Based in Devon in the South West, we’ve provided our laser machines and all-encompassing range of services to individuals, companies, and education facilities throughout England, Wales, Scotland, and Northern Ireland over the years.

Our engineers are constantly zipping up and down the country. We strive to provide the quickest call-outs in the industry paired with maximum flexibility.

The primary distinctions between CO2 and fiber laser cutters lie in their applications and technology. CO2 laser cutters employ a gas mixture to generate a laser ideal for cutting non-metal materials and engraving.

In contrast, fiber laser cutters utilise a solid-state diode and fiber optic to achieve more efficient metal cutting. This efficiency is due to their shorter wavelength, which metals absorb more effectively.

Here at Focused Laser Systems we work with Kennet Equipment Finance to provide great finance options for all of our new and refurbished laser systems. These options are perfect for spreading the cost of your laser system over a number of years while allowing your business to reap the benefits of a co2 laser machine.

Kennet Equipment Leasing is one of the UK’s leading providers of business equipment finance and asset leasing, enabling customers to invest in the very latest business equipment without drawing on critical working capital.

If you’d like more information on how Kennet Equipment Leasing can give your business the power to grow please call Mark Suckley on 01675 469215 or select an option below.

REQUEST A CALLBACK | APPLY FOR FINANCE NOW

You’ll first want to consider the materials you’re looking to process. If you’re interested in laser cutting and engraving non-metallic materials like glass, acrylic, wood, and stone, a Co2 laser is an excellent choice.

Alternatively, we recommend our dual-source laser machines for those seeking the versatility to process both metallic and non-metallic materials.

You should also consider the size and shape of the materials you plan to process to ensure that your laser cutter’s bed size is large enough to fit the largest piece you intend to work with.

Additionally, you’ll want to consider the power level of your laser tube (measured in watts), with higher-wattage tubes having the ability to cut or engrave thicker materials faster than lower-wattage tubes.

When choosing a suitable laser cutting machine, various factors should guide your decision, all of which we’ve explored in our comprehensive laser cutter buying guide. Or why not give us a call?

A CO2 laser is a versatile tool capable of processing a wide range of non-metallic materials ranging from glass to acrylic, wood, stone, fabrics, leather, paper, and cardboard, to name a few.

Check out our full comprehensive list of materials our CO2 laser machines can process.

A laser cutter works by creating a high-powered laser beam in a glass laser tube that contains a mixture of specific gases including nitrogen and carbon dioxide.

The laser beam is then projected through a lens in the end of the laser tube, and is then reflected off a series of mirrors, and then refined through a focal lens onto the surface of a material.

The laser beam moves along a programmed path that heats the material’s surface until it reaches its melting or evaporation point, creating a narrow and precise cut or engraving into the material.

The entire process is controlled by computer software, which allows for the precise cutting of intricate designs. The laser beam can be adjusted to different power intensities, speeds, and settings depending on the material being cut or engraved, allowing for flexibility when processing a range of materials.

Initially limited to industrial manufacturing applications, technological advances have reduced the production cost of these versatile laser systems over the decades, making them increasingly popular amongst universities, schools, small businesses, creatives and hobbyists due to their ability to cut and engrave intricate designs out of a range of materials at incredible speed that be near on impossible to achieve manually.

The lifespan of a laser tube varies depending on the power rating, usage, and maintenance. However, on average, a CO2 laser tube can last between 2 to 5 years.

Laser tubes with proper care and moderate use often reach the upper end of this scale, ensuring longevity and consistent performance. Regular maintenance, including cleaning and alignment, can significantly extend a laser tube’s lifespan.

Check out our blog, where we have a range of handy tips on how to prolong the life of your laser tube.

You’ll first want to consider the materials you’re looking to process. If you’re interested in laser cutting and engraving non-metallic materials like glass, acrylic, wood, and stone, a Co2 laser is an excellent choice.

Alternatively, we recommend our dual-source laser machines for those seeking the versatility to process both metallic and non-metallic materials.

You should also consider the size and shape of the materials you plan to process to ensure that your laser cutter’s bed size is large enough to fit the largest piece you intend to work with.

Additionally, you’ll want to consider the power level of your laser tube (measured in watts), with higher-wattage tubes having the ability to cut or engrave thicker materials faster than lower-wattage tubes.

When choosing a suitable laser cutting machine, various factors should guide your decision, all of which we’ve explored in our comprehensive laser cutter buying guide. Or why not give us a call?