickness will be processed or welded, and we will advise you on the most suitable model machines. Providing product pictures is highly recommended to help us make the best choice.
Q2: If we do not know how to use the machine, can you teach us?
Yes, definitely. Our user manuals ship along with the goods. We also provide operation training videos. If you visit the manufacturing facility, technicians will offer free hands-on training until you can operate the machine comfortably. Field engineers can also be deployed to your country for training, installation, and adjustments.
Q3: How about the delivery time?
For standard machines, the lead time is generally 3-5 days. Regarding customized machine requirements, we will need to confirm with the technical engineers to give a precise timeline.
Q4: How about the warranty terms?
Our laser processing machinery comes with a 12-month warranty. Simply send back any faulty parts and we will replace them. We highly recommend purchasing an extra set of spare parts with your main order to ensure continuous, uninterrupted production line operations.
Q5: What materials can this 3D robotic fiber laser machine process?
This high-precision machine is designed to work with various metals including stainless steel, carbon steel, mild steel, aluminum, brass, copper, and alloy sheets. It is ideal for curved 3D metal components and structural piping.
Q6: What makes a robotic 3D fiber laser system superior to traditional flatbed cutters?
Unlike traditional 2D systems, the 6-axis robotic system allows the laser head to dynamically track complex geometries, curved surfaces, and angled metal edges. This ensures precise, consistent cuts on complex automotive and aerospace components in a single setup.

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