VS-MAX SERIES Large-Format Single Platform Fiber Laser Sheet Cutting Machine

VS-MAX SERIES Large-Format Single Platform Fiber Laser Sheet Cutting Machine Specification

Working Area
Large Format Single Table

Phase
Three Phase

Usage & Applications
Metal Sheet Cutting Applications in Manufacturing, Automotive, Construction, Aerospace, Appliance, Metal Fabrication

Power
1000W - 20000W (Configurable by Requirement)

Technology
Fiber Laser Cutting Technology

Product Type
Sheet Cutting Machine

Laser Type
Fiber Laser

Material
Carbon Steel, Stainless Steel, Aluminum, Brass, Copper, Galvanized Sheet, and More

Cutting Thickness
0.5 mm - 30 mm (Material Dependent)

Cutting Area
3000 mm x 1500 mm / 4000 mm x 2000 mm / Custom Sizes Available

Cutting Speed
0 - 120 m/min (Depending on Material and Power)

CNC Or Not
Yes

Computerized
Yes

Automatic Grade
Automatic

Cooling Mode
Water Cooling

Control Software
CypCut / FSCUT / Other Proprietary Software

Graphic Format Supported
AI, PLT, DXF, BMP, Dst, Dwg, LAS, DXP

Control System
CNC Control System

Voltage
380V/50Hz (Customizable)

Weight (kg)
7000 - 12000 kg (According to Model)

Dimension (L*W*H)
Approx. 8600 mm x 2600 mm x 2200 mm (Varies by model)

Capacity
24 Hours Continuous Working

Feature
High Precision, Fast Cutting, Low Maintenance, Energy Saving

Color
Industrial Grey / Black / Customizable

Interface Type
USB/Ethernet

Dust Extraction
Equipped/Fume Extraction System

Focus Mode
Auto/Manual

Safety System
Enclosed Protective Cover (Optional), Emergency Stop

Position Accuracy
0.03 mm

Optional Accessories
Automatic Loading/Unloading System

Table Type
Single Platform

Laser Source Brand
Raycus/IPG/MAX Photonics (optional)

Operating Temperature
0C-40C

Noise Level
<75 dB

Drive System
Dual Servo Motor, Rack & Pinion

Auxiliary Gas
Oxygen, Nitrogen, Air

Software Compatibility
Compatible with most CAD/CAM Drawing Software

Blade Support
Available

Repeat Positioning Accuracy
0.02 mm

Working Humidity
5% - 85%

Operator Panel
Touch Screen Interface

Machine Structure
Heavy Duty Welded Frame

Max Acceleration
1.2G

About VS-MAX SERIES Large-Format Single Platform Fiber Laser Sheet Cutting Machine

	VS-6025MAX	VS-8025MAX	VS-12025MAX	VS-13030MAX	VS-14032MAX
Max. material width (mm)	6000x2500 20x8ft bevel cutting 5200x1700 17x6ft	8000x2500 26x8ft bevel cutting 7200x1700 24x6ft	12000x2500 40x8ft bevel cutting 11200x1700 37x6ft	13000x3000 43x10ft bevel cutting 12200x2200 40x7ft	14000x3200 46x11ft bevel cutting 13200x2400 43x8ft
X axis travel (mm)	2530 / 8ft	2530 / 8ft	2530 / 8ft	3030 / 10ft	3230 / 11ft
Y axis travel (mm)	6050 / 20ft	8050 / 26ft	12050 / 40ft	13050 / 43ft	14050 / 46ft
Z axis travel (mm)	120 / 4.7in	120 / 4.7in	120 / 4.7in	120 / 4.7in	120 / 4.7in
X/Y positioning accuracy	0.03mm/m / 0.00118in/39.4in	0.03mm/m / 0.00118in/39.4in	0.03mm/m / 0.00118in/39.4in	0.03mm/m / 0.00118in/39.4in	0.03mm/m / 0.00118in/39.4in
X/Y repeat positioning accuracy	0.02mm / 0.00079in	0.02mm / 0.00079in	0.02mm / 0.00079in	0.02mm / 0.00079in	0.02mm / 0.00079in
Max. synthetic positioning speed	140m/min / 460ft/min	140m/min / 460ft/min	140m/min / 460ft/min	140m/min / 460ft/min	140m/min / 460ft/min
Max. acceleration	1.5G	1.5G	1.5G	1.5G	1.5G
Incision roughness	0.1mm-0.5mm / 0.0039in-0.0197in	0.1mm-0.5mm / 0.0039in-0.0197in	0.1mm-0.5mm / 0.0039in-0.0197in	0.1mm-0.5mm / 0.0039in-0.0197in	0.1mm-0.5mm / 0.0039in-0.0197in
Min. setting unit	0.001mm / 0.00003937in	0.001mm / 0.00003937in	0.001mm / 0.00003937in	0.001mm / 0.00003937in	0.001mm / 0.00003937in
Floor area of machine tool (mm)	93005500 3118ft	113005500 3718ft	160005500 5218ft	170006000 5620ft	180006500 5921ft
Host volume (mm)	880036501900 29126ft	1080036501900 35126ft	1560036501900 51126ft	1640042501900 54146ft	1770045001900 58156ft
CNC system	FSCUToptinal Glorystar system	FSCUToptinal Glorystar system	FSCUToptinal Glorystar system	FSCUToptinal Glorystar system	FSCUToptinal Glorystar system
Monitor	27" LCD	27" LCD	27" LCD	27" LCD	27" LCD
Max. load-bearing capacity of worktable (tons)	10 / 22046lbs	13 / 28660lbs	19 / 41888lbs	25 / 55116lbs	25 / 55116lbs
Total installed power consumption	100KVA	100KVA	100KVA	100KVA	100KVA
Total installed power consumption	150KVA	150KVA	150KVA	150KVA	150KVA
Total installed power consumption	200KVA	200KVA	200KVA	200KVA	200KVA
Total installed power consumption	300KVA	300KVA	300KVA	300KVA	300KVA
Total installed power consumption	400KVA	400KVA	400KVA	400KVA	400KVA
Power requirements	AC380V , 50Hz ; 3P+N+PE	AC380V , 50Hz ; 3P+N+PE	AC380V , 50Hz ; 3P+N+PE	AC380V , 50Hz ; 3P+N+PE	AC380V , 50Hz ; 3P+N+PE

Unmatched Precision and Versatility

With a finely tuned CNC control system and high-end fiber laser technology, the VS-MAX SERIES ensures cutting tolerances within 0.03 mm. This makes it ideal for intricate designs and consistent results on metals like stainless steel, copper, and aluminum. The motion systems repeat positioning accuracy supports efficient batch production and demands for superior finish across a spectrum of applications.

Robust Construction for Demanding Environments

Designed with a heavy-duty welded frame and available in large-format single-table configurations, the VS-MAX SERIES is perfect for factories requiring reliable, continuous performance. The table structure supports 24/7 operation, while water-cooling maintains optimal performance even during extended use in industrial settings.

Operator-Friendly and Safe

This fiber laser cutting machine boasts a touch screen interface and a user-friendly operation panel. Safety is prioritized with an optional enclosed protective cover, emergency stop, and an efficient fume extraction system. The machine supports a quiet work environment (<75 dB) and offers automatic loading/unloading options for further ease of use.

FAQs of VS-MAX SERIES Large-Format Single Platform Fiber Laser Sheet Cutting Machine:

Q: How does the VS-MAX SERIES Fiber Laser Sheet Cutting Machine ensure high-precision cutting?

A: The machine achieves high-precision cutting through advanced CNC control, dual servo motor drive with rack & pinion mechanics, and a robust welded frame. Its positioning accuracy is 0.03 mm, and repeatability is 0.02 mm, delivering consistent and reliable results across different metal sheets.

Q: What materials and thicknesses can this fiber laser machine handle?

A: The VS-MAX SERIES can cut a variety of metals, including carbon steel, stainless steel, aluminum, brass, copper, galvanized sheet, and more. It supports material thicknesses ranging from 0.5 mm to 30 mm, depending on the material and configured laser power.

Q: When should I use auxiliary gases like oxygen, nitrogen, or air during cutting?

A: Auxiliary gases are selected based on the material and desired cutting quality. Oxygen enhances cutting speed and is commonly used for carbon steel. Nitrogen is used for stainless steel and aluminum to prevent oxidation. Compressed air is suitable for some metals and cost-effective applications.

Q: Where can the VS-MAX SERIES machine be installed and operated?

A: This machine is suitable for installation in factories or workshops with proper ventilation and power supply (380V/50Hz, three phase). It operates reliably in environments with 5% to 85% humidity and temperatures between 0C and 40C.

Q: What is the process for loading and unloading metal sheets?

A: Operators can manually load and unload sheets on the single platform or opt for the automatic loading/unloading system, which boosts productivity, reduces labor, and streamlines the cutting workflow in busy manufacturing settings.

Q: How is user safety addressed while operating the machine?

A: Safety features include an optional enclosed protective cover to isolate the cutting area, a prominent emergency stop, a touch screen interface for controlling operations, and a robust dust and fume extraction system to maintain a safe working environment.

Q: What are the primary benefits of using the VS-MAX SERIES Fiber Laser Cutting Machine?

A: Users benefit from high cutting precision, fast processing speeds (up to 120 m/min), low maintenance needs, energy efficiency, and broad material compatibility, facilitating efficient operations in automotive, aerospace, appliance production, and construction industries.

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