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STANDARD LZE High Performance Enclosed Fiber Laser Cutting Machines - STANDARD Machine Tools

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STANDARD LZE Enclosed Fiber Laser Cutting Machine - High-performance industrial cutting
High-performance laser cutting machine - Precision engineering for professional results

STANDARD LZE Enclosed Fiber Laser Cutters with Exchange Table

$56,815 - $156,373

--- 3 Years Warranty ---

Machines are built on order,delivery is 45~75days, Shipped Worldwide - Prices include freight to your nearest sea port

*Excludes Local Taxes*
Description

The STANDARD LZE Enclosed Fiber Laser Cutters with exchange tables represent the pinnacle of cutting technology for industrial metal applications. These advanced machines utilize fiber laser technology, which provides high efficiency, precision, and versatility. Designed to cater to various industries, including automotive, aerospace, and metal fabrication, these machines are perfect for cutting metal sheets and plates of diverse types and thicknesses.

Key Features

  • Enclosed Design: The fully enclosed structure ensures operator safety by protecting against the intense laser beam while keeping the internal environment clean and dust-free.
  • Efficient Exchange Table: The fast exchange system allows for quick and easy replacement of materials, taking only 12 seconds to swap out the table, significantly enhancing productivity.
  • High Precision: With cutting tolerances of 0.02 mm, these machines are engineered for high-quality results, ensuring precise cuts across various materials.
  • Broad Cutting Capacity: Powered by Raycus or IPG laser sources, our machines can cut almost every type and thickness of metal plate, ranging from 1,000 to 12,000 watts.
  • User-Friendly Control: Equipped with the CypCut controller, the machines offer a powerful, intuitive PC-based CNC control system that simplifies operation and enhances productivity.
  • Robust Construction: The high-stability fabricated frame is designed to minimize vibration and effectively manage cutting forces, ensuring smooth operation and maintaining cut quality.


Performance Benefits

  • High Motion Dynamics and Positioning Accuracy: Designed for exceptional performance, ensuring precise cuts and efficient operation.
  • Lower Operation Costs: More efficient than traditional CO₂ lasers, resulting in reduced operational expenses.
  • Safety and Environmental Compliance: Our machines meet contemporary safety standards, providing peace of mind for operators and businesses alike.


Applications

The STANDARD LZE Enclosed Fiber Laser Cutters are perfect for:

  • Metal Fabrication: Delivering high-speed, precise cutting for a wide range of metal types.
  • Automotive and Aerospace Industries: Meeting the rigorous demands for precision and reliability.
  • General Manufacturing: Providing an effective solution for diverse cutting applications.
Specifications 

Model

Cutting Capacity (mm)

Laser Power (kW)

Max Cutting Speed (m/min)

Positioning Accuracy (mm)

Max Sheet Thickness (mm)

Exchange Table Time (s)

Dimensions (L×W×H) (mm)

LZE-1500x3000

1500x 3000

1 - 12 kW

120

±0.02

0.5 - 40

25

8500×3000×2500

LZE-1500x6000

1500x6000

1 - 12 kW

120

±0.02

0.5 - 40

25

13500×3000×2500

LZE-2000x4000

2000x4000

1 - 12 kW

120

±0.02

0.5 - 40

25

10500×3500×2500

LZE-2000x6000

2000x6000

1 - 12 kW

120

±0.02

0.5 - 40

25

14500×3500×2500

LZE-2500x5000

2500x5000

2 - 12 kW

120

±0.02

0.5 - 50

25

12000×4000×2500

LZE-3000x6000

3000x6000

2 - 12 kW

120

±0.02

0.5 - 50

25

15000×4500×2500

LZE-3000x9000

3000x9000

2 - 12 kW

120

±0.02

0.5 - 50

25

20000×4500×2500
Cutting chart

Here's a cutting chart for fiber lasers with various watt capacities, providing relevant cutting information for steel, copper, and aluminum:

Laser Power (W)

Material

Max Thickness (mm)

Cutting Speed (m/min)

Recommended Gas

500 Watts

Steel

6

2 - 3

Oxygen

Copper

3

1 - 2

Nitrogen

Aluminum

4

3 - 4

Nitrogen

1000 Watts

Steel

10

3 - 5

Oxygen

Copper

5

2 - 3

Nitrogen

Aluminum

6

4 - 6

Nitrogen

1500 Watts

Steel

12

4 - 7

Oxygen

Copper

8

3 - 4

Nitrogen

Aluminum

10

5 - 8

Nitrogen

2000 Watts

Steel

15

5 - 10

Oxygen

Copper

10

4 - 6

Nitrogen

Aluminum

12

7 - 10

Nitrogen

3000 Watts

Steel

20

8 - 12

Oxygen

Copper

12

5 - 8

Nitrogen

Aluminum

15

10 - 15

Nitrogen

4000 Watts

Steel

25

10 - 15

Oxygen

Copper

15

6 - 10

Nitrogen

Aluminum

20

15 - 20

Nitrogen

5000 Watts

Steel

30

12 - 20

Oxygen

Copper

20

8 - 12

Nitrogen

Aluminum

25

20 - 25

Nitrogen

6000 Watts

Steel

35

15 - 25

Oxygen

Copper

25

10 - 15

Nitrogen

Aluminum

30

25 - 30

Nitrogen

8000 Watts

Steel

40

20 - 30

Oxygen

Copper

30

15 - 20

Nitrogen

Aluminum

35

30 - 35

Nitrogen

12000 Watts

Steel

50

25 - 40

Oxygen

Copper

40

20 - 30

Nitrogen

Aluminum

45

35 - 45

Nitrogen

 

Component List

Our fiber laser cutters are built with globally recognized, high-quality components, including:

 

CypCut Control Information

CypCut is a powerful software designed for laser cutting machines with fiber lasers for cutting through both sheet and tube metals like stainless steel, aluminum, carbon steel, copper, gold, silver etc.

The system is an easy to use cutting control, integrated CAD, CAM and Nesting software. Everything you need to get started.

The Best way to learn CypCut is to use it, Install it on your PC and use the below links to get started.

Warranty
  • 3 Years warranty on machine.
    • Part replacement of failed components not related to wear and tear, incorrect use or accidental damage.
  • 2 Years on the Laser source and related components
Delivery

This Product is Built On Order Only.

Deliver is 8-12 Weeks from Deposit

 

How to Use an Enclosed Fiber Laser Cutter with Exchange Table
Using an enclosed fiber laser cutter with an exchange table can significantly enhance your metal cutting capabilities.

 

This instructional guide will walk you through the essential steps for operating the machine safely and effectively.

Safety Precautions

Before operating the fiber laser cutter, please ensure you follow these safety precautions:

  • Wear Personal Protective Equipment (PPE): Always wear appropriate safety glasses, gloves, and hearing protection.
  • Ensure Area is Clear: Keep the work area free of clutter and ensure no unauthorized personnel are present during operation.
  • Review Safety Features: Familiarize yourself with emergency stop buttons and safety interlocks.
Setup Process
  1. Power On the Machine
    • Locate the main power switch, usually located on the machine control panel.
    • Press the switch to turn on the machine and wait for the system to initialize.
  2. Load Material onto the Exchange Table
    • Open the exchange table cover carefully to access the material pallets.
    • Select the appropriate pallet for your cutting job and place the metal sheet onto it, ensuring it is flat and secured.
    • If using a multi-part table, load the materials onto the designated pallets before starting the cutting process.
  3. Select Cutting Parameters
    • Access the CypCut control system on the machine's control panel.
    • Use the interface to select the material type, thickness, and laser power settings. If unsure, refer to the cutting chart for guidance.
    • Input the desired cutting speed and other parameters as necessary
  4. Set Up the Laser Head
    • Check the Raytools laser head to ensure it is clean and properly positioned.
    • Adjust the height of the laser head if necessary, using the capacitive height control feature, ensuring it is set according to the thickness of the material being cut.
  5. Perform a Test Cut
    • Before starting the full cut, consider performing a test cut on a scrap piece of the same material to ensure settings are correct.
    • Monitor the cutting process and make any necessary adjustments
  6. Start the Cutting Process
    • Once satisfied with the test cut, load the correct program for your part using the CypCut controller.
    • Press the Start button to initiate the cutting process.
    • Monitor the operation on the display, ensuring the machine is functioning correctly.

Using the Exchange Table


  1. Swap Out Pallets
    • While the machine is cutting, you can prepare the next piece of material on a different pallet.
    • Once the cutting is complete, wait for the machine to finish before opening the exchange table cover.
  2. Exchange Tables
    • Use the fast exchange system to quickly swap out the finished pallet with a new one.
    • Ensure the new pallet is securely in place before closing the cover.

Maintenance

  1. Post-Operation Cleaning
    • After each cutting session, clean the laser head and check for any debris around the cutting area.
    • Remove any slag or residue from the table and pallets to ensure the next cut is clean and precise.
  2. Regular Checks
    • Regularly inspect all components, including the laser source, transmission systems, and cooling system.
    • Schedule maintenance checks according to the manufacturer’s recommendations to keep the machine in optimal condition.

Emergency Procedures

  • Emergency Stop
    • Familiarize yourself with the location of the emergency stop button.
    • In case of an emergency, immediately press the button to halt all operations.
  2. Reporting Issues
    1. If you encounter any mechanical or operational issues, report them to your supervisor or technician immediately.
*Information shown may differ or change without warning*

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