TUBE TECH
Tube Tech Precision Cutting
Your Subcontract Precision Cutting Partner We embrace cutting-edge profiling technologies so you can focus on your core business.
Founded in 2018, Tube Tech Precision Cutting has transformed into a comprehensive outsourced metal profiling and precision cutting service provider. Located at our headquarters in Sheffield, we offer a seamless solution, delivering unmatched manufacturing efficiency and top-notch quality.
Our valued clients at Tube Tech Precision Cutting enjoy competitive pricing and lightning-fast turnaround times. With our 24-hour lights-out production capability and a fleet of 10 precision cutting machines, we effortlessly handle projects of various sizes and complexities.
Bid farewell to the hassle of time-consuming weld preparation thanks to our 45° bevel and countersinking services, available for both outer and inner contours. Additionally, our flow drill and tapping options ensure that Tube Tech Precision Cutting delivers orders to customers fully prepared and ready for assembly.
SPECIAL SERVICES
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Reducing the cost of production with science and trust to production technology
Commitment and responsibility to advance Your goals and products
Provide information for transparency Cost of products and services
Advice on process improvement Production and cost reduction
Tube Laser Cutting
Large Diameter Pipe Plasma Cutting
Flat Laser Cutting
Tube Laser Cutting
Structural Steel Processing
Drafting and 3D Modelling
Tube Laser Cutting
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Laser Cutting FAQ's
Laser cutting is a method of metal cutting that uses a high-powered laser to vaporise and cut metal. Laser Cutting is most commonly used for industrial applications, but can also be used to create bespoke laser etching and engraving.
Laser cutting involves focusing a laser beam through a lens onto the material to be cut. The intense heat of the laser beam melts or vaporizes the material along the desired cutting path, creating a narrow kerf. Computer-controlled movements guide the laser beam, allowing for intricate and precise cuts.
The kerf of a laser cutting machine is considerably thinner than the kerf of a sawblade, so is therefore capable of extremely detailed and refined cutting when compared to other methods of material cutting; with a cutting tolerance of +-0.25mm.
Although the majority of materials can be laser cut, some materials are not recommended for laser cutting. Some of these materials include fibreglass, polycarbonate, PVC and HDPE.
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