Laser Cutting Machine
TE-Series Fibre Laser
Full Enclosure Fibre Laser Cutting Machine with Exchange Table
Compact and efficient fiber laser cutting solution designed for accurate sheet metal processing in modern manufacturing environments.

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    Key Features

  • High precision cutting performance
  • Robust welded steel structure
  • Stress relieved stable machine frame
  • Aviation grade aluminium gantry
  • High performance servo motors
  • High speed EtherCAT communication
  • Advanced material nesting capability
  • Smart cutting path optimization
  • Real time machine monitoring
  • Compact and efficient machine design

    Key Applications

  • Sheet metal fabrication and general engineering
  • Precision component manufacturing
  • Electrical panels and enclosures
  • Elevator and sheet metal structures
  • Kitchen equipment and stainless steel fabrication
  • Automotive sheet metal parts
  • Industrial job work and fabrication units

Overview

The A Series Fiber Laser Cutting Machine is designed for manufacturers seeking an economical yet high precision solution for sheet metal processing.

Built with a robust mechanical structure and advanced control system, the machine delivers consistent cutting performance with excellent accuracy across a wide range of materials and thicknesses.

Its compact design, efficient operation, and reliable performance make it ideal for fabrication units focused on productivity and cost efficiency.

Product Description

High Precision Cutting Performance

The A Series is engineered to deliver accurate and consistent cutting results, making it suitable for precision sheet metal applications across various industries.

Robust and Stable Machine Structure

Constructed using a welded steel frame that is stress relieved to eliminate internal deformation, the machine ensures long-term structural stability, reduced vibration, and reliable performance.

Advanced Motion & Servo System

High performance servo motors enable smooth motion control, improved cutting quality, and optimized energy efficiency during operation.

High-Speed Communication System

Equipped with EtherCAT communication, the system ensures fast data transmission, quick response, and stable machine performance.

Optimized Cutting & Material Utilization

Advanced nesting software and smart path optimization reduce material wastage while improving cutting efficiency and productivity.

Cost-Effective Processing Solution

With high pressure air cutting capability and low maintenance requirements, the machine offers an economical solution without compromising on cutting quality.

Technical Specifications

Specification Option 1 Option 2 Option 3 Option 4 Option 5
Model TE3015 TE4020 TE6525 TE8020 TE12025
Laser Power 3KW – 6KW 3KW – 6KW 3KW – 6KW 6KW – 12KW 6KW – 30KW
Max Sheet Cutting Range 3000 Γ— 1500 mm 4000 Γ— 2000 mm 6500 Γ— 2500 mm 8000 Γ— 2000 mm 12000 Γ— 2500 mm
Sheet Processing Range 3050 Γ— 1550 mm 4050 Γ— 2050 mm 6550 Γ— 2550 mm 8050 Γ— 2050 mm 12050 Γ— 2550 mm
Positioning Accuracy Β±0.05 mm/m Β±0.05 mm/m Β±0.05 mm/m Β±0.05 mm/m Β±0.05 mm/m

Frequently Asked Questions

Everything you need to know about the A Series Fiber Laser Cutting Machine

1. What is the TE Series Fiber Laser Cutting Machine used for

The TE Series Fiber Laser Cutting Machine is designed for high volume sheet metal cutting where speed, safety, and continuous production are critical. It is widely used in automotive, heavy fabrication, electrical panels, and large scale industrial manufacturing.

2. What makes the TE Series different from standard laser cutting machines

The TE Series stands out with its fully enclosed design and dual exchange table, allowing continuous cutting while loading and unloading happens simultaneously. This significantly improves productivity, safety, and overall efficiency.

3. Is the TE Series suitable for high production environments

Yes, the TE Series is built specifically for continuous production. The exchange table system and enclosed structure make it ideal for job work industries, OEM manufacturers, and large fabrication units running multiple shifts.

4. What materials can the TE Series cut

The TE Series can efficiently cut a wide range of metals including mild steel, stainless steel, aluminium, brass, copper, and galvanized iron using oxygen, nitrogen, or air depending on the application.

5. What is the maximum laser power available in the TE Series

The TE Series supports laser power from 3 kW up to 30 kW, depending on the model. Higher models like TE12025 are designed for heavy duty applications requiring higher thickness cutting and faster production speeds.

6. How do I choose the right laser power for my application

Choosing the right power depends on material thickness and production needs:

  • 3 kW to 4 kW is best for thin sheets and precision cutting, handling mild steel up to 20 to 22 mm, stainless steel up to 10 mm, and aluminium up to 8 to 10 mm
  • 6 kW is ideal for medium thickness fabrication, capable of cutting mild steel up to 25 mm, stainless steel up to 16 mm, and aluminium up to 16 mm
  • 8 kW to 12 kW is suitable for heavy fabrication and faster cutting, supporting mild steel up to 28 to 40 mm, stainless steel up to 20 to 30 mm, and aluminium up to 20 to 30 mm
  • 15 kW to 30 kW is designed for ultra heavy industrial cutting, capable of processing mild steel up to 45 to 60 mm, stainless steel up to 32 to 40 mm, and aluminium up to 32 to 40 mm

Selecting the correct power ensures better cutting quality, improved productivity, and optimized operating cost.

7. What is the maximum cutting thickness of the TE Series

Depending on the selected laser power, the TE Series can cut mild steel up to 60 mm, stainless steel up to 40 mm, aluminium up to 40 mm, brass up to 35 mm, and copper up to 22 mm. This makes it suitable for both medium and heavy duty industrial applications.

8. How accurate is the TE Series Fiber Laser Cutting Machine

The TE Series offers positioning accuracy of Β±0.05 mm per meter, ensuring high precision, repeatability, and consistent cutting quality even in high speed production environments.

9. How does the exchange table improve productivity

The dual exchange table allows one sheet to be cut while another is being loaded or unloaded. This reduces idle time, increases machine utilization, and significantly boosts overall production output.

10. Is the TE Series energy efficient and cost effective

Yes, despite its high power capability, the TE Series is designed for optimized energy usage. Combined with faster cutting speed, reduced downtime, and minimal maintenance, it delivers a strong return on investment for high volume production setups.

Need Help Choosing the Right Machine?

Our comprehensive buying guide covers everything you need to know about 5-axis laser cutting machines, power selection, applications, and more.

Get in Touch

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Global Technology Partners

Tailift Group

Eckert Cutting Technology

FANUC India