BULL V Series Large Format Fiber Laser Cutting Machine Manufacturer

BULL V Series Large Format Fiber Laser Cutting Machine

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Sheet metal laser cutter for processing various metal materials

Our BULL V Series (12-60kW) large format fiber laser cutting machine boasts cutting-edge technology to ensure exceptional precision and performance. Features include an ultra-long ground rail and an expansive working area for exceptionally large materials. The system boasts a variety of enhancements, such as a modular worktable with tooth plate design, a segmented dust collection system, and comprehensive motion and laser safety measures. Cutting head rotation is precisely managed by our high-accuracy servo motor and drive system. This series is an optimal choice for industries like aerospace, automotive manufacturing, and shipbuilding, offering efficient and reliable cutting solutions tailored to meet demanding production needs.

Laser power12,000W-60,000W (optional)
Working area (L×W)12000×3000mm-40000×4500mm (customizable)
Applicable materialsLow carbon steel, stainless steel, aluminum magnesium alloy, titanium alloy, high temperature alloy, etc.

Laser SystemLaser Cut Samples

Applications of Laser Cutting

As a leader in the Chinese laser industry, PENTA LASER specializes in the design and manufacture of high performance laser machines for a wide range of industries, including automotive, shipbuilding, agricultural machinery. Contact with us for a full custom laser engineering solution.

Shipbuilding
Automotive
Railcar
Elevator
Oil Equipment
Kitchenware & Kitchen Appliances
Enclosure
Agricultural Machinery

Features

Ultra-Wide Dynamic Motion Technology: Employs a high-stiffness, lightweight beam alongside a zero-backlash mechanism, with a width error compensation feature enhancing cutting precision and an advanced laser head lifting mechanism for superior cutting performance.
Ultra-Long Format Extension Technology: Features a follower device that automatically optimize the laser head's positioning and focus relative to the motion axis and variations during operation.
Enhanced Safety Features: Includes a safety light curtain for increased operator protection during operation.
Streamlined Disassembly and Transportation: Designed for easy disassembly and transport, the beam assembly and ground rail rear are released as a unit, ensuring accuracy, safety, and efficiency.
Innovative COMPACT Bevel Structure: Integrates a compact design with multi-axis control for minimal footprint, automatic calibration technology, and an expert team supporting the advanced bevel cutting technology.

Technical Specifications

Laser power	12,000W-60,000W (optional)
Working area (L×W)	12000×3000mm-40000×4500mm (customizable)
Maximum acceleration	0.8G-1.1G (depending on machine model)
Mechanical repeatability	X: 0.07-0.14mm Y: 0.03-0.5mm
Dimensions (L×W×H)	12000×16000×3500mm (depending on working area)
Bevel cutting function	Optional

Configurations

RTCP Calibration
The rotation of the cutting head, powered by Penta's advanced high-precision servo motor and drive system, includes an RTCP calibration function for enhanced accuracy.

Split Base Bed
Features an extendable extra-long bed, accommodating a variety of large-format material processing needs.

Partition Dust Collection
Activates in tandem with the cutting trajectory to minimize dust emissions in large-format production environments. It can be integrated with an automatic slag removal device for efficient cleanup.

What is non-contact cutting in sheet metal processing?

Non-contact cutting describes a process where the cutting tool (in this case, a laser) does not physically touch the material it is cutting. This contrasts with traditional mechanical cutting methods that apply direct force to the material, potentially causing stress and deformation.

What are the advantages of non-contact laser cutting?

Non-contact laser cutting presents numerous benefits, including reduced material wastage and the assurance of consistent cutting quality. The absence of physical contact between the cutting head and material leads to more precise and refined cutting outcomes, elevating the standard of finished products.