Struggling to cut thick acrylic or plywood? It’s time to supercharge your laser. But upgrading from 40W to 80W isn't just a simple swap—it affects your power supply, cooling, and chassis. We break down exactly how to boost your wattage safely so you can cut deeper without frying your machine."

The focal lens is the unsung hero of your laser machine. Using the wrong focal length can result in blurry engravings or jagged cuts. In this guide, we break down the physics of laser optics, explain exactly which lens you should use for thick cutting versus high-detail engraving.

Peak performance or a dead laser tube? The difference is your cooling system.

But which is right? A submersible pump, the CW-3000, or the CW-5200? This guide delivers the facts. We compare the pros and cons, explain what your wattage really needs, and show you how to protect your machine for the long haul.

Choosing the right CO2 laser fume extractor isn’t just a preference—it’s mission-critical. Inline fans and filtration units each bring unique strengths. In this guide, we’ll break down how both solutions stack up, weigh their pros and cons, and show you which setup makes the most sense for your business, workshop, school, or studio.

With our essential maintenance guide, keep your CO2 laser cutter running at its best. From daily cleaning to annual servicing, learn how to prevent downtime, extend your machine’s lifespan, and ensure top performance.

Dive into our comprehensive guide comparing DC (Glass) and RF (Metal) laser tube technology. We explain the chemical reasons behind tube failure and provide a robust, actionable maintenance plan to help you secure the maximum possible lifespan from your investment.

Laser engraving glass can be one of the more challenging materials to master. In this guide, we cover the best glass types, optimal settings, rotary engraving techniques, and how to avoid common issues like cracking and chipping.

Discover how CO2 laser technology can elevate your products, improve efficiency, and help you stand out in a competitive market. We’ll also debunk a few myths, share practical marketing tips, and explore how to choose the right machine for your needs.

CO2 laser cutters are game-changing tools for hobbyists, small businesses, and manufacturers alike—but choosing the right one takes careful planning. From budget and laser power to materials, software, and safety, this guide covers 10 key factors to consider before you buy.

Discover how to achieve crisp, professional wood engraving and cutting results—from selecting the ideal wood to minimising scorch marks and cleaning up finishes. Learn how resin and grain can impact your engraving outcome and explore the best wood types for flawless results.

Schools and colleges are rapidly embracing CO2 laser technology to boost creativity and hands-on learning across various subjects. Within this guide, we'll explore how to balance safety, ease of use, power, size, fume extraction, and support when choosing the best laser cutter for your school.

Discover essential tips and insights to master stone engraving with CO2 laser technology. From selecting the best stone types and engraving at depth to answering common questions, this guide covers everything you need for flawless, crisp results.

Engraving and cutting acrylic using a CO2 laser machine offers exciting opportunities and unique challenges. This guide walks you through everything—from cutting thick Perspex to mastering engraving techniques and selecting the perfect acrylic for your projects.

In the UK, laser cutting machines are classified according to their potential risk to the eyes and skin. Understanding these safety classes is essential for choosing the right machine—especially when considering lower-cost options. Within this guide, we'll walk you through the different Laser Safety Classes to help you make an informed decision.

Learn how CO2 lasers excel with non-metal materials like wood and acrylic while fiber lasers deliver speed and accuracy for metals. Whether you’re a beginner or a pro, this guide will help you choose the right laser system for your projects and budget.

Recognise common issues like laser tube wear, belt damage, faulty cables, sensor problems, and misalignment to keep your CO2 laser cutter running smoothly. Early detection saves time and money while ensuring optimal results. In this guide, we'll walk you through key signs to look out for and practical tips to maintain peak performance and extend your machine’s lifespan.

While budget laser cutters may seem appealing, they often come with hidden risks, such as poor performance, safety hazards, and costly repairs. This guide explores the common pitfalls of cheap laser machines and why investing in a quality laser cutter delivers better results, reliability, and long-term value.