TUBE LASER. Automotive Railways Petrochemical Aerospace Construction Commercial vehicles Agricultural machinery

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Jerome Bryan
5 years ago
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1 TUBE LASER

4 4 TUBE LASER Automotive Railways Petrochemical Aerospace Construction Commercial vehicles Agricultural machinery

5 TUBE LASER 5 Limitless applications The application of processed tubes and profiles is manifold. Whether in the automotive industry, furniture design, architecture, petrochemical industry or commercial vehicle construction. In many industries, the laser-assisted processing of tubes and profiles offers an almost unlimited manufacturing spectrum for components and unique design possibilities.

6 TUBE LASER All our experience is listening to you. Our know-how is reflected in the support our technicians provide in order to help you to make the best choice for your company.

6 6 TUBE LASER All our experience is listening to you. Our know-how is reflected in the support our technicians provide in order to help you to make the best choice for your company. Nowadays, it is more important than ever to share one s own requirements with the customer in order to achieve the best possible definition of the right system in terms of performance and price. Expertise in the field of laser technology and their different applications make TTM the partner of choice that can offer individually customized solutions and fulfil customer requirements. Bystronic TTM Laser is a part of the Bystronic Group, one of the largest producers of systems for the sheet metal processing industry. TTM Laser and Bystronic share and jointly manage their research and development resources in the field of laser cutting technology and thus create innovative, high-performance solutions for their customers.

7 TUBE LASER The full diversity of tube and profile processing 2D and 3D processing: The ability to choose between 2D and 3D laser cutting technology opens up the possibility of individually customized and precise cutting of parts in a very wide variety: tubes with round, square, and rectangular shapes as well as profiles with diverse open cross-sections (for example H, L, T, and U cross-sections). In addition to straight cutting edges, the 3D technology also enables bevel cuts up to 45 degrees. This versatility eliminates the need for costly milling, drilling, punching, or sawing processes. C4M Cloud for manufacturing TTM Laser not only supplies systems, but also services. Hence, TTM Laser carries out continuous research to find targeted solutions that apply state-of-the-art approaches in the field of IT in order to provide an end-to-end solution for the demands of modern laser processing service centers. Thanks to the C4M (Cloud for Manufacturing) corporate network, TTM Laser s systems turn into veritable computing centers. 7

8 8 TUBE LASER

9 TUBE LASER Tube Laser cutting With diameters ranging from 0.5 to 32 Inches and pipe and profile lengths up to 59 feet, our system solutions offer the largest available selection for the flexible production of small and large series. 9

10 TUBE LASER M2 model series The fiber laser for fast and versatile applications Customer benefits Concentrated technology: The cutting system combines the unique benefits of fiber laser technology

6 inches and workpiece lengths up to 28 feet and possibility to process open profiles More profit per part: Fast cutting processes combined with comparatively low operating costs and low maintenance

10 10 TUBE LASER M2 model series The fiber laser for fast and versatile applications Customer benefits Concentrated technology: The cutting system combines the unique benefits of fiber laser technology with the versatility of 3D cutting Wide range of applications for the cutting of steel, stainless steel, aluminum, and non-ferrous metals in diameters from 0.5 to 6.6 inches and workpiece lengths up to 28 feet and possibility to process open profiles More profit per part: Fast cutting processes combined with comparatively low operating costs and low maintenance requirements Bevels and angles: In addition to straight cutting edges, the 3D technology also enables bevel cuts of up to 45 degrees. This versatility eliminates the need for costly milling, drilling, punching, or sawing processes

11 TUBE LASER 1A utomatic loading system 2C utting area 3A

lengths 0.5 6.6 in 0.6 0.6 5.5 5.5 in 16.8 lb/ft 21 28 ft 6.

11 11 TUBE LASER 1A utomatic loading system 2C utting area 3A utomatic unloading system FL 170 Dimensions of tube and profile cross-sections Max. tube weight Available loading lengths Available unloading lengths in in 16.8 lb/ft ft ft Cross-sections No. of chucks No. of controlled axes Max. linear chuck speed Cutting head ft/min 2D 3D

12 TUBE LASER M3 model series The tube laser for highest demands on

right up to high material thicknesses: The CO2 laser technology achieves

In addition to straight cutting edges, the 3D cutting head also enables bevel

This versatility eliminates the need for costly milling, drilling, punching,

steel and aluminum in diameters between 0.

bundle loading or from chain loading system for open profiles.

12 12 TUBE LASER M3 model series The tube laser for highest demands on productivity and flexibility Customer benefits Outstanding cutting quality right up to high material thicknesses: The CO2 laser technology achieves excellent cutting edges with minimal scoring. In addition to straight cutting edges, the 3D cutting head also enables bevel cuts of up to 45 degrees. This versatility eliminates the need for costly milling, drilling, punching, or sawing processes Wide spectrum of applications: Users cut steel, stainless steel and aluminum in diameters between 0.75 and 12 inches and workpiece lengths up to 41 feet Flexible loading from bundle loading or from chain loading system for open profiles. Subsequently, the precise clamping of the tubes and profiles ensures high-precision processing For longer workpieces, the unloading system s controllable axes enable any type of tube or profile to be clamped during processing

13 TUBE LASER 1C utting unit 2A utomatic unloading system with

3 lb/ft Available loading lengths 21 41 ft Available unloading

13 13 TUBE LASER 1C utting unit 2A utomatic unloading system with third chuck 3A utomatic loading system FL 300 Dimensions of tube and profile cross-sections in Max. tube weight in 40.3 lb/ft Available loading lengths ft Available unloading lengths ft Cross-sections Number of chucks No. of controlled axes Max. linear chuck speed Cutting head ft/min 2D 3D

14 TUBE LASER M4 model series Maximum flexibility for tubes and profiles in the XXL format Customer benefits No limits in terms of diameter and format: The M4 series comprises

thicknesses: The CO2 laser technology achieves excellent cutting edges with minimal scoring.

three-dimensional gantry system called Sphera, which enables the processing to be carried out at any point in space: the motions are carried out along 5 interpolated axes with

14 14 TUBE LASER M4 model series Maximum flexibility for tubes and profiles in the XXL format Customer benefits No limits in terms of diameter and format: The M4 series comprises processing systems for tubes and profiles with an outer diameter of up to 32 inches and a maximum length of 59 feet Outstanding cutting quality right up to high material thicknesses: The CO2 laser technology achieves excellent cutting edges with minimal scoring. This means that the cut parts can be processed further without reworking Versatile 3D technology: The 3D cutting head enables straight cuts as well as bevel cuts of up to 45 degrees. This versatility eliminates the need for costly milling, drilling, punching, or sawing processes High level of dynamics: the heart of the M4 series consists of the three-dimensional gantry system called Sphera, which enables the processing to be carried out at any point in space: the motions are carried out along 5 interpolated axes with recirculating ball screws and linear motors Shorter set-up times: Processing different diameters and cross-sections without having to change tools thanks to four self-centering chucks that ensure the precise movement of the workpiece along the processing axis Highest precision in spite of the irregularities of large workpieces: During processing, the FMS floating mounting system of the four self-centering chucks compensates for angle deviations in workpieces

15 TUBE LASER 1 Three-dimensional Sphera system for high dynamics 2 Automatic chain unloading system 3 Generous loading and

Commercially available tubes almost always exhibit a certain degree of bending.

This system protects the mechanical chuck components and guarantees longterm reliability. 5 Productivity.

The 4 moveable chucks are crucial for the maximum optimization of the loading and unloading and ensure a high level of productivity.

236 lb/ft Available loading lengths up to 46 ft up to 46 ft up to 59 ft Available unloading lengths up to 46 ft up to 46 ft up to

15 15 TUBE LASER 1 Three-dimensional Sphera system for high dynamics 2 Automatic chain unloading system 3 Generous loading and unloading portals Reliability. Chucks with floating system (FMS ). Our machine is equipped with 4 moveable chucks. Commercially available tubes almost always exhibit a certain degree of bending. Thanks to the FMS system, the outer chucks (M1 and M4) can turn eccentrically around the theoretical pivot point. This system protects the mechanical chuck components and guarantees longterm reliability. 5 Productivity. Optimization of the cutting times and the loading and unloading times (4MMS ). The 4 moveable chucks are crucial for the maximum optimization of the loading and unloading and ensure a high level of productivity. FL 400 FL 600 FL in in in in max. 94 lb/ft in max. 194 lb/ft in max. 236 lb/ft Available loading lengths up to 46 ft up to 46 ft up to 59 ft Available unloading lengths up to 46 ft up to 46 ft up to 59 ft /3.9/2.6 ft 6.5/4.9/3.2 ft 6.5/6.2/4.1 ft 229 ft/min 196 ft/min ft/min 2D 3D 2D 3D 2D 3D Dimensions of tube and profile cross-sections Max. tube weight Cross-sections Number of chucks No. of controlled axes Strokes of gantry system (X/Y/Z) Max. linear chuck speed Cutting head

16 16 TUBE LASER Fiber laser Machine type Laser source Fiber 2000 FL 170 FL 300 CO2 laser Fiber 3000 Laser 3000 Laser 4000 FL 400 FL 600 FL 800

17 TUBE LASER CO2 laser and fiber laser technology The right cutting technology for every requirement. Depending on the materials that are to be processed and the desired cutting quality and level of productivity, users have the choice between CO2 laser cutting systems and fiber laser cutting systems. Fiber lasers achieve high cutting speeds in thin material thicknesses. Additionally they boast low power consumption while requiring little maintenance. The special properties of this laser cutting technology enable applications in steel, stainless steel, aluminum, and non-ferrous metals, such as copper and brass. CO2 lasers are characterized by their high cutting quality. Their primary area of application lies in the medium to high range of material thicknesses. The cutting edges achieved with the laser beam excel through burr-free cutting and low scoring. This means that the cut parts can be processed further without reworking. 17

18 18 TUBE LASER TTMaster TTMaster is the CAD/CAM solution that was developed by TTM Laser for the offline programming of tube cutting systems. TTMaster guides users through all phases of the programming process, from designing the parts through to the creation of the CNC programs. The software consists of three modules: 3D-Designer Technology creation production management The software guides the operator from the 3D modelling of the workpiece right through to the creation of the cutting lines and the final process file. TTMaster simplifies production management by optimally nesting the parts that are to be cut on the raw material, thus reducing material consumption and enabling a more efficient management of the entire production process. 3D-Designer The 3D design environment makes it very easy to model tubes and open profiles using parametrical drawings and the penetration of solids. An integrated database contains predefined cross-sections (round, rectangular, etc.) for tubes, profiles, and also for drilling. In addition, 3D master files, such as step and iges, can be imported. It is also possible to import and modify the worldwide IFC standard for the structural world (BIM) by opening the environment for the cutting of assemblies. Overview of the most important features: 3D modelling of tubes and open profiles Definition of drilling holes and processing of any shapes by extrusion of sections from dxf files Import of the most important 3D files, such as step, iges, and ifc

TUBE LASER 19 Technology creation Once the workpiece has been designed, the software automatically creates the suitable cutting process.

cuts. Overview of the most important features: Automatic creation of cutting profiles Bevel cut automatic management Automatic and optimized creation of the paths between processing steps with

of paths with minimum material, maximum material, outer and inner cast skin Automatic or manual application of micro-joints Application of markings Availability of the lead-in catalogue: linear,

Manual procedures for lead-in adjustments, inversion of processing, layout modifications, parameter modifications, and head tilt adustments Visualization and graphical movement of the machine with

In this phase, the Nesting module ensures the correct and optimized positioning of the workpieces on the raw material.

19 TUBE LASER 19 Technology creation Once the workpiece has been designed, the software automatically creates the suitable cutting process. It selects the optimized processing sequence, the correct positioning of piercings and cutting line guidance, the ideal cutting parameters for each application, and the angle of the head for bevel cuts. Overview of the most important features: Automatic creation of cutting profiles Bevel cut automatic management Automatic and optimized creation of the paths between processing steps with movements with lowered head, ping pong, or release Application of bevels ( V positive, V negative, Y positive, Y negative, K and X) for the processing of drawn or imported workpieces Calculation of paths with minimum material, maximum material, outer and inner cast skin Automatic or manual application of micro-joints Application of markings Availability of the lead-in catalogue: linear, round, etc. Manual procedures for lead-in adjustments, inversion of processing, layout modifications, parameter modifications, and head tilt adustments Visualization and graphical movement of the machine with corresponding simulation of the cut Creation of CN programs Production management Once the individual programs have been created, the production management phase begins. In this phase, the Nesting module ensures the correct and optimized positioning of the workpieces on the raw material. Overview of the most important features: Automatic nesting of several workpieces on the raw material Optimization of the number of beams used to cut the desired number of parts Creation of the best possible positioning Planning of non-orthogonal cut ends, rotation, and penetration of the parts in order to minimize material consumption Possibility to activate and deactivate the rotation restrictions for workpieces Common cut management Intuitive visualization (with colors) of the number of workpieces effectively positioned on the raw material

20 20 TUBE LASER Bystronic Collections LASER + AUTOMATION BENDING + AUTOMATION TUBE LASER SOFTWARE Bystronic Tools SERVICES + SUPPORT Best choice. Laser Bending Waterjet bystronic.com DEU Image brochure Not all products listed in this brochure are available in all countries. This brochure may show parts that are not standard equipment, but are available as options. For the better visibility of machine details, some safety covers may have been opened or removed for these pictures. The right to makes changes to dimensions, construction, and equipment is reserved. For technical data, see the separate data sheets. ISO-9001-certified Tool catalog Bystronic Media Center Photographs Brochure Technical Data Sheets Videos Bystronic Videos on Youtube

22 TUBE LASER bystronic.com Laser + Automation/1810enu/Printed in Switzerland Copyright Bystronic 2018

BENDING + AUTOMATION

BENDING + AUTOMATION 4 BENDING Bending Bending is a procedure for forming a flat, sheet metal workpiece. It immediately follows cutting in the processing chain. The workpiece lies on a bottom tool with