China Factory Fincm 800*600mm 3D Marking Drilling Hole Bevel Channel Steel CNC Metal H Beam Laser Cutting Machines Price in Construction

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Product Description

Basic Info.

Model NO.
FH-800L
Application
Home Appliance, Environmental Equipment, Automotive Industry, etc.
Cooling System
Water Cooling
Technical Class
Continuous Wave Laser
Applicable Material
Metal
Structure Type
Gantry Type
Processing Dim.
800*600mm
Laser Power
12000W / 20000W / 30000W
Position Accuracy
0.05mm
Function
3 in 1 - Profile/Plate/Bevel Cut

Product Description

3 IN 1 H-beam Laser Cutting Machine FH-800L

Our 3-in-1 cutting system offers an integrated solution for H-beam cutting, bevel cutting, and flat cutting, powered by advanced CNC technology for maximum precision.

  • Three-in-one cutting software for H-beam, bevel, and flat metal cutting.
  • Advanced three-dimensional five-axis CNC system with RTCP function.
  • Integrated functions for measurement, compensation, marking, and beveling.
  • Professional nesting software compatible with Tekla, SW, and CAD formats.
  • Specialized steel process database for R-angle, web, and flange cutting.
  • High rigidity integrated ACU rotating swing mechanism.
  • Flexible U-axis follow-up scheme for precision consistency.
  • Supports gantry structures without the need for complex chucks.
H-Beam Laser Cutting Machine

Segmented Machine Bed Structure

Equipped with a segmented bed structure, the FH-800L supports large-format material cutting with high precision. The detachable design allows for easier disassembly and transportation.

Segmented Machine Bed

Three IN One Functions

One machine cuts metal plates, various profiles, and H-beams, maximizing productivity and reducing equipment costs. Integrated bevel cutting enhances welding efficiency.

3 in 1 Functions

Multiple Protections, More Safety

Protective glass observation ports and sheet metal covers ensure operator safety while allowing real-time monitoring of the cutting process.

Safety Protection 1 Safety Protection 2 Safety Protection 3

Product Parameters

Model FH-800L FH-1250L
H Beam Processing Dim. 800mm*600mm 1250mm*600mm
Table Size 12000mm*1500mm 12000mm*2500mm
Flange Width 150-600mm 150-600mm
Web Width 150-800mm 150-1250mm
Laser Power 12000W / 20000W / 30000W
Control System WisCut-H

Samples & Applications

Cutting Samples

H-beam laser cutting machines are essential for producing precise steel structures like building frames, ship hulls, drilling platforms, and power plant components in construction, shipbuilding, and energy industries.

Industry Application

Production Capacity

Factory View

We focus on high-power laser cutting machines, metal pipe laser cutters, and H-beam cutting systems. Our factory is equipped with advanced production facilities and a professional R&D team ensuring every machine meets international standards.

Production Line Manufacturing

Exhibitions

Exhibition 1 Exhibition 2

After Sales Service

Delivery & Installation

Specialized engineers are dispatched for on-site installation at the customer's facility.

Commissioning

Comprehensive debugging ensures the equipment meets all functional requirements.

On-Site Training

Training covers maintenance, safety, and troubleshooting for the customer's team.

Final Acceptance

Engineers only leave after the customer formally confirms final on-site acceptance.

Service Support

FAQ

1. What materials can the H-beam laser cutting machine process?
Our machine is specially designed for carbon steel, stainless steel, and alloy steel H-beams, as well as channels, angles, and other profiles.
2. Can the machine perform bevel cutting?
Yes, our machines support straight cuts, bevel cuts, and customized angles for perfect weld preparations.
3. What materials can a fiber laser cutting machine process?
Fiber lasers are ideal for carbon steel, stainless steel, aluminum, brass, copper, and other non-ferrous metals.
4. What thicknesses can a fiber laser cutter handle?
Depending on laser power, a 6kW machine can typically cut up to 25mm carbon steel and 20mm stainless steel.
5. How do I choose the right laser power?
It depends on material type, thickness, and production needs. Higher power allows for thicker material and faster processing.
6. What are the basic maintenance requirements?
Routine maintenance includes lens cleaning, checking the cutting head, regular lubrication, and ensuring proper cooling system function.

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