Kūginių krumpliaračių bandymo mašina

OERLIKON T 50

Būklė: naudotas, Gamybos metai: 2001, Ratų skersmuo – maks. 400/500 mm CNC valdymas GE FANUC Series 160i-M Dantračio skersmuo – maks. 400 mm Kūginio dantračio (krumpliaračio) skersmuo – maks. 500 mm x ašis +/- 70 mm y ašis 200 mm z ašis 200 mm ašies kampas 90 laipsnių Sukimosi greičio diapazonas: R T min Hfedpfx Aeyv Iplsf Djf Vardinė srovė 30 kVA Staklių svoris apie 6,2 t Reikalinga vieta apie 3,2 x 2,5 x 2,3 m Oerlikon T50 yra 3 ašių CNC tikrinimo staklės, skirtos visiškai automatiniam spiralinių ir hipoidinių kūginių pavarų patikrinimui (kietumo ir minkštumo) su 90° ašies kampu Kūginių pavarų analizė: ROTEC T50 GA2 Spalvų blokas: Binks įmonės

Būklė: naudotas, Gamybos metai: 1974, Wheel diameter - max. 400 mm Wheel width 75 mm Total power requirement 25 kW Machine weight approx. 7 t LORENZ High-Performance Gear Shaping Machine Model LS 400 Year of manufacture 1975 S/N 12592 _____ Max. external gear diameter 400 mm * (possibly larger) Max. internal gear diameter approx. 350 mm Max. gear width 75 mm Module range 0.5 - 6 Stroke length 82 mm Stroke position adjustment 0 - 100 mm Distance from shaping spindle to machine body 205 mm Spindle taper approx. MK 5 Strokes per minute roughing/finishing 118 - 1,000 /min. Table size 400 mm Table bore 125 mm Installation height between table and shaping head min./max. 190/290 mm Fixed distance shaping spindle 250 mm Hfedpot Hww Dsfx Af Dof Table axial travel approx. 295 mm Number of teeth approx. 12 - 150 Feed range Tooth depth 0.01 - 0.063 mm /stroke -"- Radial feed at tool-Ø 125 0.125 - 3.150 mm /stroke Spindle / total drive approx. 19 kW / 25 kW - 380 V - 50 Hz Weight 7,000 kg Accessories / Special equipment: • Hydrostatically guided slideway with separate hydraulic unit • Built-in intermediate plate 100 mm to increase shaping head height • Hydraulic workpiece clamping system, brand RINGSPANN, integrated in the table for flat components and internal clamping, various clamping chucks for different workpiece diameters • Infinitely variable stroke speed adjustment for roughing and finishing (SIMOREG DC-Master) • Automatic stroke speed change and automatic feed change for roughing and finishing in up to 3 cuts • Automatic and motor-driven stroke position locking at top dead center after finishing • Separate control cabinet • Integrated coolant system with chip conveyor and magnetic separator • Approx. 20 change gears Condition: Satisfactory to good, shortly demonstration-ready Delivery: Ex stock – as inspected Payment: Net – upon receipt of invoice

Būklė: geras (naudotas), Gamybos metai: 2000, krumpliaračio skersmuo: 449 mm, Ausgestattet mit: Hfsdoruakgopfx Af Dsf Fanuc 150MB CNC-Steuerung Trockenschneiden Schneidwerkzeug-Abdeckung Späneabsauganlage Automatische Türen Hydraulikanlage Zentralschmierung Arbeitsleuchte Signalampel Technische Daten: Größtes Übersetzungsverhältnis: 10:01 Arbeitsbereich (kontinuierlich): Maximale Zahntiefe: 15,24 mm Maximale Zahnbreite: 50,8 mm Arbeitsbereich Achsen: X-Achse (horizontal): -114 bis 178 mm Y-Achse (vertikal): -178 bis 190 mm Z-Achse (Schlitten-Grundplatte): -10,16 bis 500 mm Schwenkbereich Werkstückspindel (B-Achse): -3 bis 90° Maximaler Abstand Maschinenspindelmitte zur Spindelseite: 165 mm Anzahl Zähne: 5 - 200 (inklusive) Max. Teilkreisdurchmesser (Modul) bei typischem 35° Spiralwinkelgetriebe mit Max. Fräserdurchmesser 12" bei folgenden Übersetzungen: Formfräsen 1 x 1 – 13,5" – 342,9 mm 2 x 1 – 16,0" – 406,4 mm 5 x 1 – 17,7" – 450,0 mm Wälzfräsen (210 mm Fräserdurchmesser) 1 x 1 – 10,560" – 268,22 mm 2 x 1 – 10,286" – 275,00 mm 5 x 1 – 11,810" – 300,00 mm Fräskopf-Durchmesser: Helixact: 100, 125, 169, 200, 250, 320 mm Kontinuierliches Tauchverfahren, Tetrachlorethylen: 102 – 210 mm Werkstückspindel: Bohren großer Durchmesser: 5 3/64" Konische Steigung auf 304,8 mm (1 Fuß): 21/32" Kegeltiefe: 5,29" Durchmesser komplette Spindelbohrung: 3,35" Geschwindigkeiten: B-Achse, Werkstückspindel-Schwenkachse: 30° A-Achse, Werkstückspindel U/min: 0 – 83 min⁻¹ X-Achse horizontal: 80 mm/s Y-Achse vertikal: 80 mm/s Z-Achse Schlitten-Grundplatte: 80 mm/s Stellfläche (L x B x H, ca.): 4,75 x 3,40 x 2,54 m / 188" x 134" x 100" Maschinengewicht (ca.): 10.980 kg / 24.156 lbs

Būklė: visiškai atnaujintas (naudotas), Funkcionalumas: visiškai funkcionalus, The Klingelnberg PKE 300 H (PSKE 900) bevel gear testing machine was designed as a universal machine for flexible machining of gears and is used for single-flank rolling testing of bevel gears with evaluation. The picture shows the machine in its current as-is condition as a retrofit / modernized version. Specification: Gear diameter: 450 (300) mm Axis angle: 90 degrees Hypoid offset: +/- 60 mm Required space approx.: 1.4 x 0.8 x 1.5 m Machine weight approx.: 1,100 kg Further information on available options and current asking price on request. Hfodpetncnhofx Af Dsf *All information and dates are non-binding. Subject to prior sale.

Būklė: geras (naudotas), Gamybos metai: 2007, Maximum wheel diameter: 500 mm Wheel width: 200-400 mm Module: 12 Speed: 0-3250 rpm Braking torque: up to 95 Nm Internal taper: Taper #39 Control system: Fanuc 16 Total power requirement: 15 kW Machine weight: approx. 6 t Space requirement: approx. 2,350 x 2,240 x 2,500 mm Hfodpfxsvr Hf Eo Af Dof HIGHLY FLEXIBLE TESTING OF HARD, FINISHED, AND GREEN SPIRAL BEVEL AND HYPOID GEAR SETS The T 60 bevel gear testing machine is a CNC inspection machine with three linear axes for fully automatic hard and soft testing of spiral bevel and hypoid gear sets with 90° shaft angle. It offers a wide range of objective and subjective testing options with speeds up to 3,250 rpm and braking torques up to 95 Nm.

Būklė: paruoštas naudoti (naudotas), Gamybos metai: 2002, Funkcionalumas: visiškai funkcionalus, Klingelnberg ZW 301 Gear Measuring Machine with Evaluation Computer Double Flank Gear Rolling Tester with 4-position Indexing Disc - Spur gear - Internal gearing - Gear shaft - Computer (evaluation via industrial PC with fully automatic parameter calculation, quality assessment, and classification) Workpiece Data: Table load including fixture, max. 100 kg Load on carrier plate/vertical slide including fixture, max. 80 kg Workpiece diameter with counter support on measuring and infeed slide, max. 300 mm Workpiece diameter with counter support on machine bed, max. 300 mm Device Data: Linear measurement system Heidenhain LIF 101 Axis distance min./max. 45/300 mm Table diameter 150 mm Table height above floor 950 mm Measuring force min./max. 5/30 daN Total connected load of the tester 0.75 kVA Overall dimensions LxWxH 1900 x 1200 x 2200 mm Net weight 750 kg Hjdpfx Asv Ic R Aef Dsff PC, as well as several master gears with common modules. Weight 750 kg

Būklė: paruoštas naudoti (naudotas), Gamybos metai: 1973, Funkcionalumas: visiškai funkcionalus, įvesties srovės tipas: trifazis, Nuotraukoje pavaizduotas kampavimo įrenginys parduodamas, darbinės būklės, su visais įrankiais komplekte. Hedpsxur Adefx Af Doff

Būklė: paruoštas naudoti (naudotas), Gamybos metai: 2011, Funkcionalumas: visiškai funkcionalus, CNC kūginių krumpliaračių frezavimo staklės su lanko dantavimu Gleason Nr. 631 Pagaminimo metai: 2011 Valdymas: SIEMENS 840d Modernizuota 2011/2012 m. su nauja valdymo sistema, pavaromis ir kt. Hfsdpew Tfb Sefx Af Djf Staklės buvo pilnai kapitaliai suremontuotos 2011 m. Įdiegta nauja valdymo sistema ir pavaros.

Būklė: geras (naudotas), Gamybos metai: 2002, Clamping knife head type (max.): 460 mm Knife head weight (max.): 150 kg Mounting plate diameter for knife heads (Ø): 360 mm Mounting taper for knife heads, nominal diameter Ø: 58.227 mm Travel distance - Z axis: 200 mm Chart recording magnification: ±10 - ±500 µm Machine weight approx.: 2.3 t Space requirement approx.: 2 x 1.5 x 2.03 m In the manufacturing process for spiral bevel gears, the quality of the gear cutting tools used is critical. Especially in dry cutting, achieving high gear quality and long tool life is only possible with precisely adjusted cutter heads. The Oerlikon Cutter Head Setting and Testing Device CS 200 enables quick and easy adjustment of individual cutters, checks their position, and documents the measurement results. The measuring process on the CNC-controlled testing device is semi-automated: Each step in the procedure is displayed on the screen via operator guidance. The positioning of individual cutters in the cutter head and the height of the cutter tips are managed by a special process that is largely automatic and simultaneously documented in a runout diagram. A subsequent measuring run checks the radial position of the inner and outer cutting edges of all the knives in the cutter head. If individual test parameters on the knives do not meet the specified tolerances, they can be individually readjusted. Combining a semi-automated setting sequence, operator-guided setup actions, and automated measurement procedures, cutter heads can be adjusted conveniently, quickly, and with high precision. Operator-guided setting and testing sequence: - Graphical display of the cutter head configuration and measurement results with tolerance monitoring - Step-by-step operator instructions in plain text (without coded information) - Simple assignment of measurement results to individual cutters - Documentation of adjustment and measurement results via printer - Setting and testing sequence suitable for stick blade cutter heads of the types ARCON®, RSR, Spirapid, SPIRON®, TRI-AC® Hfsdpow N S E Asfx Af Def - Interface for neutral data

Būklė: naudotas, Gamybos metai: 2000, Technical Details: Maximum wheel diameter: 275 mm Hjdpfov N Hilex Af Doff Wheel width: 55 mm Maximum module: 6.5 Minimum module: 1.5 Face Hobbing – Continuous Process Continuous method: Workpiece and tool (usually Spiron) rotate simultaneously; all teeth are generated in a single operation at once. The cutter head contains several groups of cutters (not arranged in a circle). Teeth of constant height (parallel-height tooth). Conical tooth top surface. Single Indexing Process: The workpiece is stationary and the tool (usually Arcon) rotates and cuts one tooth by plunging into the material. Once a tooth is cut, the tool retracts, the workpiece indexes by one tooth pitch, and the next tooth is cut. This process continues until all teeth are completed. The cutter head has all cutters arranged along a circular path. Conical tooth height. Parallel tooth top surface. The C28 is capable of both wheel and pinion machining. However, for the single indexing process, the C28 must be appropriately configured. This requires a direct measurement system, a part-drive brake for the workpiece axis, and a license file for single indexing operation.