3D Laser Tube Cutting
Our 3D laser technologies enable precise and flexible cutting of tubes, profiles and complex spatial parts. Thanks to automation, high precision and digital control, we achieve smooth and efficient production with minimal waste and consistent quality. The laser can handle even geometrically demanding components that form the basis for structural and frame assemblies.
The cut parts are further processed in subsequent technologies such as tube bending, welding, machining or assembly. Before final assembly, parts may also undergo surface treatment. Our in-house tool shop enables us to manufacture the required tools and fixtures which guarantees maximum precision of the final product.
Tube laser cutting technology is ideal for the production of frames, supporting structures and other engineering components. We process steel, stainless steel, copper, brass and aluminum in various diameters and wall thicknesses according to customer requirements.
List of Machines
TRUMPF TruLaser Tube 7000 fiber CNC cutting machine
High‑performance 3D laser for tube and profile processing.- Maximum tube diameter: 254 mm
- Bevel cuts up to 45°
- Loading station 6500 mm
- Unloading station…
Photogallery
High-quality products
are standard
As an experienced custom manufacturing company, HTP provides complete production solutions tailored to the specific requirements of each customer. We support companies from the initial design phase through prototype production to serial manufacturing of complex metal components and assemblies.
Our custom manufacturing services include laser cutting, tube laser cutting, CNC machining, welding, surface treatment, assembly and production of specialized tools and fixtures. By combining modern technologies with extensive manufacturing expertise, we are able to deliver reliable solutions for industries such as automotive, mechanical engineering and industrial equipment manufacturing.
We focus on long-term partnerships with customers who require a reliable manufacturing partner capable of handling demanding projects, maintaining consistent quality and adapting production processes to specific technical requirements. Our goal is to provide efficient, flexible and cost-effective manufacturing solutions from a single trusted supplier.
Why choose HTP for tube laser cutting
High-precision cutting of profiles and tubes
Automation and flexible production
We have state-of-the-art machines
We can handle large diameters
FAQ
Our technology enables precise cutting of tubes and profiles with an outer diameter ranging from 15 mm to 250 mm. We process various materials – steel, stainless steel, aluminum, copper and brass. Thanks to automatic clamping adjustment and advanced 3D laser technology, we achieve high precision even for geometrically complex parts and small production batches.
The technology enables the production of complex tubular components and profiles with precise connection points, preparation cuts and joining elements directly during the cutting process. This reduces the need for additional drilling, milling or manual preparation before welding and assembly.
3D laser cutting is ideal for structural elements, machine frames, welded constructions, piping systems and mechanical components where precision, repeatability and efficient production are essential. By using advanced equipment such as the TRUMPF TruLaser Tube 7000 fiber CNC cutting machine, we can process demanding geometries and create components tailored to specific customer requirements.
Yes, our advanced tube laser cutting technology enables precise processing of various types of profiles, including round tubes, rectangular hollow sections, square profiles and special-shaped profiles such as oval, triangular or open profiles. Using modern CNC-controlled laser systems and a 3D laser cutting head, we can accurately position and cut complex geometries while maintaining high precision and consistent quality.
Laser cutting of profiles allows us to create precise holes, slots, contours and connection points directly into the material, reducing the need for additional drilling, milling or manual preparation. This makes the technology highly efficient for manufacturing structural components, welded constructions, machine frames and other industrial parts. Thanks to automated positioning and advanced laser control, we achieve clean cutting edges, excellent repeatability and minimal material waste. The process is suitable for both individual custom components and series production where accuracy, reliability and efficient manufacturing are essential.
Our TRUMPF TruLaser Tube 7000 fiber CNC cutting machine enables us to process demanding profile geometries for applications in automotive, mechanical engineering, industrial equipment manufacturing and custom metal fabrication.
Thanks to the precision of the TRUMPF TruLaser Tube 7000 fiber CNC cutting machine, we can manufacture demanding tubular components, profiles and structural parts with consistent quality in both prototype production and serial manufacturing.
Accurate laser processing helps reduce the need for additional adjustments, improves assembly efficiency and ensures reliable results for applications in automotive, mechanical engineering and industrial manufacturing.
By integrating these operations into the laser cutting process, we can reduce the number of subsequent machining steps, shorten production times and improve overall manufacturing efficiency. Components are produced with high accuracy and consistent positioning, which minimizes the need for additional adjustments before welding or final assembly.
This integrated approach is especially beneficial for complex structural components, machine frames and welded assemblies where precise preparation of connection points is required. Combining laser cutting and machining operations helps manufacturers achieve higher productivity, lower production costs and reliable quality in both prototype and serial production. Using advanced equipment such as the TRUMPF TruLaser Tube 7000 fiber CNC cutting machine, HTP Europe provides efficient processing of tubes and profiles with reduced handling and optimized manufacturing workflows.
Handling
equipment
We supply parts for electric trucks, AGV systems, and sorting technology. Our components support automation and efficient logistics.
MoreConstruction machinery
We manufacture parts for construction equipment – from dumpers to finishers. Our components can withstand even the most demanding conditions.
MoreAgriculture
We manufacture parts for tractors, harvesting machines, and milking equipment. Our components stand up to demanding conditions.
MoreMedical, laboratory, and office equipment
We supply parts for medical technology, aesthetic medicine, and laboratory equipment. Our components meet strict hygiene standards.
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Municipal
equipment
We supply parts for sweepers and equipment for maintaining public spaces. Our components help ensure cleanliness and efficiency in the municipal sector.
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Building components
and building equipment
We manufacture components for automatic doors, turnstiles, and technical equipment for buildings. Our solutions combine functionality and design.
MoreAutomotive
We supply components for trucks, vans, and interior fittings. Our parts meet strict quality and safety requirements.
MoreApplications of 3D Laser Tube Cutting
The ability to create accurate cuts, openings, slots and connection elements directly into tubes and profiles makes laser tube cutting an ideal solution for manufacturing frames, supporting structures, machine components and welded assemblies. Compared with traditional processing methods, 3D laser tube cutting reduces the number of production steps, improves dimensional accuracy and allows manufacturers to produce complex components with consistent quality.
Automotive industry
In the automotive sector, laser tube cutting is used for manufacturing lightweight and strong structural components that require high precision and repeatability. Tube and profile components are commonly used for vehicle frames, support structures, brackets, chassis components and welded assemblies.The use of advanced tube laser cutting technology allows automotive manufacturers to optimize component design, reduce material waste and improve production efficiency. Precise laser processing also simplifies subsequent operations such as welding and assembly, as all required cuts and connection points can be prepared directly during the cutting process.
Mechanical engineering and industrial equipment
3D laser tube cutting is an essential technology for mechanical engineering and industrial equipment manufacturers who require accurate and durable metal components. It is commonly used for producing machine frames, supporting structures, protective constructions, conveyor components and parts for automated production systems.By combining tube cutting, drilling and preparation operations into one automated process, manufacturers can achieve shorter production times and higher flexibility. The precise processing of tubes and profiles enables the creation of complex welded structures with excellent fit and stability.
Industrial manufacturing and custom metal fabrication
In industrial manufacturing, laser tube cutting provides an efficient solution for both serial production and custom-made components. The technology is suitable for companies requiring reliable processing of steel, stainless steel, aluminium and other metal profiles according to specific technical requirements. Applications include industrial machinery, production equipment, automation systems, energy-related structures and specialised metal constructions. The high accuracy of CNC laser cutting ensures that individual components fit precisely into complete assemblies, reducing the need for additional machining or manual adjustments.Construction, agriculture and specialised equipment
The flexibility of tube laser cutting technology also makes it suitable for manufacturers of construction equipment, agricultural machinery and specialised industrial products. Laser-cut tubes and profiles are used for robust frames, support elements, protective structures and load-bearing components designed for demanding operating environments.The combination of high cutting accuracy, automated processing and the ability to handle different tube geometries allows manufacturers to create durable components while maintaining efficient production processes.
Precision components for welded assemblies
One of the main advantages of 3D laser tube cutting is the ability to prepare components directly for welding and final assembly. Precise cuts and joining elements improve the accuracy of welded structures and reduce the amount of additional preparation work.At HTP Europe, laser-cut tubes and profiles are integrated into a complete manufacturing process that includes welding, machining, surface treatment and assembly. This allows us to deliver complex metal components and finished assemblies according to customer specifications.