3-D 5-Axis Laser Cutting Machine
3-D 5-Axis Laser Cutting Machine

3-D 5-Axis Laser Cutting Machine

The HT-3DF3015 3D 5-Axis Laser Cutting Machine is a fiber laser system for trimming, contour cutting, hole cutting and bevel processing of formed metal parts and complex three-dimensional workpieces.
Send Inquiry

Product Introduction


The HT-3DF3015 3D 5-Axis Laser Cutting Machine is a fiber laser system for trimming, contour cutting, hole cutting and bevel processing of formed metal parts and complex three-dimensional workpieces.

 

Technical Specifications

 

Parameter

Specification

Product name

3D 5-Axis Laser Cutting Machine

Model

HT-3DF3015

Laser type

Fiber laser

Laser power

3–20 kW

Axis configuration

X/Y/Z linear axes with A/C rotary axes

Maximum processing range for flat workpieces

3500 × 3500 mm

X/Y-axis positioning accuracy

±0.1 mm

X/Y-axis repositioning accuracy

±0.05 mm

Maximum no-load speed

100 m/min

Maximum acceleration

1G

A-axis rotation range

±135°

C-axis rotation range

361°

Cooling method

Water cooling

Machine structure

Welded bed with gantry structure

Programming method

CNC control with offline programming support

Overall dimensions

3000 × 2800 × 2700 mm

Standard power supply

380 V / 50 Hz

Primary processes

3D trimming, contour cutting, hole cutting and bevel cutting

Warranty

2 years

Available customization

Travel, workstations, fixtures, load capacity, safety enclosure and automation integration

 

Key Advantages


Simultaneous 5-Axis Processing
X/Y/Z linear axes and A/C rotary axes support complex 3D contours, angled holes, chamfers and bevels in one setup, reducing repeated clamping and positioning variation.


Stable Positioning Accuracy
X/Y-axis positioning accuracy of ±0.1 mm and repositioning accuracy of ±0.05 mm support repeatable processing of formed and three-dimensional parts.


Rigid Gantry Structure
The stress-relieved welded bed and gantry structure provide stable support for coordinated multi-axis movement during repeated industrial production.


Application-Specific Configuration
The laser source, cutting head, servo system and CNC controller can be selected according to material, laser power, cutting requirements and production conditions.


Efficient Offline Programming
3D model import, five-axis path planning, trajectory simulation and interference checking reduce programming time and machine setup time.


Integrated Safety Protection
Available safety features include anti-collision protection, safety light curtains, emergency-stop circuits, fume extraction and an optional enclosed laser-protection cabin.

 

Typical Applications


Automotive Formed Parts
Suitable for contour trimming, mounting-hole cutting and slot processing on B-pillars, door rings, roof rails, bumper beams and body reinforcement parts.


Electric Vehicle Components
Applicable to trimming, hole and access-opening processing on battery trays, motor housings, chassis parts and formed aluminum structural components.


Tubes and Profiles
Suitable for end trimming, side holes, slots and angled openings on exhaust tubes, chassis tubes, bent profiles and hydroformed components.


Industrial Formed Components
Applicable to contour trimming and multi-surface cutting of machinery covers, guards, brackets, curved housings and other three-dimensional sheet-metal parts.

Final suitability depends on workpiece geometry, material, thickness, fixture design and cutting-head accessibility.

 

Customization Options


Laser Power
Laser power from 3 to 20 kW can be selected according to material, thickness, cutting angle and required processing speed.


Fixture and Clamping
Workpiece fixtures, locating devices and clamping systems can be designed according to part geometry, positioning points and deformation risk.


CNC and Programming
Control functions, offline programming software, interface language and supported file formats can be configured according to project requirements.


Safety Protection
Optional configurations include a fully enclosed laser-protection cabin, safety light curtains, interlocks, anti-collision protection and fume extraction.


Electrical Configuration
Voltage, frequency, electrical cabinet and connection standards can be adapted to the destination country and factory power supply.

All customized items are confirmed in the technical quotation before production.

 

Why Choose Chinasky Laser?


More than 20 years of experience in laser equipment development, manufacturing and industrial application engineering.


echnical capability covering laser cutting, welding, cleaning, cladding, stripping and precision material processing.


Engineering support for workpiece review, process evaluation, fixture design and equipment selection.


Customized capability for non-standard laser machines, workpiece fixtures and application-specific configurations.


Company qualifications include ISO 9001, CE and FDA-related certifications, 4 national invention patents and more than 20 utility model patents.


Applicable certification documents are confirmed according to the ordered model, configuration and destination market.


Technical and after-sales support for customers in more than 100 countries and regions.


Two-year warranty, with coverage, exclusions and service responsibilities defined in the sales contract.

 

Frequently Asked Questions

 

Q: What is the difference between a 3-axis and a 5-axis laser cutting machine?

A: A 3-axis machine uses X, Y and Z linear movement with a fixed cutting-head angle. A 5-axis machine adds rotary axes, allowing the cutting head to approach accessible three-dimensional contours and angled features from different directions.

Q: Can the machine complete all cutting operations in one setup?

A: Multiple accessible contours, holes, chamfers and bevels can be processed while the component remains in one fixture. Final accessibility depends on workpiece geometry, fixture clearance and cutting angle.

Q: What materials and thicknesses can the machine cut?

A: The machine uses a fiber laser for metal cutting. Actual capability depends on laser power, material grade, thickness, surface condition, cutting angle, assist gas and required edge quality.

Q: How is the correct laser power selected?

A: Laser power is selected according to material, thickness, cutting speed, contour geometry, cutting angle, piercing requirements and production volume.

Q: What information is required for project evaluation?

A: Please provide the 2D drawing or 3D model, material, thickness, workpiece dimensions, required tolerance, annual production volume and target cycle time.

Hot Tags: 3-d 5-axis laser cutting machine, China 3-d 5-axis laser cutting machine manufacturers, suppliers, factory