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If you are completely new to the world of laser cutting and wondering how laser cutting machines work, check out this post first. Laser technologies are very complex, and can be explained in equally complicated ways.
This post aims to explain the basics of laser cutting functionality in Layman’s terms so you can understand the core principles behind the technology before looking at more in-depth specs when choosing a laser cutter.
With so many types of laser cutters out there, choosing the right laser engraving and cutting machine can be a daunting experience with plenty of pitfalls along the way. If you’ve already read our article on how laser cutters work, you’ll be much more informed to begin choosing a suitable laser cutter.
Steve Cockerham, Managing Director at HPC Laser, takes an honest and practical look at some of the most common questions customers have when purchasing their first laser cutter.
Unlike conventional cutting methods such as flame-cutting, plasma and high-power CO2 laser cutting, fiber lasers deliver unparalleled accuracy and speed, enabling manufacturers to achieve intricate designs and tight tolerances with minimal waste and reduced operational costs.
In this extensive article, you’ll learn all about fiber laser cutting machines, their pros, cons and most importantly, their powerful capabilities when processing metal.
For those unfamiliar with laser cutters, it can be confusing to understand the differences between CO2 vs. Fibre laser cutters. The principle is similar, but they are two very different types of technologies suitable for different industries.
In this article, we explain how each type of laser cutter works and looking at the core differences between the two technologies, allowing you to make a more informed choice on how to choose which is best for you.
Although laser cutters themselves don’t produce fumes during operation, the material being processed usually always does, in the form of airborne contaminants so it’s essential to have these fumes removed from the working area.
We’re often asked about the differences between standard extraction to atmosphere and the various options for a dedicated fume filter system, so our engineers have written this in-depth guide to explain the pros & cons of each method.
From automotive to aerospace, and even in the art world, laser cutters are used to create intricate designs and precise cuts on a variety of materials. However, the efficiency and longevity of these incredible machines heavily depend on effective temperature control. This is where laser cutter water chillers come in.
In this guide to laser cutter water chillers, you’ll learn all of their benefits and how they can save you money in the long run.
Maintaining a CO2 laser is easy, but also important to keep your machine safe and operating well for optimal performance. A wide range of parts can go wrong if you don’t take the correct measures to keep your machine in good condition, so it’s always worth doing regular servicing to ensure peak performance.
Our experts have created this laser cutter maintenance checklist which has many benefits and in turn, helps you save money on repairs & consumables.
This comprehensive guide explores the materials fiber laser cutting machines can and cannot cut, the factors influencing cutting thickness, and the numerous benefits of using fiber laser cutting machines over CO2 laser cutters when cutting metal.
Learn everything you need to know to decide if a fiber laser cutter is best suited to you, or if a CO2 laser cutter would be more suitable.
Many people ask our sales team, “What is the best software for laser engraving machines and laser cutters?” Just like many questions we’re asked, there are always a number of variables. Budget, experience, laser power and hardware also have a big influence.
Here we take a look at some of the best laser engraver software, that also works with CO2 laser cutters, covering both free and paid options, whilst taking into account their pros, cons, and costs.
Laser-cutting technology, once a marvel of scientific achievement, has become an integral tool across various industries—from manufacturing to design. Since its inception, the laser cutter has revolutionised how materials are processed, allowing for precision cuts that were previously impossible.
Here we’ll explore the fascinating history of laser cutters, the different types, and consider the innovations shaping their future.
In this guide, we explore how you can harness the power of a CO2 laser engraving machine and/or CO laser cutter to transform simple materials into valuable products that captivate customers and provide a steady income stream.
Whether you want to sell to the general public, or specialise in business-to-business products. From setting up your workspace to marketing your products, we’ll guide you through everything you need to know to start making money with your laser cutter.
Steve from HPC Laser introduces us to the cutting-edge technology of handheld fiber laser welding, a technology that’s been gaining attention on social media for its extremely impressive results compared to traditional welding methods.
This innovative approach to welding offers a glimpse into the future of manufacturing, promising efficiency, precision, and safety. In this article, you’ll learn exactly what is a fiber laser welding machine, and how they can benefit your business.
With so many laser cutters to choose from, it’s not uncommon for beginners to look for the cheapest models available to keep start-up costs low. However, it’s not always the best idea and has the potential to hinder your progress before you even start.
Here we take a look at the pros and cons of cheap laser cutters and what you can expect. We also highlight the benefits of buying a laser cutter from a UK based manufacturer that offers the warranty and customer service to back up their product.
The benefits of fiber laser cutting outweigh the upfront cost in many industries, making them indispensable tools for a wide range of industrial applications. From handling intricate designs to cutting through thick metals, fiber lasers offer unmatched performance.
If you’re in the market for a fiber laser cutting machine but are struggling to justify the initial cost, check out this article and we’ll explain the benefits of using fiber laser cutters over other, more traditional methods of cutting metal.
Laser marking and engraving (also laser etching) are the most common terms used when referring to modifying the surface of a material with a laser. Marking is less frequently mentioned, but just as effective for many purposes.
We discuss the various technologies used for this process, the different types of marking/engraving alongside the pros and cons of each to help you decide which type of machine is best for you and you business needs.
Not sure what you need? Give the experts a call.
