MK-HX 3D 5-Axis CNC H-Beam Laser Cutting Machine

Front view of the MAGICK MK-HX 3D 5-axis H-beam laser cutting machine with separate control cabinet

MK-HX 3D 5-Axis H-Beam Laser Cutting Machine for Sale

Repeated measuring, manual cutting and separate bevel preparation can slow H-beam fabrication and increase rework. The MK-HX 3D fiber laser cutting machine combines straight and bevel cutting with five-axis motion to process beam flanges and webs in one workflow. Real-time section measurement and cutting-path compensation help account for profile variations, reduce misaligned or incomplete cuts and lower cutting-head collision risk, so spends less time correcting parts before welding and assembly.

Бренд: МАГИЯ
Модель: MK-HX Series
Тип машины: 3D CNC Laser Cutter
Motion Control: 5-Axis
Workpiece: H-Beam Steel
Cutting Modes: Straight / Bevel
Measurement: Real-Time Compensation
Идеально подходит для: Structural Steel Fabrication

Straight & bevel cutting with less manual preparation

Real-time compensation to reduce cutting errors

ПОЛУЧИТЬ ЦЕНОВОЕ ПРЕДЛОЖЕНИЕ REQUEST BROCHURE

Key Advantages of the MK-HX H Beam Laser Cutting Machine

See the MK-HX H Beam Laser Cutting Machine in Action

Structural steel jobs often involve manual marking, separate cutting and repeated bevel preparation before a beam is ready for assembly. The MK-HX 3D fiber laser cutting machine brings profile cutting and weld preparation into a coordinated workflow. Designed for H-beams, I-beams, channels and T-sections, it combines five-axis motion with real-time measurement and compensation to help reduce setup work and keep structural steel orders moving.

Process H-beams, I-beams, channels and T-sections
Combine straight cutting and bevel preparation
Reduce repeated manual measuring and positioning
Prepare structural components for welding and assembly

3D Five-Axis Cutting for Beam Flanges and Webs

H-beams and I-beams have cutting surfaces in different planes, making manual torch positioning and repeated setup time-consuming. The MK-HX 3D 5-axis laser cutting machine coordinates head movement and cutting angle to follow the beam's three-dimensional geometry. This enables processing of flange and web features within a controlled CNC workflow, helping reduce manual intervention and improve consistency across repeat structural parts.

Cut openings and contours across flange and web surfaces
Follow the three-dimensional geometry of structural sections
Reduce repeated manual angle adjustment and setup
Support repeatable production of matching steel components

Angled factory view of the MK-HX H beam cutting machine with steel profiles on the bed and an operator at the CNC console

Straight and Bevel Cutting in One Workflow

Moving beams between cutting and beveling operations adds handling time and creates more chances for alignment errors. The MK-HX H beam cutting machine performs straight cuts and angled weld preparation on the same system. Coordinated toolpaths help produce consistent edge geometry and smoother cut sections, reducing separate grinding and bevel preparation so parts can move more efficiently into welding and fit-up.

Combine cut-to-length work and bevel preparation
Prepare angled edges for structural welding joints
Reduce transfers between separate processing stations
Improve part fit-up with more consistent cut edges

Full side view of the MK-HX structural steel laser cutting machine showing its long bed and gantry in the factory

Real-Time Compensation to Reduce Misaligned Cuts

Steel sections can vary from their nominal dimensions, so a fixed cutting path may not match every beam. The MK-HX 3D CNC laser cutting machine measures section dimensions in real time and compensates the cutting path for the actual profile. Accurate flange and web tracking helps reduce misplaced cuts, incomplete separation and cutting-head collision risk, limiting avoidable scrap and rework during structural steel production.

Measure actual steel section dimensions during processing
Compensate cutting paths for profile variation
Reduce the risk of misaligned cuts and head collisions
Optimize flange and web toolpaths to help limit thermal distortion

Основные технические характеристики

Model No.	MK-6025HX	MK-12025HX
Working Area	6000 × 1000 × 300mm	12000 × 1000 × 300mm
Выходная мощность лазера	12000W / 20000W / 30000W
Точность позиционирования	±0,03 мм
Repeated Repositioning Accuracy	±0,05 мм
Maximum Speed	100 м/мин
Максимальное ускорение	0.8G