Engineering for mechanical systems - Import export

Overview for triflex® advantages Other information triflex® RSP Continuously adjustable retraction force triflex® RSP triflex® RSE Infinitely adjustable retraction force for small robots triflex® RSE Triflex® R-Set Universal module for all motions on the robot Triflex® R-Set Fiber rod modules Intelligent problem solution through directed pretension. Fiber rod modules Universal assembly kit Offers the potential to mount the fiber rod module in the desired position on the robotic arm. Universal assembly kit Strain reliefs for large cross sections Secure mounting also in the use of cables with large cross section. Strain reliefs Gliding feed-through Available with and without swivel bearing Gliding feed-through Protectors Well protected in extreme applications. Protectors Heat shield Protection against weld and metal spills up to 600°C Heat shield CF Robot special cables Special cables for long service life in robotic applications. CF Robot special cables iF-Design Award for "TRC"- and "TRL"-Design Cleanroom environments on request Series TRC electrically conductive ESD/TEX versions possible UL94-V2classification Overview for triflex® advantages Other information Application examples Interesting applications from a variety of industrial sectors Triflex® R Configure interior separation Define cables, select chain and configure interior separation. Now also for all Triflex® R series! Internal separation configurator Triflex® R QuickRobot Equipment support for various types of robots. Simplified ordering of complete systems. QuickRobot TRC.30 Inner height Bi 1: 12 mm Inner height Bi 2: 10 mm Bending radius R: 50 mm Pitch: 11.3 mm e-chain® TRC.40 Inner height Bi 1: 15 mm Inner height Bi 2: 13 mm Bending radius R: 58 mm Pitch: 13,9 mm e-chain® Installation instructions Instructions for the joining and separating of the triflex® R - TRC. Assembly Instructions TRC.60 Inner height Bi 1: 22,5 mm Inner height Bi 2: 19,5 mm Bending radius R: 87 mm Pitch: 20,4 mm e-chain® TRC.70 Inner height Bi 1: 28 mm Inner height Bi 2: 24 mm Bending radius R: 110 mm Pitch: 25,6 mm e-chain® TRC.85 Inner height Bi 1: 33 mm Inner height Bi 2: 28 mm Bending radius R: 135 mm Pitch: 30,6 mm e-chain® TRC.100 Inner height Bi 1: 37.5 mm Inner height Bi 2: 32.5 mm Bending radius R: 145 mm Pitch: 34.5 mm e-chain® TRC.125 Inner height Bi 1: 43,3 mm Inner height Bi 2: 43,3 mm Bending radius R: 182 mm Pitch: 44,6 mm e-chain® Standard mounting bracket for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRCF.85 Inner height Bi 1: 30 mm Bending radius R: 135 mm Pitch: 30.6 mm e-chain® TRCF.100 Inner height Bi 1: 37,5 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® Standard mounting bracket for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRE.30 Inner height Bi 1: 12 mm Inner height Bi 2: 10 mm Bending radius R: 50 mm Pitch: 11,3 mm e-chain® TRE.40 Inner height Bi 1: 15 mm Inner height Bi 2: 13 mm Bending radius R: 58 mm Pitch: 13,9 mm e-chain® Installation instructions Instructions for the joining, separating and filling of the triflex® R - TRE. Assembly Instructions TRE.60 Inner height Bi 1: 22,5 mm Inner height Bi 2: 19,5 mm Bending radius R: 87 mm Pitch: 20,4 mm e-chain® TRE.70 Inner height Bi 1: 28 mm Inner height Bi 2: 24 mm Bending radius R: 110 mm Pitch: 25,6 mm e-chain®. TRE.85 Inner height Bi 1: 33 mm Inner height Bi 2: 28 mm Bending radius R: 135 mm Pitch: 30,6 mm e-chain® TRE.100 Inner height Bi 1: 37,5 mm Inner height Bi 2: 32,5 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® TRE.125 Inner height Bi 1: 43,3 mm Inner height Bi 2: 43,3 mm Bending radius R: 182 mm Pitch: 44,6 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRE.40.B Inner height Bi 1: 15 mm Inner height Bi 2: 13 mm Bending radius R: 58 mm Pitch: 13.9 mm e-chain® TRE.60.B Inner height Bi 1: 22,5 mm Inner height Bi 2: 19,5 mm Bending radius R: 87 mm Pitch: 20,4 mm e-chain® Assembly instruction Instructions for the joining, separating and filling of the Triflex® R - TRE-B version. Assembly instruction TRE.70.B Inner height Bi 1: 28 mm Inner height Bi 2: 24 mm Bending radius R: 110 mm Pitch: 25,6 mm e-chain® TRE.85.B Inner height Bi 1: 33 mm Inner height Bi 2: 28 mm Bending radius R: 135 mm Pitch: 30,6 mm e-chain® TRE.100.B Inner height Bi 1: 37,5 mm Inner height Bi 2: 32,5 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket Assembly tool triflex® R B-version Assembly tool for disassembly of triflex® R B-version Assembly tool triflex® R B-version TRL.30 Inner height Bi 1: 12 mm Inner height Bi 2: 10 mm bending radii R: 50 mm Pitch: 11,3 mm e-chain® TRL.40 Inner height Bi 1: 15 mm Bending radius R: 58 mm Pitch: 13.9 mm e-chain® Installation instructions Instructions for the joining, separating and filling of the Triflex® R - TRL. Assembly Instructions TRL.60 Inner height Bi 1: 23 mm. Bending radius R: 87 mm. Pitch: 20.4 mm e-chain® TRL.70 Inner height Bi 1: 28 mm Bending radius R: 110 mm Pitch: 25.6 mm e-chain® TRL.100 Inner height Bi 1: 38 mm Bending radius R: 145 mm Pitch: 34.5 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRLF. 65 Inner height Bi 1: 24.4 mm Bending radius R: 100 mm Pitch: 23.1 mm e-chain® TRLF. 85 Inner height Bi 1: 32.8 mm Bending radius R: 135 mm Pitch: 31 mm e-chain® Assembly instruction Instructions for the joining, separating and filling of the Triflex® R - TRLF. Assembly instruction TRLF. 100 Inner height Bi 1: 38 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket triflex® RSP Continuously adjustable retraction force triflex® RSP triflex® RSE Infinitely adjustable retraction force for small robots triflex® RSE Triflex® R-Set Universal module for all motions on the robot Triflex® R-Set Fiber rod modules Intelligent problem solution through directed pretension. Fiber rod modules Universal assembly kit Offers the potential to mount the fiber rod module in the desired position on the robotic arm. Universal assembly kit Strain reliefs for large cross sections Secure mounting also in the use of cables with large cross section. Strain reliefs Gliding feed-through Available with and without swivel bearing Gliding feed-through Protectors Well protected in extreme applications. Protectors Heat shield Protection against weld and metal spills up to 600°C Heat shield CF Robot special cables Special cables for long service life in robotic applications. CF Robot special cables This system is especially suited for: First choice for multi-axis industrial robots Three versions are available: TRC: closed design; TRE: "Easy" design, very easy to fill in from outside; and TRL: the "Light" version, likewise with "easy" design Universally applicable in general mechanical engineering Secure energy supply system Multi-axis (3D movements) High torsional stability Can be shortened and lengthened as required due to the individual elements Large filling space Doesn't get stuck in the interfering edges Small bending radius Simple cable routing for three-dimensional applications with ball-and-socket system for absorption of high tensile strength Cables easy to install and replace (TRE/TRL version) Fiber rod module for partial reinforcement and to give direction TRL - One-piece element, extremely light High tensile strength without additional elements like steel cables, spring elements, etc. Typical industrial sectors and applications First choice for industrial robots Machine tools Handling equipment 6-axis Material handling system General mechanical engineering iF-Design Award for "TRC"- and "TRL"-Design Cleanroom environments on request Series TRC electrically conductive ESD/TEX versions possible UL94-V2classification

Adjustment of workstation systems through to complex mechanical engineering systems Lifting columns are the ideal drive elements when a motor setting is required in addition to the stable guidance. The whole technology is integrated and not visible from the outside. These lifting columns do not need any additional coverings. Usually, no special electrical knowledge will be required for the commissioning. Various versions are available as standard for the application in the field of medical technology. Several lifting columns can be combined and synchronised and offer further impressive application possibilities. The MultiControl-units can be linked by a BUS-system and enable the synchronization of maximal 32 lifting columns. The right Lifting column, quickly and easily Use our online product finder and compare lifting columns with each other, receive catalogue and CAD data or request the desired products directly.

Customer service and system maintenance – fast and future- oriented. Our goal is to create low- maintenance systems that guarantee maximum precision and maximum work capacities. Of course we also adapt our systems to satisfy our customers’ individual needs and to meet special requirements. We develop solutions to perfectly integrate our soldering systems into any given production process. At any time, STRECKFUSS SYSTEMS provides customers with spare parts, wearing parts, and alteration parts. We are a service team of experienced electrical engineers, mechanical engineers and system manufacturers. Beside the firm maintenance dates, our team is always available for short- notice duties. STRECKFUSS SYSTEMS guarantees an excellent customer service and takes on the responsibility for all system maintenance work with regard to both the new STRECKFUSS soldering systems and older models. Our customer service – an overview: commissioning briefing user training system inspection system maintenance system repair works on- call service system modification waste management

Our combined turned-milled parts which are produced fully automatic on CNC machining centers are used in general mechanical engineering and actuator systems.

Medur PVC-U extr-sheets are suitable for tanks, laboratory equipment, galavanising plants, mechanical engineering, ventilations system etc. Medur sheets: - high chemical resistance - easy to weld and glue - operating temperature to +60°C - flammability classification DIN 4102-B1 upon request (Meflam) - printable - good machinability 2000x1000x 1-50mm 3000x1500x 1-30mm 2440x1220x var.thicknesses 4000x2000x 3-7mm different colors available

Kube P1 Diesel Portable Water Pump ENGINE TYPE- 4 CYCLE NUMBER OF ENGINE CYLINDER - 2 CYLINDER COOLING SYSTEM - AIR COOLED ENGINE BORE x STROKE - 90,00 x 75,00 mm PISTON DISPLACEMENT - 954 cc ENGINE OUTPUT - 17 kW – 23 HP ENGINE FUEL TYPE - DIESEL ENGINE FUEL TANK CAPACITY - 6 LT ENGINE FUEL CONSUMPTION - 4 LT/HR (FULL STROKE) ENGINE FUEL SYSTEM - DIRECT FUEL INJECTION ENGINE OIL TANK CAPACITY - 3 LT ENGINE STRATING - ELECTRIC PUMP SUCTION SYSTEM - MECHANIC PATENTED SUCTION SYSTEM PUMP TYPE - SINGLE STAGE CENTRIFUGAL PUMP PUMP SUCTION TYPE AND DIA - STORZ – 4” PUMP DISCHARGE TYPE AND DIA - STORZ – 2,5” (OPTIONAL 2,5” BS, GOST, NH) PUMP DISCHARGE NUMBER - TWIN OUTLET PUMP DISCHARGE VALVE -BALL VALVE PUMP BEARING OIL CAPACITY - 150 ml DRY WEIGHT - 125 KG READY TO WORK WEIGHT - 140 KG OVERALL DIMENSION (mm) - 600 x 850 x 750

Kube P2 Gasoline Portable Water Pump ENGINE TYPE - 4 CYCLE NUMBER OF ENGINE CYLINDER - 2 CYLINDER COOLING SYSTEM - AIR COOLED ENGINE BORE x STROKE - 86,00 x 79,00 mm PISTON DISPLACEMENT - 993 cc ENGINE OUTPUT - 27,6 Kw – 37 HP ENGINE FUEL TYPE - Gasoline ENGINE FUEL TANK CAPACITY - 20 LT ENGINE FUEL CONSUMPTION - 8 LT/HR (FULL STROKE) ENGINE FUEL SYSTEM - ELECTRONIC FUEL INJECTION ENGINE OIL TANK CAPACITY - 2,3 LT ENGINE STRATING - ELECTRIC PUMP SUCTION SYSTEM - MECHANIC PATENTED SUCTION SYSTEM PUMP TYPE - SINGLE STAGE CENTRIFUGAL P. PUMP SUCTION TYPE AND DIA - STORZ – 4” PUMP DISCHARGE TYPE AND DIA - STORZ – 2,5” (OPTIONAL 2,5” BS, GOST, NH) PUMP DISCHARGE NUMBER - TWIN OUTLET PUMP DISCHARGE VALVE - BALL VALVE PUMP BEARING OIL CAPACITY - 150 ml DRY WEIGHT - 105 KG READY TO WORK WEIGHT - 135 KG OVERALL DIMENSION (mm) - 600 x 850 x 750

Wire spark erosion, laser micro-cutting, micro-milling and micro-drilling STEEC is also involved, both as a subcontractor to numerous SMEs and agencies in the metallurgy and mechanical engineering sectors which very often engage in subcontracting activities themselves. STEEC enables these players to respond to invitations to tender that involve meeting precision micro-machining requirements for which they are not equipped. The wide variety of precision micro-machining operations which STEEC offers is highly beneficial to these SMEs and agencies, which are able to offer a comprehensive service in micro spark erosion, laser micro-cutting, micro-drilling and milling.

3D printing or additive manufacturing (AM) is any of various processes for making a three-dimensional object of almost any shapes. At RPWORLD, additive manufacturing 3D printing is designed for functional prototypes, complex designs, and production components. - Materials selection Selective laser sintering, (SLS), Stereolithography (SLA) and Fused Deposition Modeling (FDM) are the most common additives manufacturing processes that RPWORLD uses to realize a project. - Cost-efficiently You can get the 3D printed parts of any possible shapes as you desire. And more importantly, since it doesn’t need the mold, it could be a cost-effective process for your custom parts. - Complex-geometries The structure of the 3D printed parts is not limited, you can nearly get any shapes as your part design.

3D printing or additive manufacturing (AM) is any of various processes for making a three-dimensional object of almost any shapes. At RPWORLD, additive manufacturing 3D printing is designed for functional prototypes, complex designs, and production components. - Materials selection Selective laser sintering, (SLS), Stereolithography (SLA) and Fused Deposition Modeling (FDM) are the most common additives manufacturing processes that RPWORLD uses to realize a project. - Cost-efficiently You can get the 3D printed parts of any possible shapes as you desire. And more importantly, since it doesn’t need the mold, it could be a cost-effective process for your custom parts. - Complex-geometries The structure of the 3D printed parts is not limited, you can nearly get any shapes as your part design.

The KASAG glove box is used for handling and controlling in sterile processing. The glove box with introducer sheath is equipped with a vibrating sieve and is used when powdery products are filled into bags. The KASAG bag sterilising gassing chamber is used to ensure sterile sealing of products in bags. For that, air is extracted (vacuum) and subsequently swapped with nitrogen. The equipment complies with the strictest hygienic regulations. The mounting can be easily adjusted to the size of the bag.

Are you using pressure vessels, apparatuses, pressure containers that are subject to the inspection cycles of the regulatory authorities? Would you like to have our advance expertise on the technical updates? Do you have problems with the cleaning of apparatuses, containers? Are you unsure about the technical details of the bought-in containers, apparatuses, and would you like them checked? We are experts in apparatus and pressure vessel construction and have comprehensive knowhow of the pressure equipment directive. For control, testing KASAG offers a wide range of non-destructive testing methods. Please get in touch with us, and our KASAG experts will be glad to offer you expertise.

The KASAG double-tipping station with integrated weighing cells guarantees simple handling of containers. So that minimal quantities of the remaining product sticks in the container.

We bring your ideas to life KASAG has a high level of competence, with many years of experience in design and construction of plants, apparatuses, pressure vessels, pipes and welded structures. Our engineers can assist you with the following: Strength calculation according to the global regulations, such as PED (EN13445 / AD-2000), ASME (U-Stamp), China Stamp (A1), TP TC 032/2013 (EAC) FEM-calculations (Finite element analysis) and providing proof for overpressure and underpressure, load alteration, earthquake, joint flanges, nozzle loads Consultancy for interpreting and analyses of computation results, material choice, regulatory authorities Constructive, design based on Autocad 2D and Inventor 3D Comprehensive plants engineering, such as compilation of technical specifications, P&I schemes, risk analyses, pipeline/piping planning

KASAG is a highly qualified partner for undertaking contract manufacturing on your behalf. Our machines and equipment for premium processing of stainless steels and aluminium alloys always allow us to meet any demand you might have. Machine for object size Container diameter up to Ø 4 m Object weight up to 13 t Object length up to16 m Material zone with Cr ? 19%, Ni ? 8% (1.4307, 1.4571, ...) with Cr ? 19%, Ni ? 12% (1.4539, 1.4828, …) Duplex (1.4462, 1.4410, …) Alloys NiCrFeMo mit Ni > 40% (Inconel, Hastelloy) Alloys Al – Mn und Mg (AlMg 4.5 Mn)

With our highly modern 3D plasma cutting equipment, we undertake plasma cuts of spherical bottoms/heads, dished boiler heads, pipes, profiles and metal sheets in material thickness of 1 - 50 mm. Metal sheet change:2,000 x 3,000 mm (2,000 x 6,000 mm) Pipes, profile:diameter 30 - 500 mm / length 3,000 mm (6,000 mm) Heads, cones: up to diameter 2,500 mm Material thickness:1 - 50 mm

KASAG has many years of experience in staining and passivating stainless steel and aluminium alloys. Our services for single objects are invoiced according to the expense and effort invested, or in the case of larger objects, according to prior quotation. For serial parts, the unit price is taken as the basis for invoicing. Bath pickling: 1,900 x 900 x 800 mm Sprays pickling: 6,000 x 3,000 x 2,500 mm (max. object size)

We have many years of experience in grinding and brushing of stainless steel surfaces for all object forms, as well as in the manual and machine grinding of circular objects. Our combined grinding machine/plant can be universally used, owing to its modular construction; it is of premium quality and guarantees surface roughness for stainless steel surfaces, on the inside and the outside for cylinders, spherical heads and cones for grinding welding seams superelevations for grinding longitudinal and circular welding seams roots

Our specialists have vast knowledge and many years of experience in non-destructive testing (NDT) of welding seams, welding constructions, pressure vessels, containers, equipment and plants. We use and offer the following testing procedures for that purpose: X-rays RT Dye penetrant testing PT Visual inspection VT Material testing/ Positive Material Identification PMI Helium leakage testing LT Riboflavin test Pressure tests of up to max. 1000 bar Surface roughness testing Ra/Rz Ferrit measurement Fe Wall thickness measurement Video endoscopy Pressure-loss test (liquid) With KASAG, you remain on the safe side.

MFZ SERIES – FIT 2 PART – YOUR TASK DEFINES OUR MACHINE. Highest performance and output per square meter, at the same time lower costs and higher productivity – that was the task for our engineers and developers at SAMAG MachineTools. The result: the MFZ series with FIT 2 PART. The conception of the new series leaves nothing to be desired. Technological know-how - for the highest precision with the greatest possible productivity - coupled with passion and innovation, means we create the opportunity to continue adapting the performance of our MFZ machine tools to your workpiece in the future - FIT 2 PART! Whether they have complicated workpiece dimensions or are looking for the optimal quantity solution with minimal machine investmen

QUICK CHECK GUN DRILL Eight basic cycles, based on experience, are included in the scope of delivery of the machine and guarantee professional processing of the workpiece. Specific groups for cross drilling cycles are available as an option. This makes workshop programming and programming of crossing holes easier by adapting the feed when hitting the cross hole. This increases the tool life significantly.

STABILITY AND HIGHEST PRECISION COME BY APPROXIMATE. THE PERFECTLY THOUGHTFUL AXIS CONCEPT IN THE POWER TOWER DESIGN ALLOWS MINIMAL TCP DISTANCE AND MAXIMUM MACHINE STIFFNESS. The POWER TOWER DESIGN impresses with its compact design and extreme rigidity. All components in the force flow are statically and dynamically optimized down to the last detail, thus ensuring perfect work results. The clear separation of all linear axes guarantees long-term dimensional accuracy of all axis drives and sustainably prevents tolerances from overlapping and thereby increasing. Thanks to the large footprint of the Y-tower and the unique DOUBLE BALL SCREW DRIVE, we always achieve optimal support for the drill beam in the TFZ and at the same time an extremely short distance between the swivel bearing and the tool center point (TCP distance), for maximum rigidity with large transverse forces.

THE MULTI-SPINDLE SHAFT DRILLING MACHINES OF THE TBM roto series ARE DESIGNED FOR PERMANENT PRODUCTION USE. THEY ARE PARTICULARLY DURABLE, EXTREMELY ROBUST AND GUARANTEE THE HIGHEST PRECISION: 24/7/365! TBM roto – shaft drilling machine for production For machining rotationally symmetrical workpieces such as gear shafts, camshafts, steering rods, common rails, standard parts... Customer-specific solutions, automation, handling, workpiece clamping, workpiece cleaning… Long-lasting machines for parts with the highest precision Additional units, features or modules available Optimized accessibility to all components for maintenance and service

used horizontal machining center, year of construction: 2008 Product name: MFZ 2-2 Update Used 2-spindle horizontal 5-axis machining center Year of construction: 2008 Sinumerik 840D Powerline control Machine dimensions without coolant system and chip conveyor L x W x H approx. 5.10m x 3.05m x 2.8m Weight approx. 20,000 kg (machine without coolant system and accessories) X-axis travel: 450 mm Y-axis travel: 500 mm Z-axis travel: 450 mm Spindle distance: 450 mm Rapid traverse XY Z axis 60,000mm/min 2 x motor milling spindle GMN, version with HSK63 tool holder Drive power (S1/S6) 28 KW (constant) Torque (S1/S6) 63/83 Nm max. speed 16,000 rpm Spindle distance 450mm Chip conveyor Knoll (scratch belt conveyor in positioning variant across the machine) High-quality Knoll KSS system with fine filtration Flush gun Complete enclosure Tool storage (2 x 50 tools) Operating voltage 400V 3N ~ Control voltage 24V DC Connection value machine approx. 72 KVA Compressed air connection 6 bar

4 SIZES AND LOTS OF POSSIBILITIES! THE SFZ SERIES ESPECIALLY SCORES WITH STRONG PERFORMANCE. Starting from the four basic models of the SFZ series; We offer modular equipment variants, depending on performance requirements. Completely in the spirit of FIT 2 TASK. In order to guarantee individual performance, the SFZ machines are equipped with the latest generation of Heidenhain iTNC640 controls as standard. SIEMENS 840D SL is optionally available as an alternative, depending on your requirements.

PENDULUM CHANGER – GOOD FROM EXPERIENCE. The W-axis principle, established by SAMAG since 1995, enables workpiece loading to be carried out parallel to production times. The workpiece carrier table is moved in the swivel drive from 0 – 180°. This means that the next loading and unloading of workpieces can take place during processing. Efficient and useful also for robot-assisted loading.

The frame construction concept offers reliable stability thanks to its closed design. The power transmission through the axis movements in the working area does not cause any deformation of the frame. This extremely stable solution is a prerequisite for the high-precision machining of your workpieces and guarantees consistently high process quality. The new generation of the MFZ is also built on the solid machine bed with Hydropol ® filling. The specially developed composite material improves the stability of machine tool beds. Hydropol ® makes a further step possible in terms of the interaction between energy efficiency and high productivity.

SIMPLY ROTATE THE 3D UNIT BY 90° AND THE MASS THAT HAS TO BE MOVED IS ONLY HALF AS BIG! ZERO GRAVITY DRIVE – OR TURN WITH MASS. Through the rotation and the resulting reduction of the mass to be moved - by around half - we can use the ZERO GRAVITY DRIVE to achieve an incomparably efficient, dynamic and stable type of spindle movement in all three spatial axes. This new kinematic concept is unique in multi-spindle machining centers and enables maximum efficiency and absolute precision on the one hand and maximum utilization and extreme cost-effectiveness on the other.

2-spindle solution with a 4-part clamping device Editing the OP 20 after the turning process Piece time less than 90s possible