3d laser processing Germany

... the digital 3D data. This allows users to quickly conduct series-like tests and optimize prototypes based on the results. Details: In addition to laser-sintered parts, we can offer all common components produced via 3D printing or stereolithography. We have an excellent partner network for this purpose and, due to our many years of specialized knowledge, we select the optimal manufacturing process for you. Whether it’s a specification-dependent recommendation for material selection, finishing alternatives, or assembly of components – we have the answer to...

...Our machines are equipped with state-of-the-art CNC technology and integrated into a company-wide data network. Whether milling with fully automatic 5-axis or 3-axis control, our machines are equipped with state-of-the-art CNC technology and integrated into a company-wide data network. - Conventional 3-axis machining to 5-axis simultaneous milling - 3D freeform surface machining - High-speed cutting - 3D laser measuring probe system for precise measurement of components during or after processing...

... gap, unbeatable quality. And the possibilities in terms of contours are practically limitless, even with special fixtures for already formed parts. 3D laser processing of profiles is also possible. Our expertise in facts: - state-of-the-art machines cut contours of any conceivable shape - steel processing up to 25 mm - stainless steel processing up to 20 mm - aluminum processing up to 12 mm CNC punching nibble laser center: - with automatic table loading and unloading - punching force 22 t - processing size 3,000 mm x 1,500 mm, max. thickness 8...

...With a total of twelve laser, punching, and combination machines, we are well-equipped in this production area. In the 2D sector, we cut aluminum sheets up to 12 mm, stainless steel sheets up to 20 mm, and steel sheets up to 25 mm, with maximum dimensions of 2,000 x 4,000 mm. The four punching and punch-laser combinations complete this production area in terms of capacity, performance, and flexibility (max. sheet dimensions 3,085 x 1,650 mm). In the 3D sector, we primarily use our lasers for laser welding, in addition to laser cutting and tube processing.

... for producing lightweight, stiff parts that are dimensionally stable and heat resistant, and can withstand impacts permanently. Important: Nylon 11 CF imposes new requirements on the printing environment and can only be printed on the new Fuse 1+ 30W (stronger laser + nitrogen supply option). Read more about the new Fuse 1+ 30W. For post-processing in the Fuse Sift, an alternative sieve with a mesh size of 300 microns is required: Sift 300 Micron Mesh.

...Design and geometry freedom withh high material yield. With its unique cartridge concept, the 3D metal printer AL3D-METAL offers safe powder management and quick powder change. The new system AL3D-METAL makes it easy to get started in additive manufacturing. The processor does not come into contact with the powder. Also ideal for schools and universities. The intelligent cartridge knows which powder it is filled with and provides the right process parameters. However, if the processor likes to experiment, he has full control over the parameters. Its floor print is only 60 x 60 cm...

...RAWE 3D Metal Printing | Manufacturer of Robust Functional Prototypes in Record Time | Design Freedom - Complex Structures - Customized Solutions Why RAWE 3D Metal Printing GmbH? We can: > Design components for manufacturability > Transfer the CAD model for optimal job orientation > Create components using 3D metal printing > Selective laser melting Post-Processing As experts in forming...

...i3DP is an industrial 3D printer that utilizes the selective laser sintering process. In this process, a metal powder is melted layer by layer by a laser, resulting in a workpiece forming in the powder bed. The machine features an innovative carousel mechanism that allows for an efficient operating workflow: the two powder beds rotate independently around the central axis. This concept enables...

...Manufacturing lengths for manual processing also available as single production upon request Manufacturing length for automatic processing min. 2500 to max. 8500 mm Laser tube processing of steel, stainless steel, and aluminum, round, rectangular, square, oval, and profile tubes, NC programming according to drawing via CAD. Manufacturing capabilities of the processing systems: - Adige TT 651 - Adige LT 652 - Adige LT 8 (3D cutting system) Laser power: - 2000 W SM Rofin Sinar - 2500 W DC Rofin Sinar - 3000 W DC Rofin Sinar...

...A fine thing: whether delicate or coarse. We offer all possibilities. Edges and edges T 5 x L 2500 x W 1250, MF Punching, CNC T 5 x L 2000 x W 1000, KF Laser cutting, burning, and water jet cutting 2D and 3D – We take care of it for you.

... +/- 0.04 mm Repeatability accuracy +/- 0.03 mm Maximum working speed 20,000 / 40,000 or 60,000 mm/min* Maximum travel speed 20,000 mm/min. Or with the option to implement 3D cutting using a +/- 45° or +/- 60° cutting head. Ask about our top offer.

... freely programmable, custom special cuts, any type of adjustments, contours, penetrations, miters, slots, and AWS cuts can be performed. ■ Benefits for you Cost savings compared to conventional mechanical processing Tightest manufacturing tolerances Almost no reworking necessary High flexibility in the production of complex components and constructions ■ Technical data: Type: 3-D Laser TTM FL 250 3D Laser unit: Trumpf TruFlow 3200 (CO2) Maximum finished part length: 8,000 mm Clamping range for round pipes: 20 to 305 mm Clamping range...

...Our high-resolution, mobile 3D laser scanning technology allows us to digitize bodies of all types and sizes. The advantages of mobile 3D laser scanning Highest mobility Unmatched freedom of movement Reduced processing times Object sizes from 0.1 m to 4 m Object does not need to be moved Access to hard-to-reach areas possible Suitable for complex and difficult...

...We provide you with our extensive measurement and testing technology to check, measure, and qualify your components without the need for your own processing. This includes, among others: • Roughness and waviness measurement 2D and 3D according to EN ISO 4287/4288 • Flatness measurement according to DIN 50441 • Topographical representation and measurement • 3D coordinate measuring technology with...

...Primapower Optimo 2545 CO2 Laser: Cutting gas Nitrogen + Oxygen Average power: 200 W - 4,000 W Peak power: up to 10 kW Working area: X = 4,500 mm, Y = 2,500 mm, Z = 1,020 mm A = 360°, B = ±135°, C = ±10 mm, W (Vivida) = ±10 mm Primapower Rapido Evoluzione CO2 Laser: Cutting gas Nitrogen + Oxygen Average power: 200 W - 4,000 W Peak power: up to 10 kW Working area: X = 4,080 mm, Y = 1,530 mm, Z = 765 mm A = 360°, B = ±115°, C = ±10 mm...

...The LightFab 3D Printer is suitable for prototyping and series production and is unique due to the combination of a 3D micro-scanner (many micro-vectors are written quickly) with a precise 3-axis system (Scientific Version: 120 x 80 x 20 mm, Manufacturing Version: 200 x 200 x 150 mm). The flexible UKP laser with adjustable pulse duration allows for optimal processing of different materials. The...

...In the DLP 3D printing process, UV-light-sensitive resin (photopolymer) is used as the base material, with the difference from the UV laser stereolithography (SLA/STL) process being that a light-emitting source cures the material. Here, a projector serves as the light source. The light cures the material layer by layer at the desired location. Undercuts and overhangs are supported by a support...

...3-Axis Large Area Laser Marking System for Industrial Applications - Large travel range in X/Y/Z - Laser marking with preview function - Micro engraving, 3D laser deep engraving based on 2D layouts - Dynamic Z-axis for processing multiple levels - Manual and fully automatic processing - Automatic processing of palletized workpieces...

...Fine contour, high precision, thin and thick sheet processing 2D/3D Nd:YAG fiber laser Fine contour, high precision, thin and thick sheet processing Flatbed laser system max. 1500mm x 3000mm max. up to 25mm thickness Bending and edge bending up to 300mm...

...From 3D design to CNC laser cutting, CNC punching and nibbling, CNC bending. Whether welding, spot welding, assembly, or bolt setting, right down to the surface finish. Everything from a single source. Flexibility and depth of manufacturing - our diverse production capabilities in professional sheet metal processing leave no wish unfulfilled. From 3D design to CNC laser cutting, CNC punching and nibbling, CNC bending. Whether welding, spot welding, assembly, or bolt setting, right down to the surface finish. Everything from a single source.

...Laser cutting of deep-drawn parts, profiles, or tubes. We continuously invest in the latest technologies to create low costs and significant time savings for you.

...Laser engraving is completely contactless, unlike other engraving methods. The material is melted and vaporized solely using laser light. There is no need to secure the workpiece during processing. By utilizing the AC-LASER software in conjunction with a laser control optimized for this application, as well as high-quality optical components, highly precise 3D engravings can be produced with the laser. This method is particularly used when intricate structures and engravings need to be incorporated into molds, stamps, or embossing dies.

...We manufacture your prototypes and small series using selective laser sintering. Do you need functional prototypes with tight tolerances and high mechanical strength on short notice? Then you are in the right place. We produce prototypes of all kinds using selective laser sintering (SLS) from the material PA12 (Nylon). The SLS process is characterized by high accuracy and excellent surface quality, among other things. Additionally, you have the option of various post-processing methods such as coloring or infiltrating the components.

...Functional prototypes and small series using industrial 3D printing (SLS - Selective Laser Sintering) Thanks to the use of thermoplastic material (polyamide), the components can also be used as series parts. The long-lasting weather resistance, temperature tolerance of over 100°C, and chemical resistance confirm the versatile applications. The components are ideally suited for further...

... it the right machine for medium-sized and small thicknesses and diameters. Model variant: LT5 Processing: up to ∅ 120 mm Bar weight: up to 13.5 kg/m Loading length: 6.5 or 8.5 m Unloading length: 3, 5, or 4.5 or 6.5 m Fiber laser source: 1 or 2 kW Cuttable materials: Iron, stainless steel, aluminum, copper, and brass...

...5-axis milling head with a direct measurement system for optimal spatial processing. Extremely stable welded construction – low distortion, torsion-free, low wear. Motorized clamping of both rotary axes for heavy machining. 4-sided fully enclosed machine system – open at the top. Sturdy steel T-slot table. Chip collection trays with tread grid within the machine room. Laser-calibrated linear axes...

... material pairings) • 3D scanning projects with mobile laser (scanning of products, processing of scan data, 3D models of scanned products, creation of drawing documentation, dimensional inspections) • Technical calculations / strength verification • Custom products in steel, stainless steel, aluminum, and titanium • Cast parts as welded constructions...

... turning and milling - Turning and milling on CNC machining centers - Steel and stainless steel processing in various grades - Wear-resistant materials - High-strength and hardened alloys - Special alloys (such as nickel and titanium materials) - Plastic processing of custom components - Apparatus construction (AD2000 or ASME) - Steel construction - Piping construction - Welding processes: MIG, TIG, MAG, TIG - Laser welding...

...Titanium alloy for the production of dental prosthetics using laser melting technology (SLM, PBF). Scheftner titanium alloy for the manufacturing of highly complex restorations in the dental field, enabling mass production of high-quality dental prosthetics through 3D printing on laser melting systems (SLM or PBF). This alloy is characterized by very high strength and simultaneously low weight...

... themselves: depending on the model, deburring on one side or both sides, cleaning, and edge rounding. Uniform processing on both sides, even for complex and 3D parts Wide range of materials: for stamped and laser-cut parts from 0.5 mm thickness made of steel, stainless steel, aluminum, and titanium sheets Removes oxide layer from laser-cut parts...