EZLASER offers the 4060-60W DSP CO₂ Laser Cutter as a practical laser cutting and engraving solution suitable for Kolej Komuniti, TVET institutions, technical workshops, maker labs, design laboratories, and educational training environments in Malaysia.
For tender and institutional procurement requirements, this model combines a 400mm × 600mm working area, 60W sealed CO₂ laser tube, Trocen AWC7813 touch screen DSP controller, and CW5000 water cooling protection system in a compact industrial machine.
The machine is designed for engraving and cutting a wide range of non-metal materials commonly used for teaching, prototyping, product design, fabrication, entrepreneurship projects, and student practical work.
4060-60W DSP Laser Cutter Specifications
Model: 4060-60W DSP CO₂ Laser Cutter
Working Area: 400mm × 600mm
Laser Power: 60W
Laser Type: Sealed CO₂ Laser Tube
Controller: Trocen AWC7813 Touch Screen DSP Controller
Software: Trocen DSP Control System
Cooling System: CW5000 Water Cooling Protection System
Machine Colour: Grey-White
Machine Size:
1440mm (L) × 780mm (W) × 645mm (H)
Machine Weight:
Approximately 85kg
Engraving Speed:
0–500mm/s
Cutting Speed:
1–380mm/s
Engraving Thickness:
Up to approximately 2mm depending on material and engraving requirements.
Cutting Thickness:
Up to approximately 20mm depending on material type, density, laser settings, focal condition, air assist, and number of passes.
Trocen AWC7813 Touch Screen DSP Controller
One of the main features of this 4060 laser cutter is the Trocen AWC7813 DSP touch screen controller.
Compared with basic entry-level laser controllers, a DSP controller allows users to operate many machine functions directly from the laser cutter.
The AWC7813 controller provides convenient access to functions including:
- Job file selection
- Laser speed adjustment
- Laser power adjustment
- X-axis and Y-axis movement
- Job positioning
- Frame checking
- Start, pause, and stop control
- Job monitoring
- Multiple layer parameters
This makes the machine particularly suitable for education and shared laboratory environments, where different students and lecturers may need to operate the machine.
400mm × 600mm Working Area
The 400mm × 600mm laser working area provides sufficient space for many common educational and fabrication projects while maintaining a relatively compact machine footprint.
Typical projects include:
- Acrylic signage
- Architectural models
- Engineering prototypes
- Product packaging
- Wooden models
- MDF projects
- Student assignments
- Name tags
- Keychains
- Souvenirs
- Decorative products
- Technical models
- Entrepreneurship products
- Teaching aids
The machine can therefore support courses involving design, manufacturing, product development, digital fabrication, entrepreneurship, engineering, and creative technology.
Materials Suitable for CO₂ Laser Cutting and Engraving
The 4060-60W CO₂ laser cutter can process many non-metal materials including:
- Acrylic
- MDF
- Plywood
- Wood
- Paper
- Cardboard
- Leather
- Fabric
- Rubber suitable for laser processing
- Certain plastics specifically confirmed as laser-safe
- Laser engraving laminates
Material compatibility should always be confirmed before laser processing.
PVC, vinyl, and materials containing chlorine must not be laser cut, as they may release corrosive and hazardous gases.
60W CO₂ Laser Power
The 60W sealed CO₂ laser tube provides a balance between engraving capability, cutting performance, machine size, and operating cost.
It is suitable for institutions that require both:
Laser engraving – producing text, logos, patterns, serial numbers, artwork, and surface markings.
Laser cutting – producing complete profiles and components from materials such as acrylic, MDF, plywood, paper, and other compatible non-metal materials.
Actual cutting capability depends on material composition, thickness, focal length, laser tube condition, cutting speed, laser power, air assist, and optical alignment.
CW5000 Water Cooling Protection System
Stable cooling is important for maintaining CO₂ laser tube performance and service life.
This machine is supplied with a CW5000 water cooling protection system, providing temperature-controlled cooling for the laser tube.
A suitable industrial water chiller can help:
- Stabilise laser tube temperature
- Protect the laser tube from overheating
- Improve operating consistency
- Support longer operating periods
- Reduce thermal stress on the laser tube
- Improve overall machine reliability
This is particularly important in Malaysia’s warm operating environment and for machines used regularly in educational laboratories.
Software and File Compatibility
The Trocen DSP control system supports common graphic and vector file formats used in design and fabrication workflows.
Supported formats include:
AI, BMP, DXF, EMF, GIF, HPGL, JPEG, PDF, PLT, PNG, RD, SVG, TIFF, TGA and WMF.
This allows students and lecturers to prepare designs using commonly used graphic and CAD software before transferring the job to the laser cutting system.
Suitable for Kolej Komuniti and TVET Applications
Laser cutting technology provides students with direct exposure to modern digital fabrication processes.
A CO₂ laser cutter can support practical learning in areas such as:
- CAD and digital design
- Product development
- Prototype fabrication
- Model making
- Engineering projects
- Creative design
- Packaging development
- Entrepreneurship
- Signage production
- Furniture and craft development
- Digital manufacturing
- STEM and maker education
Students can move from a computer-generated design to a finished physical product within a relatively short production cycle.
Safety Features and Operator Training
Laser cutting equipment should only be operated by trained users.
Recommended safety controls include:
- Enclosed laser processing area
- Emergency stop button
- Water cooling protection
- Exhaust system
- Air assist system
- Proper electrical grounding
- Machine operating procedures
- Material safety verification
- Fire extinguisher nearby
- Continuous supervision during laser cutting
For institutional applications, operator training is recommended for lecturers, technicians, laboratory personnel, and authorised users.
Why Choose EZLASER for Educational Laser Cutting Equipment?
EZLASER supplies laser cutting and engraving machines for educational, commercial, industrial, and fabrication applications in Malaysia.
For colleges, universities, schools, TVET institutions, and government agencies, support can include:
- Machine supply
- Installation
- Machine setup
- Operator training
- Laser alignment
- Software guidance
- Preventive maintenance
- Spare parts
- Laser tube replacement
- Mirror and lens replacement
- Controller support
- Technical troubleshooting
- After-sales service
This provides institutions with local technical support throughout the operating life of the machine.
Recommended Application for Kolej Komuniti Tapah
For a Kolej Komuniti Tapah laser cutter tender, the 4060-60W DSP configuration provides a practical combination of:
- 400mm × 600mm working area
- 60W CO₂ laser power
- Trocen AWC7813 touch screen DSP controller
- CW5000 water cooling system
- Wide graphics file compatibility
- Compact institutional footprint
- Engraving and cutting capability
- Local technical support and training
It is suitable for laboratories and workshops requiring an accessible digital fabrication machine for student training, prototype development, teaching activities, and practical project work.
4060-60W DSP Laser Cutter Malaysia
Institutions searching for a laser cutter for Kolej Komuniti, TVET laser cutting machine, CO₂ laser cutter Malaysia, 4060 laser cutter, 60W laser cutter, educational laser cutter, Trocen AWC7813 laser machine, or laser cutter for government tender can consider this configuration for non-metal engraving and cutting applications.
EZLASER – Laser Made Easy
Machine performance and maximum material thickness depend on material properties, laser settings, machine condition, focal setup, and operating environment.
