EZLASER Malaysia supplied a 1390-100W CO₂ Laser Cutter Machine to Alice Smith International School, Equine Park, Seri Kembangan, Selangor on 20 November 2023.
The machine is used with RDWorks software for preparing and sending laser cutting and engraving jobs to the laser cutter.
This installation is part of EZLASER’s continued support for schools, colleges, universities and technical education institutions in Malaysia that require reliable laser cutting equipment for design, fabrication and educational projects.
Machine Supplied
Customer: Alice Smith International School
Location: Equine Park, Seri Kembangan, Selangor
Machine: EZLASER 1390 CO₂ Laser Cutter
Laser Power: 100W
Working Area: 1300 × 900 mm
Software: RDWorks
Installation Date: 20 November 2023
The 1390 model provides a significantly larger working area compared with smaller desktop laser cutters, making it suitable for educational environments where students and teachers may work with larger materials or multiple components in a single job.
1390-100W CO₂ Laser Cutter for Schools
The EZLASER 1390-100W CO₂ Laser Cutter is suitable for schools that require a larger-format machine for practical learning, design technology and project fabrication.
With a working area of approximately 1300 mm × 900 mm, the machine can accommodate larger sheets of material and more complex project layouts.
A 100W CO₂ laser provides sufficient power for many common non-metal cutting and engraving applications.
Typical materials include:
- Acrylic
- Plywood
- MDF
- Wood
- Cardboard
- Paper
- Fabric
- Leather
- Rubber
- Selected non-metal materials
This makes the machine useful for design classes, engineering projects, architecture models, signage, prototyping and student product development.
Using RDWorks Software with the Laser Cutter
The machine at Alice Smith International School is operated using RDWorks software.
RDWorks is commonly used with DSP-controlled CO₂ laser cutting machines for preparing laser cutting and engraving jobs.
Users can import vector artwork, arrange the cutting layout, assign different layers and set laser parameters before sending the job to the machine.
Common RDWorks functions include:
- Importing vector designs
- Setting cutting and engraving layers
- Adjusting laser power
- Adjusting cutting speed
- Setting engraving parameters
- Arranging multiple objects
- Managing cutting sequence
- Previewing the laser path
- Sending files to the laser cutter controller
For educational users, RDWorks provides a relatively straightforward workflow from digital design to physical fabrication.
Typical Laser Cutting Workflow
A common workflow for this machine is:
1. Create the design
Students or teachers prepare artwork using vector design software.
2. Import the design into RDWorks
The vector file is imported into RDWorks for machine setup.
3. Assign layers
Different colours or layers can be used for different operations such as cutting, engraving or marking.
4. Set speed and power
Laser power and movement speed are adjusted according to the material and required result.
5. Position the material
The material is placed inside the laser cutter and aligned correctly.
6. Send the job to the laser cutter
The completed job is transferred from RDWorks to the machine controller.
7. Perform cutting or engraving
The laser cutter processes the design according to the selected parameters.
This workflow allows students to understand the complete digital fabrication process from design to production.
Applications in International Schools and Education
A CO₂ laser cutter can support many subjects and practical activities in a school environment.
Design and Technology
Students can create prototypes, product components and physical models from digital designs.
Engineering Projects
Laser-cut components can be used to construct mechanisms, structures, enclosures and project prototypes.
Architecture and Model Making
Students can produce accurate scale models using plywood, cardboard or acrylic.
Art and Creative Projects
Laser engraving and cutting can be used to produce decorative panels, artwork and customised products.
STEM Education
Students can combine laser-cut components with electronics, robotics and programming projects.
Entrepreneurship Projects
Students can design and manufacture products such as keychains, plaques, signs, souvenirs and personalised items.
Why Schools Use Larger 1390 Laser Cutters
Smaller laser cutters are suitable for compact projects, but a larger machine such as the 1390 offers several advantages.
The larger working area allows users to process:
- Bigger sheets of acrylic or plywood
- Larger architectural models
- Multiple project components at the same time
- Larger signage
- Classroom batch production
- More complex layouts
For schools with active design, technology or fabrication programmes, the additional working area can provide more flexibility.
EZLASER Laser Cutter Solutions for Schools in Malaysia
EZLASER supplies laser cutting and engraving machines to educational institutions across Malaysia.
Our education customers include:
- Primary and secondary schools
- International schools
- Kolej Komuniti
- Polytechnics
- Universities
- TVET institutions
- Training centres
- Government institutions
EZLASER provides support for different machine sizes and applications, from compact desktop laser cutters to larger-format CO₂ laser systems.
Services can include:
- Machine consultation
- Machine supply
- Delivery
- Installation
- On-site training
- Software guidance
- Technical support
- Spare parts
- After-sales service
Looking for a Laser Cutter for Your School?
If your school, college or university is planning to purchase a CO₂ laser cutter in Malaysia, EZLASER can recommend a machine according to your required working area, material, laser power and budget.
For customers who require a larger working area, the 1390 CO₂ Laser Cutter is one of the suitable options for educational and fabrication applications.
EZLASER – Laser Made Easy
Website: www.ezlaser.my
Contact: 011-5353 9889
Contact EZLASER to discuss a suitable laser cutter for your school, university, workshop or fabrication lab.
FAQ
What laser cutter does Alice Smith International School use?
Alice Smith International School at Equine Park uses an EZLASER 1390-100W CO₂ Laser Cutter.
When was the machine installed?
The machine was supplied on 20 November 2023.
What software is used with the machine?
The machine uses RDWorks software for laser cutting and engraving job preparation.
What is the working area of the 1390 laser cutter?
The 1390 model has a working area of approximately 1300 × 900 mm.
Is a 100W CO₂ laser cutter suitable for schools?
Yes. It can be used for design technology, STEM, engineering, architecture, prototyping, art and fabrication projects using suitable non-metal materials.
Can RDWorks control cutting and engraving settings?
Yes. RDWorks can be used to configure speed, power, layers, cutting sequence and engraving parameters before sending the job to the laser cutter.
Does EZLASER provide laser cutter training?
EZLASER provides installation, machine operation guidance, software training and after-sales technical support for customers.
