Professional CNC and Laser cutting

At the heart of East London’s creative and industrial scene, Swordfish Works offers   professional laser cutting services   that combine precision, speed, and innovation. Specializing in CO₂ laser cutting, their workshop delivers exceptional results on materials like acrylic, plywood, MDF, and more — making it an ideal choice for designers, architects, makers, and commercial clients. Whether you’re producing intricate signage, custom components, or one-off prototypes, Swordfish Works ensures clean, accurate cuts and quick turnaround times. With a focus on quality and collaboration, their laser cutting services in London stand out as a reliable solution for high-detail, scalable production. Original Source:   Laser Cutting London

London stands at the forefront of precision manufacturing, and at its heart is the specialized CNC machining scene.   Swordfish Works   — based in Shoreditch, East London — is a prime example of this technological expertise. This agile workshop has combined CNC machining with laser and cutting to serve design and industrial clients across the capital. What Does CNC Machining Offer in London? Swordfish Works utilizes cutting-edge CNC cutting and routing machines to process materials such as acrylic, plywood, metals, and composites with high accuracy. Their setup includes robust  CNC routers  capable of handling large-format panels — offering precise carvings, clean edges, and repeatable results, ideal for furniture, signage, architectural models, and more . Integrated Capabilities A standout feature of Swordfish Works is its fully integrated workshop where CNC machining,  laser cutting , and cutting are all performed under one roof. This synergy enables streamlin...

Laser cutting is a   non-contact, thermal separation process   that employs an intensely focused beam of light to precisely cut, engrave, or etch various materials. This advanced method utilizes computer-controlled systems to guide the laser along predetermined paths, allowing for exceptional detail and repeatable accuracy. As a non-contact technique, the laser does not physically touch the material — minimizing wear on tools and avoiding mechanical stress or distortion during cutting. How the Process Works Laser Generation : A laser beam — typically from a  CO₂ laser  or a  fiber laser  — is generated and directed through mirrors or fiber optics to focus the light into a high-energy beam. Material Interaction : When the focused beam strikes a surface, it rapidly heats the material at the focal point. This localized energy melts, burns, or vaporizes the material along the cut line. Assist Gas Usage : An assist gas (such as oxygen or nitrogen) helps blow awa...