Laser Cutting Machines for Schools: The Complete Buyer’s Guide
Last Updated - March 2025
Schools are always on the lookout for the latest technology to make learning more exciting and engaging for students. One such emerging technology is CO2 laser machines, used for cutting, engraving, and marking. Laser cutters for schools, colleges, and universities have become an essential learning tool across various subjects, including art and design, design technologies, engineering, science, and vocational studies.
However, choosing a suitable laser system for your school is a big decision. We'll walk you through the key considerations and questions to ask, ensuring you find the perfect laser machine for your students' needs.
Protect Your Students: Prioritise Safety
Safety features are one of the most crucial factors to consider when choosing a laser machine for a school. Educational institutions will naturally want to prioritise the safety of their students and staff.
However, with so many companies selling laser machines, how do you know you're purchasing a laser system with adequate safety features?
Laser machines are classified according to their safety levels, with a class range of 1–4. Class 1 is the safest and the perfect choice for schools, hospitals, and businesses looking for peace of mind. These features would include independent safety sensors on all doors, a laser tube protection circuit, a machine axis and laser power cut-off upon lid opening during operation, or keys for hatch openings.
In contrast, Class 4 laser systems lack built-in safety features and require additional precautions — including specialist training, supervision, protective eyewear, and external safety equipment — to ensure user safety.
At Focused Laser Systems, our Vision CO2 laser cutters are Class 1 rated and designed with advanced safety features, making them a leading choice for schools across the UK.
User-Friendly Laser Cutters
Schools are always in search of innovative ways to inspire young minds. And what could be more exciting than a laser machine that's easy to use? Imagine the possibilities: students could create intricate designs and cutouts for their art projects, personalised trophies for sports teams, or even custom t-shirts for sports day.
When purchasing a laser machine, it's important to look for a user-friendly interface that’s easy to navigate, along with features such as auto-focus to ensure consistent results and minimise setup time when switching materials. The warranty and technical support available should also be a factor — ongoing support will be valuable in the long run.
Additionally, choosing the right operating software is crucial when buying a laser cutting machine for your school. The software controls which parts of the design to cut, engrave, or score, as well as the speed and power settings needed to achieve the desired outcome.
LightBurn is the industry-standard software, known for its wide compatibility and advanced features. However, depending on the students’ age group, you may want a laser system that also supports simpler software, such as LaserGRBL or RDWorks.
Laser Power: Finding the Perfect Match for Your Needs
When buying a laser machine for a school, it's crucial to consider the power level, which refers to the laser tube, measured in watts. The higher the wattage, the faster your laser machine can cut or engrave. Additional power also enables the machine to cut through thicker materials.
For example, a 130-watt laser tube can cut through 5mm acrylic almost three times as fast as a 40-watt tube.
The average lesson is 1 hour in the UK. As a teacher, the last thing you want is a group of students waiting around. If you choose a 60-watt tube, the processing time is 120 minutes — but with a 150-watt tube, it’s just 40 minutes.
Ultimately, the power level you choose should match your budget and classroom needs. If usage is occasional, lower power may be sufficient. Laser tubes can also be upgraded later, so this is an important point to discuss before purchase.
What Materials Are You Looking To Laser Cut and Engrave?
When buying a CO2 laser etching machine for a school, it is crucial to consider the types of materials you're looking to process. CO2 laser machines are versatile and can cut and/or engrave a wide variety of materials, such as wood, acrylic, glass and even some types of stone. Still, the thickness and composition of the material can impact the machine's performance.
For example, thicker or denser materials may require higher laser power to cut effectively. In contrast, certain synthetic materials, especially plastics, emit toxic fumes when processed and will require a more powerful extraction system.
Ultimately, carefully assessing the materials your school will be working with helps ensure the machine you choose is safe, capable, and fit for purpose.
Laser Cutter Dimensions and Weight Considerations
Laser machines come in various bed sizes depending on the processing area, and schools should consider the available space in their classroom or workshop when purchasing a laser system. You'll also need to factor in space for additional equipment, like cooling and extraction systems, along with the computer and room for students to operate the machine safely or for the teacher to demonstrate to the class.
The weight of the machine is also an important consideration. A heavier machine may be more stable and durable, but could be more challenging to move or transport. A lighter laser system may be more portable and convenient, but less sturdy and prone to vibrating during operation.
Ultimately, selecting the right size and weight of the laser system ensures it is safe, easy to use, and does not compromise performance or capabilities.
Comprehensive Laser Care
When investing in a laser cutter for your school, reliable support is essential. Imagine a technical glitch disrupting your class — you need a responsive team, not just an online form. Choose a manufacturer that offers prompt, accessible support and repair services to keep your classroom running smoothly. Learn more in our guide to CO2 laser repair essentials.
Schools should look for reputable laser companies that offer comprehensive maintenance packages. These should include staff training on safe, effective machine use, as well as ongoing technical support and fast issue resolution. For a practical approach, explore our laser maintenance checklist to stay ahead of potential problems.
Purchasing a laser cutting machine with an extensive warranty will also provide additional peace of mind, ensuring your laser system is protected from unexpected repair costs.
Also consider the availability of spare parts and the company’s ability to repair or replace components quickly, helping minimise classroom disruption. Our top tips to extend the life of your laser tube can help you reduce wear and prolong performance.
Choosing a laser system from a manufacturer that offers excellent service and support ensures your machine remains a safe, reliable, and creative tool in the classroom.
Fume Extraction: A Crucial Safety Consideration
One critical factor to consider when purchasing a laser cutter is how you’ll manage and remove the fumes produced during cutting or engraving. These fumes are a natural by-product of the laser process and must be properly handled to ensure a safe learning environment.
There are two main approaches:
Extraction via in-line fan and ducting – If your classroom already has external ducting, you can install an in-line fan kit to vent fumes outside. This option is easy to maintain and relatively affordable, with typical costs ranging from £250 to £500, depending on the system.
Filtration via standalone units – If external venting isn't possible, a fume filtration system (such as those from BOFA or Purex) is the recommended solution. These units sit next to the laser machine and filter harmful particles, releasing clean air back into the room. While this is the preferred choice for many schools, the initial cost ranges from £1,500 to £7,000.
Keep in mind that ongoing filter replacements are required — typically once a year — depending on usage frequency and material types. Replacement filters generally cost between £200 and £600.
Ultimately, your decision will come down to budget and the physical constraints of your environment, but investing in the right extraction system is essential for safety and compliance.
Buying a Laser Machine for Your School
Laser machines offer a wide range of benefits to educational institutions, from cutting to engraving and marking. When choosing a laser cutter for your school, it's essential to consider safety features, user-friendliness, the types of materials it can process, as well as size, weight, and the level of service and support available. With these factors in mind, you're more likely to find the best laser machine for your school — one that aligns with your budget, supports student learning outcomes, and enhances the teaching process.
Investing in a laser cutter for education can be a game-changer, offering students hands-on opportunities to develop their skills and explore their creativity.
When in doubt, speak to the experts. At Focused Laser Systems, we are the UK’s leading laser machine supplier and CO2 laser repair specialist.
Our laser cutters are built with decades of industry expertise, using only the highest-quality components.
From desktop laser engravers to large-format laser machines, our systems come in a range of bed sizes and power levels. They are ideally suited for a variety of applications and industries — from creatives and hobbyists to schools, universities, small businesses, and manufacturing.
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