Engineering work - Import export

These are the parts used in mechanical shaft.

Overview of E4.1 benefits Additional information Series E4.21 Inner height hi: 21 mm Inner widths Bi: 30 - 120 mm bending radii R: 38 - 200 mm Pitch: 30.5 mm E-Chain® with crossbars at every link Series E4.28 Inner height hi: 28 mm Inner widths Bi: 40 - 300 mm bending radii R: 55 - 250 mm Pitch: 46 mm E-Chain® with crossbars at every link Series E4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every link Series E4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every link Series E4.56 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every link Series E4.80 Inner height hi: 80 mm Inner widths Bi: 50 - 600 mm bending radii R: 150 - 1000 mm Pitch: 111 mm E-Chain® with crossbars at every link Series 1640 Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 600 mm Pitch: 143 mm E-Chain® with crossbars at every link E4.112 series Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every link E4.162 series Inner height hi: 162 mm Inner widths Bi: 200 - 600 mm bending radii R: 250 - 1000 mm Pitch: 200 mm E-Chain® with crossbars at every link Series 800 Inner height hi: 200 mm Inner widths Bi: 200 - 600 mm bending radii R: 325 - 1000 mm Pitch: 250 mm E-Chain® with crossbars at every link Series 840 Inner height hi: 204 mm Inner widths Bi: 100 - 563 mm bending radii R: 325 - 1000 mm Pitch: 250 mm E-Chain® with crossbars at every link Series E4.350 Inner height hi: 350 mm Inner widths Bi: 400 - 800 mm bending radii R: 500 - 1000 mm Pitch: 470 mm E-Chain® with crossbars at every link Series H4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every other link Series H4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every other link Series H4.56 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every other link Series H4.80 Inner height hi: 80 mm Inner widths Bi: 50 - 600 mm bending radii R: 150 - 1000 mm Pitch: 111 mm E-Chain® with crossbars at every other link Series H4.112 Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every other link Series R4.28 Inner height hi: 28 mm Inner widths Bi: 50 - 300 mm bending radii R: 63 - 250 mm Pitch: 46 mm E-Tube, swivel lid Series R4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 300 mm Pitch: 56 mm E-Tube, swivel lid Series R4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 350 mm Pitch: 67 mm E-Tube, swivel lid Series R4.56 Inner height hi: 56 mm Inner widths Bi: 75 - 462 mm bending radii R: 150 - 500 mm Pitch: 91 mm E-Tube, swivel lid Series R4.80 Inner height hi: 80 mm Inner widths Bi: 150 - 460 mm bending radii R: 200 - 1000 mm Pitch: 111 mm E-Tube, swivel lid Series R1608 Inner height hi: 112 mm Inner widths Bi: 200 - 400 mm bending radii R: 250 - 600 mm Pitch: 143 mm E-Tube, swivel lid R4.112 series Inner height hi: 112 mm Inner widths Bi: 200 - 400 mm bending radii R: 250 - 1000 mm Pitch: 143 mm E-Tube, swivel lid Assembly tool for E4-series For the practical opening and closing of the E4 series. Big savings in assembly time Assembly tool for E4-series IPA classification -Report IG 1303-640, tested E4.32.10.063.0 41 dB(A) determined at the igus® laboratory, v = 1.8 m/s unsupported ESD classification: Electrically conductive ESD/Atex versions on request System E4.1 proven in long travels e-tubes available as special design with HT material for 850°C hot chips Overview of E4.1 benefits Additional information Series E4.21 Inner height hi: 21 mm Inner widths Bi: 30 - 120 mm bending radii R: 38 - 200 mm Pitch: 30.5 mm E-Chain® with crossbars at every link Series E4.28 Inner height hi: 28 mm Inner widths Bi: 40 - 300 mm bending radii R: 55 - 250 mm Pitch: 46 mm E-Chain® with crossbars at every link Series E4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every link Series E4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every link Series E4.56 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every link Series E4.80 Inner height hi: 80 mm Inner widths Bi: 50 - 600 mm bending radii R: 150 - 1000 mm Pitch: 111 mm E-Chain® with crossbars at every link Series 1640 Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 600 mm Pitch: 143 mm E-Chain® with crossbars at every link E4.112 series Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every link E4.162 series Inner height hi: 162 mm Inner widths Bi: 200 - 600 mm bending radii R: 250 - 1000 mm Pitch: 200 mm E-Chain® with crossbars at every link Series 800 Inner height hi: 200 mm Inner widths Bi: 200 - 600 mm bending radii R: 325 - 1000 mm Pitch: 250 mm E-Chain® with crossbars at every link Series 840 Inner height hi: 204 mm Inner widths Bi: 100 - 563 mm bending radii R: 325 - 1000 mm Pitch: 250 mm E-Chain® with crossbars at every link Series E4.350 Inner height hi: 350 mm Inner widths Bi: 400 - 800 mm bending radii R: 500 - 1000 mm Pitch: 470 mm E-Chain® with crossbars at every link Series H4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every other link Series H4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every other link Series H4.56 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every other link Series H4.80 Inner height hi: 80 mm Inner widths Bi: 50 - 600 mm bending radii R: 150 - 1000 mm Pitch: 111 mm E-Chain® with crossbars at every other link Series H4.112 Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every other link Series R4.28 Inner height hi: 28 mm Inner widths Bi: 50 - 300 mm bending radii R: 63 - 250 mm Pitch: 46 mm E-Tube, swivel lid Series R4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 300 mm Pitch: 56 mm E-Tube, swivel lid Series R4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 350 mm Pitch: 67 mm E-Tube, swivel lid Series R4.56 Inner height hi: 56 mm Inner widths Bi: 75 - 462 mm bending radii R: 150 - 500 mm Pitch: 91 mm E-Tube, swivel lid Series R4.80 Inner height hi: 80 mm Inner widths Bi: 150 - 460 mm bending radii R: 200 - 1000 mm Pitch: 111 mm E-Tube, swivel lid Series R1608 Inner height hi: 112 mm Inner widths Bi: 200 - 400 mm bending radii R: 250 - 600 mm Pitch: 143 mm E-Tube, swivel lid R4.112 series Inner height hi: 112 mm Inner widths Bi: 200 - 400 mm bending radii R: 250 - 1000 mm Pitch: 143 mm E-Tube, swivel lid Assembly tool for E4-series For the practical opening and closing of the E4 series. Big savings in assembly time Assembly tool for E4-series IPA Classification Report IG 1303-640, tested series E4.32.10.063.0 E-Chain® selection aids You can find the right E-Chain® quickly by entering concrete parameters and with the aid of a comparison table. Selection aids Assembly instruction video Assembly video with accurate description for joining, splitting and opening e-chains® and e-tubes. Installation instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. E 4.1 E4.1-E-Chain® with 4-piece structure Smooth, cable friendly inner surfaces Low noise operation through integrated "brake" on the radial stop dogs Sound dampers as an additional noise-reducing option Wide application range Numerous interior separation options Large accessory kits Widths up to 2000 mm through extension links To open on both sides Max. travel distance: Over 200 m Typical industrial sectors and applications: Krane Indoor Cranes Composting systems Sewage treatment plants Machine tools General mechanical engineering Materials-Handling Technology Refrigeration engineering Construction machinery Wood working Robotics and handling systems IPA classification -Report IG 1303-640, tested E4.32.10.063.0 41 dB(A) determined at the igus® laboratory, v = 1.8 m/s unsupported ESD classification: Electrically conductive ESD/Atex versions on request System E4.1 proven in long travels e-tubes available as special design with HT material for 850°C hot chips

We manufacture a large number of standard products as well as customer-specific special parts with optical surface qualities as contract manufacturing. You are welcome to get an overview in the category metal optics.You can also download all metal optics directly from our general overview or find them in our download area .In addition to such components with an optical function, we also manufacture precision parts for which a high geometric accuracy is in the foreground, such as air bearing components or micro-milled parts. With an extensive inventory of ultra-precision machines and the corresponding measuring technology, we manufacture with accuracies down to the sub-micrometer range and with roughness up to approx. 1 nm [Ra]. LT Ultra serves both single and series production. We look forward to your inquiry.

Special mechanical engineering - unique, individual, tailored For the plant, machine and special machine engineering sector, we manufacture ■ custom-made components ■ casings and coverings ■ machinery racks ■ noise-protection cabins ■ complete assemblies Thanks to our vertical integration combined with a large material storages, we are realizing shortest throughput time for your projects on highest quality level. We serve numerous sectors like the rubber industrie, steel processing industry, automation technology, consumer goods industry, energy industry and any other branches where individual steel, stainles steel and aluminium components and assemblies are needed. Whether you want custom-made components or ready mounted and suface-finished overall systems, we do it for you!

We have been manufacturing UP machines / components and beam delivery systems for over 20 years.Benefit from our experience and let us do your demanding assembly or adjustment work.Assembly / adjustment of optical systemsAssembly / adjustment of mechanical precision systems.cleaning.Clean room assembly.Functional test.

With the complete assembly of assemblies, we offer you an all-round package: - We buy all the materials you need. - We straighten, staple and MIG MAG weld the individual steel construction components exactly according to your specifications and complete the components using high-precision CNC machining. - We assemble the finished, repeatedly tested components in our 2000 square meter assembly hall according to your construction plans into ready-to-install modules. - We check the final assembly down to the smallest detail. - We deliver the finished end product to you. Are you looking for a reliable service provider to implement your next project? We look forward to your inquiry.

With our modern CNC boring machines, CNC milling machines and CNC lathes we work on steel construction components and process forgings and castings into precision components for mechanical engineering. Our cutting machine operators work precise on parts that are up to 10 meter long and weigh 25 t - with an accuracy of 0.01 millimeters. This is how customized mechanical engineering elements are created, such as: - wind power components - press stand - gear housing for mining ... The machining technicians create the individual CNC programs together with our CAD specialists directly on the CNC machines. An integrated management system and the uniform control concept from Heidenhain guarantee a high degree of flexibility; all CNC machines for heavy-duty machining are networked and access a central data pool. This is how we guarantee you fast programming and set-up times, absolute repeatability and adherence to schedules.

Our many years of experience in the fields of steel construction and CNC machining also make us a competent service provider in the field of repairs. Contact us – together we will find the optimal solution!

Our steel construction is certified according to the current standards DIN EN 1090-2 and DIN EN 3834-2. We manufacture welded parts, welded constructions and welded assemblies up to execution class 3 (EXC3). Steel construction components such as: - Assembly devices for aircraft or automobile construction - Machine frames for compressor construction - Welded frames such as track systems and transfer tables - High-precision vacuum clamping plates for high-pressure presses - Complete rudder systems We produce both: individual components and small series. Do you have any questions about our techniques, capacities or prices? Contact us, we will be happy to give you direct information.

Error Proofing Takes a Giant Leap Forward The Exacta Series of Radio Equipped Digital Torque Wrenches is the final piece in connecting all the torque application and data about every hand tool tightened fastener in your assembly. We have different Exacta digital wrenches to work with the Global Series of Process Monitors/Controllers. Learn more about how these nearly indestructible yet sophisticated torque application measuring tools can add value to your assemblies. The 1200 Series Exacta 2 Digital Torque Wrench has earned the reputation of being the hardest working, most accurate, reliable and durable digital wrench on the market. That reputation is built on much more than the ± 1% Indicated Value accuracy. The 1200 Series Exacta 2 pairs with the Global 400 and Global 400mp only. It does not communicate or pair with the Global 8. Note: The 1200 Series Exacta 2 Digital Torque Wrench is engineered to work with the radio in function mode. It will not perform without the radio...

With over 125 years of market experience, a network of specialised companies has evolved to serve the wide range of your customers’ requirements with the best possible quality. The focus of these long-standing cooperations is on making the most of available know-how while maintaining fair market prices. Besides bent wire and plastic components, a wide range of industries also require so-called hybrid parts. This combination of metal and plastic is found, for instance, in screw joints, connecting rods, seat elements for lumbar support, and medical engineering, among other areas. We work in close cooperation with specialised partners for plastics engineering. Our great efficiency in wire working technology and plastic injection enables us to create hybrid parts that satisfy the most stringent requirements.

We design for performance! When it comes to custom engineering we work with you as a team in close collaboration. That is before, during, and after the job is done. If you aim to develop your project further we are always eager to assist you with a creative, rapid, and highly efficient OEM-design. Starting from scratch or using any existing XIMEA product as a seed, we provide services all the way up to full custom developments and manufacturing.

The Planetary Gearbox for Power and Precision Full power with the highest levels of precision. The PlanetGear has the necessary power reserves available for the most challenging power transmission requirements. Advantages: compact design high level of efficiency high torsional rigidity low mass moment of inertia torque high overload capacity high dynamics large transmission ratios MS-Graessner offers innovative, customised gearbox solutions in a helical or straight-toothed design. The design of the toothing is carried out using KISSsoft and our own design and calculation programs. In addition to the provision of technical support and advice to our customers, we also take over the entire engineering process. By working closely together with our customers, we guarantee the development and production of the optimum drive solution in each case.

Dynamic Spur Gearboxes MS-Graessner produces customer-specific spur gearboxes of a helical or straight-toothed design. The design of the toothing is carried out using KISSsoft and our own design and calculation programs. In addition to the provision of technical support and advice to our customers, we also take over the entire engineering process. By working closely together with our customers, we guarantee the development and production of the optimum drive solution in each case. Advantages: economical production simple mechanical movement and power transmission high level of efficiency high running smoothness high axial and radial loads low circumferential backlash broad range of applications long service life

INOX specializes in contract filling of aqueous, solvent-based and pasty mixtures. Whether commissioned, ready-made or filling - we are the right partner for your filling contract production! In doing so, we can provide comprehensive service, starting with the chemical and technical approaches, over sampling, laboratory work, analytics and engineering – all the way to the creation of product and safety data sheets.

The MBS hydraulic cylinders of the MZR-1021 series are designed as differential cylinders for applications with high quality requirements in stationary mechanical engineering. All cylinders work with low friction and are characterized by a stick-slip free run. Hub and piston rod protrusions are variable selectable. The cylinder is connected via a head flange mounting with centering shoulder and a threaded shoulder on the piston rod. There are connections for high pressure flanges to SAE 6.000 P.S.I as well as vent holes for a free installation position. With the exception of the piston rod and SAE flange surfaces, all surfaces are protected against corrosion with a black primer. On request alternative surface treatments are possible. The surface of the piston rod is hard chromed, ground and polished. The cylinders are suitable for hydraulic fluids of types H, HL and HLP according to DIN 51524/51525. If you have questions about areas of application or other options, we are happy...

The MBS hydraulic cylinders of the MZR-1001 series are differential cylinders for applications with high quality requirements in stationary mechanical engineering. All cylinders work with low friction and are characterized by a stick-slip-free run. Lift and piston rod overhang are variable selectable. The cylinder is connected via a head flange mounting with centering shoulder and a threaded shoulder on the piston rod. There are connections with screw-in holes for pipe fittings to BSPP ISO 1179-2 as well as vent holes for a free installation position. With the exception of the piston rod, all surfaces are protected against corrosion with a black primer. On request alternative surface treatments are possible. The surface of the piston rod is hard chromed, ground and polished. The cylinders are suitable for hydraulic fluids of types H, HL and HLP in accordance with DIN 51524 / 51525-1. If you have questions about areas of application or other options, we are happy to answe

PROCESS-RELIABLE SOLUTIONS FOR HIGH VOLUMES – EFFICIENT PRODUCTION WITH MINIMAL UNIT COSTS. The automotive industry is the ultimate challenge with its range of parts and performance indicators. Only innovative machine concepts are solutions that ensure efficiency in the process. Companies from the vehicle and supplier industries worldwide therefore successfully use SAMAG machining centers and production machines, including turnkey solutions. High precision, reliability, automation and cost optimization are among the key automotive requirements.

Robust, long-lasting machine for individual part and small series production Very good accessibility to the processing unit and to the workpiece clamping Crane loading possible Up to 3 mobile tool rests Service and maintenance-optimized accessibility to all machine components Crane hook machine, therefore short set-up times OUR TBM mono IS THE SPECIALIST FOR INDIVIDUAL PARTS AND SMALL SERIES. SPECIAL FEATURES: VERY SMALL DRILLING DIAMETERS WITH A LARGE DRILLING DEPTH AT THE SAME TIME

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 particularly short distance of the unique DOUBLE BALL SCREW DRIVE from SAMAG increases the rigidity and thus the machining accuracy immensely. Compared to traditional drive concepts, the TFZ concept is up to 27 times stiffer and more precise. Reduction of vibrations on the drilling and milling unit through DOUBLE BALL SCREW DRIVE and POWER TOWER DESIGN, this is how it works: Second ball screw with additional guide and second pivot bearing on the rear rail (V) Upstream double-guided and particularly strong ball screw drive of the X-axis Minimum distance (l) between tool tip (TCP) and front swivel bearing (A) 1-spindle concept guarantees short, stable tools with excellent accessibility to the workpiece and the machining point Generously sized work spindle to achieve maximum performance parameters Stiff milling spindle with additional, patented support Variable steady rest positioning system to increase drilling accuracy with spacer between spindle and steady rests

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.

“The deflection (∆) of the tool tip (TCP) due to the machining force (F) depends to the third power ( l 3 ) of the length ( l ) of the distance TCP to the front bearing axis (A), in relation to the bending stiffness (E · I) “ Or: the shorter l , the smaller ∆ and the higher the precision

TBM flex – special deep drilling and milling centers – deep drilling and milling in one machine Modular system for drilling and milling For individual part and small series production Peeling and rolling possible Processing of forklift forks, telescopic forks, aircraft landing gear parts, special screws, special cylinders.

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: 2007-2008 Product name: MFZ 2-3 Update Used 3-spindle horizontal 4-axis machining center Year of manufacture: 2007-2008 Painted in RAL1002 (sand yellow) or red-white 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 (per machine without coolant system and accessories) X-axis travel: 300 mm Y-axis travel: 500 mm Z-axis travel: 450 mm Spindle distance: 300 mm Rapid traverse XY Z axis 60,000 mm/min 3 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 Chip conveyor Knoll (scratch belt conveyor in positioning variant across the machine) Knoll KSS system with paper belt filter and magnetic separator Flush gun Complete enclosure Tool storage (3 x 30 tools)

used horizontal machining center, year of construction: 2006, extensive manufacturer overhaul in 2021 Product name: MFZ 2-2 Update Used 2-spindle horizontal 5-axis machining center Year of construction: 2006 Extensive manufacturer overhaul 2021 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 KSM rotary union with electronic leakage monitoring Chip conveyor Knoll (scraper belt conveyor in positioning variant along the machine, ejection height 1,200mm)

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

used, partially overhauled three-spindle, horizontal machining center Product name: MFZ 2-3 Update Machine number 53152 Used 3-spindle horizontal 4-axis machining center Year of construction: 2009 The machine produced until October 2020 Sinumerik 840D Powerline control X-axis travel: 300 mm Y-axis travel: 500 mm Z axis travel: 450 mm Spindle distance: 300 mm Rapid traverse XY Z-axis 60000mm/min 3 motor milling spindles GMN, version with HSK63 tool holder Drive power (S1 / S6) 28 KW (constant) Torque (S1 / S6) 63/83 Nm Maximum speed 16,000 rpm Chip conveyor Knoll (scraper belt conveyor in the setting across the machine) Knoll coolant system with paper belt filter Flushing gun • Complete housing Tool storage (3 x 30 tools) Operating voltage 400V 3N ~ Control voltage 24V DC