Used bevel gear testing machines for sale (8)

Condition: used, Year of construction: 2007, max. wheel diameter 500 mm Hypoid adjustment ±70 mm Fpsdpoukitxofx Adajb axial cross angle 90 ° Distance Y- 150 - 350 mm Distance Z-axis 120 - 340 mm turning speed range - stepless 0 - 5000 U/min max. torque on the spindle 57 Nm Cone 99,2 mm Pull-in force Tool clamping 23000 N Braking torque max. 93 Nm total connected load 20 kVA total power requirement 15 kW weight of the machine ca. 6 t dimensions of the machine ca. 2,35 x 2,24 x 2,5 m

Condition: excellent (used), Year of construction: 1999, functionality: fully functional, wheel width: 500 mm, 5-Axis CNC Hypoid Bevel Gear Tester – Flank to Flank Manufacturer: GLEASON PHOENIX Model: 500 HCT Year of Manufacture: 10/1998 – Installed mid-1999 CNC Controller: FANUC Capacity – Bevel/Hypoid Gears: - Maximum Gear Outside Diameter: 508 mm - Maximum Pinion Outside Diameter: 300 mm - Pinion Offset: 500 mm - Gear OD above center: 127 mm - Gear OD below center: 51 mm - Pinion Offset: 250 mm - Gear OD above center: 124 mm - Gear OD below center: 127 mm - Shaft Angle (without reverse mounting): 85° to 180° (with reverse mounting): 0° to 180° - Gear spindle nose to pinion axis: min. 51 mm – max. 305 mm - Pinion spindle nose to gear axis: min. 394 mm – max. 394 mm Capacity – Cylindrical Gears: - Center Distance: min. 25 mm – max. 305 mm - Distance between spindle faces (b = 0°): min. 165 mm – max. 419 mm Machine Axes Travels: Fodpfow Ec Uzsx Adajpb - Max. Shaft Angle Travel (B-Axis): 85° to 180° - Max. Vertical Travel (Y-Axis): -127 mm to 127 mm - Max. Horizontal Travel (X-Axis): 140 mm to 394 mm - Sliding Base Travel (Z-Axis): 51 mm to 305 mm - Machine Center to Work Spindle Face (fixed): 114 mm Pinion Spindle: - Large End Tapered Hole Diameter: 3 29/64″ (#39 taper) - Taper per Foot - Taper Depth: 3″ - Chucking Force: 4,500 to 6,000 psi - Spindle Speed Range – Single Flank Testing (SFT): 15 to 2,500 RPM - Spindle Speed Range – Roll Testing & SBN: 15 to 3,000 RPM Gear Spindle: - Large End Tapered Hole Diameter: 3 29/64″ (#39 taper) - Taper per Foot: 39/64″ - Taper Depth: 3″ - Chucking Force: 4,500 to 6,000 psi - Spindle Speed Range – Roll Testing & SBN: 15 to 1,500 RPM - Spindle Speed Range – Single Flank Testing (SFI): 15 to 1,250 RPM - Brake Load – Conventional Testing: 69 Nm - High Torque Testing: 100 Nm Approx. Machine Weight: 8,200 kg Electrical Load: 16.7 kW (Peak) Compressed Air: 17 m³/hr (approx.), 4.9 bar The machine is in excellent condition and complete with all components and accessories.

Condition: used, Year of construction: 2001, max. wheel diameter 400/500 mm CNC-Control GE FANUC Series 160i-M pinion diameter - max. 400 mm Fedpevxwxcsfx Adaepb crown gear diamter max. 500 mm x-axis +/- 70 mm y-axis 200 mm z-axis 200 mm axis angle 90 Grad speeds: R T min rated current 30 kVA weight of the machine ca. 6,2 t dimensions of the machine ca. 3,2 x 2,5 x 2,3 m

Condition: used, The Klingelnberg GKP 90 bevel gear testing machine was designed as a universal machine and is used by manufacturers of gears and transmission technologies for noise and contact pattern testing on bevel and hypoid gears. Technical Data • Diameter: 540 (400) mm • Hypoid: ±50 mm • Pinion spindle diameter: 90 mm • Dimensions (LxWxH): 1,800 x 1,800 x 1,600 mm • Machine weight: approx. 2,800 kg *Information and data are provided without obligation. Subject to prior sale. Fjdpsxpq Nlsfx Adaopb Special Features: The machine is intended for noise and contact pattern testing on bevel and hypoid gears of all gear types. By simulating operational conditions, applying various rotational speeds, and switching load states between drive and coast, the optimal installation distance for standstill can be determined. • Digital actual value display for 2 axes • Infinitely variable speed adjustment via frequency inverter • Electrically secured and removable safety guard • Accessories: Large number of workpiece holders • Condition: Very good

Condition: good (used), workpiece diameter between centers: 2,286 mm, The No. 61 Angular Hypoid Tester is designed to test large bevel and hypoid gears up to 90" diameter and with shaft angles from 0 - 135 degrees. Spur, helical and internal gears can also be accommodated. The drive or pinion spindle can be rotated in either direction at a recommended spindle speed of 600 RPM. It is mounted in a head which is vertically adjustable on a column, so that the spindle can be offset either above or below the center line of the gear spindle for testing hypoid gears. The pinion head column is adjustable angularly in a horizontal plane to permit testing of gears of any shaft angle from 0 - 135 degrees. Specifications: Centerline of Drive Spindle to Nose of Brake Spindle (90 degrees shaft angle and without face plate): 38-1/2" Max. / 7-5/8" Min. Centerline of Brake Spindle to Nose of Drive Spindle (90 degrees shaft angle and without face plate): 60" Max. / 10" Min. Centerline of Brake Spindle to Nose of Drive Spindle (90 degrees shaft angle and with 54" face plate): 60" Max. / 28" Min. Centerline of Brake Spindle to Centerline of Drive Spindle (For Spur Gears): 56" Max. / 6" Min. Distance Between Nose of Brake Spindle and Nose of Drive Spindle (for spur gears): 36-1/2" Max. / 0" Min. Offset of Drive Spindle Either Above or Below Centerline of Brake Spindle: 10" Range of Shaft Angles: 0 - 360 Degrees Maximum Diameter of Gear: 90" Diameter of Face Plate: 54" Outboard Bearing: 3" Diameter Hole Spindles: RPM of Drive Spindle Pulley Set No. 1: 100 - 400 RPM of Drive Spindle Pulley Set No. 2: 250 - 600 Diameter of Taper Hole (large end): 6" Taper Per Foot: 3/4" Depth of Taper: 8" Hole Through Spindle: 5-1/2" Fedpfjrtrzdsx Adaspb Net Weight of Machine: 20,000# Net Weight of Machine W/Outboard Support and Bed Plate: 24,000#

Condition: good (used), Year of construction: 2007, max. wheel diameter 500 mm gear width 200-400 mm module 12 Fpjdovr Hf Espfx Adaeb turning speeds 0-3250 U/min bracke pressure bis max. 95 Nm inner taper Konus #39 Control Fanuc 16 total power requirement 15 kW weight of the machine ca. 6 t dimensions of the machine ca. 2.350 x 2.240 x 2.500 mm HIGHLY FLEXIBLE TESTING OF HARD, FINISHED AND GREEN SPIRAL BEVEL AND HYPOID GEAR SETS The T 60 bevel gear testing machine is a CNC testing machine with three linear axes for the fully automatic hard and soft testing of spiral bevel and hypoid gear sets with a 90° axis angle. It offers versatile objective and subjective testing options with speeds up to 3,250 min and braking torques up to max. 95 Nm.

Condition: good (used), Year of construction: 2001, operating hours: 31,789 h, functionality: fully functional, machine/vehicle number: 291545, travel distance X-axis: 70 mm, travel distance Y-axis: 200 mm, travel distance Z-axis: 200 mm, gear diameter: 500 mm, helix angle: 90 °, 3-axis CNC testing machine for fully automatic hard and soft testing of spiral and hypoid bevel gears with an axis angle of 90° TECHNICAL DETAILS Bevel gear analysis: ROTEC T50 GA2 Color unit: Binks X-axis: ±70 mm Y-axis: 200 mm Z-axis: 200 mm CNC control: GE FANUC Series 160i-M Technical specifications Wheel diameter: max. 500 mm Pinion diameter: max. 400 mm Fjdpjvrd T Tofx Adajpb Circular gear diameter: max. 500 mm Axis angle: 90° Speeds Speed range R: 0 - 3,000 rpm Speed range T: 0 - 5,000 rpm MACHINE DETAILS Rated current: 30 kVA Machine weight: approx. 6.2 tons Space required: approx. 3.2 m x 2.5 m x 2.3 m

Condition: used, functionality: fully functional, The bevel gear testing machine Gleason-Welter 2000 T was designed as a universal machine and is used by manufacturers of gears and transmission technologies for the single flank rolling test process of bevel and crown gears. Technical Data Diameter: 2000 mm Spindle bore: 310/250 mm Test speed: 5-100 rpm Dimensions: approx. 4,200 x 4,500 x 2,300 m Machine weight: approx.12,500 kg *Specifications and data are non-binding, subject to prior sale Special Features: Angle-hypoid test device, suitable for testing larger sizes of bevel and hypoid gears with a diameter of up to 2,000 mm and shaft angles from 0 to 360 degrees, as well as straight, helical, and internal gearing. Deviations in gear geometry, machining errors through defective tools, as well as damage to the gears, can thus be identified and eliminated before assembly. The following parameters can be measured here: - Single flank rolling deviation Fi', fi', fl', fk' - Pitch deviations Fp, fp, fu - Runout and roundness - Runout error Fr - Backlash - FFT analysis Fpsdown D Uhepfx Adaob For technical questions and further information, you can contact us at any time.