CNC internal broching machine

Arthur Klink RISH 6.3X1000X400

Condition: used, Technical details: balancing body max.: 800 kg balancing body diameter: 1250 mm Balancing revolution per minute: 190 - 3600 U/min bed length: 2600 mm voltage: 380 V/Hz Nwedsu Upp Tepfx Ah Hob drive power: 7,5 kw Weight approx.: 1,5 t dimension machine xH: 3,5 x 1,7 x 2,0 m dimensions electric cabinet: B:650 x T:250xH:800 mm Horizontal balancing machine The balancing machine is used to measure and balance the static or dynamic unbalance of rotors. Balancing body weight max. 800 kg with equal load distribution, i.e. 400 kg per bearing pedestal Power transmission by means of cardan shaft Bearing journal Ø min./max.: 16-95 / 95-180 mm Bearing distance center distance min. 125 mm and shaft end bearing center max. 2070 mm Measured speed: 1st gear = 190 - 650 rpm. 2nd gear = 400 - 1250 rpm 3rd gear = 700 - 2100 rpm. 4th gear = 1200 - 3600 rpm. 2 pick-up blocks whose displacement is manual over the entire bed Schenk measuring device with digital display and some accessories, e.g. many rotor shafts with different Ø and different rotor mounts, please ask! *

Condition: excellent (used), Year of construction: 2010, functionality: fully functional, turning length: 810 mm, turning diameter over cross slide: 800 mm, turning diameter: 320 mm, spindle motor power: 25,000 W, spindle speed (max.): 5,000 rpm, spindle bore: 73 mm, travel distance X-axis: 210 mm, travel distance Y-axis: 110 mm, travel distance Z-axis: 810 mm, rapid traverse X-axis: 30 m/min, rapid traverse Y-axis: 20 m/min, rapid traverse Z-axis: 50 m/min, rotational speed (max.): 6,000 rpm, CNC FANUC MSX-701 / MAPPS IV CAPACITY Swing diameter over bed: mm 800 Swing diameter over cross slide: mm 800 Maximum turning diameter: mm 320 Standard turning diameter: mm 200 Maximum distance between the center: mm 1.130 Maximum turning length: mm 810 Maximum workpiece size: mm 300 TRAVELS X axis turret 1 and 2: mm 210 Y axis turret 1 and 2: mm +65 / -45 Z axis turret 1 and 2: mm 810 B axis headstock 2: mm 920 MAIN SPINDLE Maximum speed: rpm 5.000 Drive power (30 min / continuous operation): kW 25/22 Maximum bar diameter: mm 65 Spindle bore: mm 73 Spindle diameter in front bearing: mm 120 Nwodowlvlgspfx Ah Hsb Spindle mount: JIS A2-6 C-axis resolution: degrees 0,001 SUB SPINDLE Maximum speed: rpm 5.000 Drive power (30 min / continuous operation): kW 25/22 Maximum bar diameter: mm 65 Spindle bore: mm 73 Spindle diameter in front bearing: mm 120 Spindle mount: JIS A2-6 C-axis resolution: degrees 0,001 FEED DRIVES Rapid traverse turret 1 X/Y/Z: m/min 30/20/50 Rapid traverse turret 2 X/Y/Z: m/min 30/20/50 TOOL TURRET Number of turrets: 2 Number of tool stations per turret: 16 Shaft cross – section for turning tools: mm 20 x 20 Maximum shaft diameter for boring bars: mm 32 Turret switching time (1 station): s 0,18 Maximum speed of the driven tools: rpm 6.000 Drive power for driven tools (5 min/continuous operation): kW 7,5/5,5 DIMENSIONS Installation area with chip conveyor: mm 5.120 x 2.720 Net weight: kg 8.300 Macchina equipped with: • High pressure cooling system • Bar loader interface • Gantry-type piece unloading arm • Cutting effort management system and load monitor • No. 1 double radial motorized tool holder • No. 3 axial motorized tool holders • No. 2 external tool holders • No. 2 double boring bar holders • No. 2 single radial motorized tool holders • No. 2 internal boring bar holders • No. 2 Kitagawa BD 208 self-centering chucks diam. Mm 210 • No. 1 set of jaws for each self-centering chuck • Instruction manuals and CE declaration Year of manufacturing: 2010

Condition: like new (used), Year of construction: 2021, functionality: fully functional, Double spindle CNC lathe with 2 spindles, 3 turrets and 3 Y axes each turret with 15 stations, BMT 44 driven tool holder 2x C-axis 3x Y axis Fanuc 32i -TB control Bar passage 65 mm Left spindle 15/11 KW, Hainbuch Spanntop mini Axle pull size 65 Right spindle 11/7.5 KW, Kitagawa three-jaw chuck Finished part gripper Conveyor belt Bar loader interface Coolant system, separate tank 200 l Cooling unit High pressure on turrets 1-3 via M function 15 bar/40 l/min Nodpfxsvxu Eae Ah Hewb 2x Brinkmann pump Renishaw tool measurement for all turrets Tool monitoring for spindle and AGW Spindle flushing through the counter spindle IKZ, Deublin Rotary distributor Hinged belt conveyor Transformer available immediately

Condition: excellent (used), Desktop Metal 3D Printer Complete System Nwodjk Hz Nqjpfx Ah Hjb Here we offer you Desktop Metal 3D printer complete system. Desktop Metal 3D printer studio system Complete system: 3D printer + debinding machine + sintering furnace Desktop Metal The three-part solution includes 3D printer, debinder and furnace Manufacturer Desktop Metal Model Desktop Metal Studio System Operating condition Used (Good) Year of manufacture 2019 Desktop Metal Studio System Includes: 1.1 Desktop Metal Studio 3D Printer Bound Metal Deposition (BMD) Technology. Features: Printed materials metal Technology FDM Use Industry Other features Office X-stroke 30 cm (12 in) Y-stroke 20 cm (8 in) Z-stroke 20 cm (8 in) Description: Unlike laser-based systems that selectively melt metal powders, the printer extrudes bonded metal rods - similar to an FDM printer. This eliminates the safety requirements often associated with metal 3D printing, and it enables new features such as the use of closed-cell fills for lightweight strengths. 1.2 Desktop Metal Studio debinder (delamination machine) fully automatic debinding Cleaning tank: 17.4 L (in process) / 22.5 L (stock) Description: The debinder prepares green parts for sintering by dissolving the primary binder. With a low emission design, it requires no external ventilation and is safe for an office environment. Automatic liquid distillation and recycling means no need to refill between cycles. 1.3 Desktop Metal Studio Sintering Furnace hybrid technology (microwaves & conventional heating elements) Installation space 305x205x205mm Carbon housing Gas supply: 2 x 900 L gas cylinders Heating power: 20 kW Features: Function Sinter Configuration Chamber Heat source gas Other features High temperature, automatic Maximum temperature 1,400 °C (2,552 °F) Description: Fully automated and sized to fit through an office door, the furnace delivers industrial-grade sintering in an office-friendly package. Built-in temperature profiles matched to each design and material provide uniform heating and cooling without the residual stresses associated with laser-based systems. Condition: used / used Scope of delivery: (see picture) (Changes and errors in the technical data, specifications are reserved!) Further questions we can answer on the phone for you.

Year of construction: 2021, condition: new, type: gas-fired with central recuperator max. temperature: 1300°C max. furnace output: approx. 700 kg/h clear door opening (w x h): 600 x 400 mm number of burners: 6 number of control areas: 3 Nwodpfxog E S Ins Ah Heb heating capacity: 720 kW el. total connected load: approx. 15 kVA PLC: Siemens S7

Condition: good (used), Year of construction: 2004, Clampable cutter head type (max.) 460 mm Cutter head weight (max.) 150 kg Mounting disc diameter for cutter heads (Ø) 360 mm Mounting cone for cutter heads Nominal diameter Ø 58,227 mm travel -z axis 200 mm diagram-drawing enlargement ±10 - ± 500 µm weight of the machine ca. 2,3 t dimensions of the machine ca. 2 x 1,5 x 2,03 m In the manufacturing process for spiral-toothed bevel gears, the quality of the gear cutting gear cutting tools used plays a decisive role. Particularly in high gear cutting quality and a long service life can only be achieved with precisely can only be achieved with precisely adjusted cutterheads. The Oerlikon cutterhead setting and testing device CS 200 enables quick and easy setting of the individual knives and simple adjustment of the individual knives, it checks the position and documents the measurement results. The measuring sequence on the CNC-controlled testing device is partially automated: The individual actions for carrying out the actions for carrying out the sequence are displayed on the screen via the operator guidance. The positioning of the individual knives in the cutter head and the height of the knife tips is largely automatic thanks to a special sequence and is simultaneously documented Nwodpfoul Efmsx Ah Heb by means of a run-out diagram. A subsequent measuring sequence checks the radial position of the inner and outer cutting edges of all knives in the cutterhead. If individual test parameters on the knives do not correspond to the the tolerance specifications, this can be individually repositioned. The combination of semi-automated setting sequence, operator-guided set-up actions and automatic operator-guided set-up actions and automatic measuring sequence, cutterheads can be can be set conveniently, quickly and with high precision. Operator-guided setting and test sequence - Graphic display of the cutter head design and the measurement results with tolerance check - Instructions for the operator in plain text Instructions for the operator in plain text (without coded information) - Simple assignment of the measurement results to the knives - Documentation of the setting and measurement results via printer- Setting and test sequence suitable for ARCON®, RSR, Spirapid, SPIRON®, TRI-AC® types - Interface for neutral data

Condition: excellent (used), Type: Jeol JSM-6490 Jeol JSM-6490 Scanning Electron Microscope (PC-SEM) Modern, high-resolution, digital scanning electron microscope featuring newly developed electron optics and an intuitive, graphical user interface (GUI) running on Microsoft Windows XP Professional. Instrument configuration includes the following features: • Magnification range: 5x – 300,000x • Acceleration voltage: 0.3 – 30 kV • Tungsten filament cathode (LaB6 cathode optional) • Large fully motorized sample stage with eccentric tilt capability, including: – Graphic navigation on the sample holder – Easy sample navigation via click-center-zoom – Field-of-view controlled navigation via two navigators – Relative coordinate navigation – Save and recall of sample positions – Adjustable stage field-of-view selection • Field-of-view correction during rotation via computer-driven eccentric rotation • Field-of-view correction during tilting via computer-driven eccentric tilting • Calculation of the possible tilt angle based on sample geometry • Automatic focus tracking when moving the sample in the Z-axis • Intelligent limit switches for all motorized axes • Stage travel: X = 125 mm Y = 100 mm Z = 5 to 80 mm (stepless) T = -10°C to +90°C R = 360° (continuous) • Secondary electron detector for high vacuum operation • Newly designed, super-conical objective lens for optimal resolution at high tilt angles • Guaranteed SE image resolution: 3 nm at 30 kV and 15 nm at 1 kV • Simultaneous live imaging with multiple detectors • Powerful image measurement functions • Movie function for recording dynamic processes • Versatile specimen chamber with numerous expansion options: free ports for EDX, WDX, EBSD, cathodoluminescence, etc. • Low-maintenance, quiet pump system consisting of a fore vacuum pump, vibration-free high-performance diffusion pump, and electromagnetic valve control • Comprehensive safety procedures against misuse and external media failure • Ergonomic, height-adjustable system table • SEM starter kit including 2 sample holders, tool kit, and 6 replacement filaments Additional equipment for SEM: • Turbomolecular pump (instead of standard diffusion pump) – Use of a turbomolecular pump eliminates the need for cooling water during SEM operation. Further SEM equipment: • PC for SEM control including TFT monitor • ΟΧ200 Bruker Quantax 200 Extended EDX System – Bruker EDX software will be transferred to new owner upon purchase • Nitrogen-free, energy-dispersive X-ray analysis system including: – SDD detector with 127 eV energy resolution or better – Detection for all elements from boron upwards – Vibration-free, maintenance-free. Peltier cooled (no nitrogen required) – Pulse processor – TFT monitor – Spectrum measurement and element identification – Fully automatic, quantitative, standardless elemental analysis – Image acquisition – Ultra-fast qualitative line scan – Ultra-fast qualitative element mapping – Data management and archiving system – Report generation and results output Nedpfemn Rcqsx Ah Hswb – Data communication – Installation and user training – HyperMap – Multipoint analysis – Bruker xFlash detector (SDD) with signal processing unit SVE III Scope of delivery: (see photos) Condition: used (Subject to changes and errors in the technical data and specifications!)

Condition: good (used), Year of construction: 2019, machine/vehicle number: XD-38II-CP-0703-H, turning diameter over cross slide: 38 mm, spindle speed (max.): 6,500 rpm, turning diameter: 38 mm, spindle bore: 39 mm, power: 7.5 kW (10.20 HP), The machine can be viewed at our Immendingen site after consultation. Njdpovtmalofx Ah Hewb Included is the original chip conveyor and a bar loading magazine from FMB 3-36 turbo Includes Büchele SFB-301 high-pressure system 150 bar 4 valves

Condition: like new (used), Year of construction: 1991, functionality: fully functional, overall weight: 35,000 kg, pressing force: 250 t, type of input current: three-phase, power: 30 kW (40.79 HP), punching force: 250 t, input voltage: 200 V, Equipment: documentation/manual, safety light barrier, AIDA NC2-250(1) 250t eccentric press in excellent condition /ctA2/ Manufacturer: AIDA Type: NC2-250(1) Push force: 160t Year of manufacture: approx. 1991 Stroke length: 170mm Distance above table: (adjustable) 280-400mm Table size: 2700x760mm Bear size: 2100x700mm Electrical power: 3x200V(!!), 30kW - Japanese standard Nodsu Dxb Tepfx Ah Hewb Net weight: 35000kg Size: 2760x2800x3980mm Automatic greasing system. Automatic cutting oil dosing - RAZIOL EST-02 Optionally with disc winder and straightener.

Condition: good (used), max. wheel diameter 180 mm gear width 58 mm max. module 4 min. module 0,5 strokes per minute 200 - 710 total power requirement 3 kW weight of the machine ca. 3 t Nwjdpfxjuayw Sj Ah Hjb Very good condition, change gears,... Year of construction: Approx. 1964