Klingelnberg industrial equipment and machine components

Oerlikon bevel gear cutters, Hofler grinders, and Klingelnberg measuring centers provide high-precision gearing solutions across industrial manufacturing lines.

Oerlikon C 29, C 30, and C 50 bevel gear cutting machines

Oerlikon bevel gear cutting machines developed by Klingelnberg provide dry machining of spiral bevel and hypoid gear sets. The vertical workpiece spindle arrangement guarantees effective chip evacuation and uniform thermal stability during roughing and finishing operations.

  • Compact C 29 and C 30 gear cutters utilizing direct drive torque motor technologies
  • Heavy-duty C 50 machines handling large spiral bevel components up to 500 mm outer size
  • Standardized ARCON and SPIRON cutter heads using indexable tungsten carbide blades
  • Precise spare matching for clamping fixtures, drive units, and spindle bearings by code

Oerlikon G 30 and G 60 bevel gear grinding machines

Oerlikon bevel gear grinding machines perform high-precision finishing of hardened bevel and hypoid gear pairs. The proprietary Closed Loop concept links the grinding unit with a Klingelnberg measuring center to implement automated tool corrections directly on the shop floor.

  • High-precision grinding spindles featuring direct drives and dynamic wheel balancing
  • Integrated numerical dressing mechanisms equipped with wear-resistant diamond rolls
  • Advanced coolant filtration setups incorporating magnetic separators and mist collectors
  • Replacement parts for spindle bearings, feedback encoders, and fluid seals by part code

Höfler Viper 500 and Speed Viper cylindrical gear grinders

Höfler cylindrical gear grinding machines deliver high-speed generating and profile grinding for external and internal gearings. A rigid machine frame damps mechanical vibration effectively, achieving exceptional tooth flank surface qualities and precise involute forms.

  • Speed Viper dual spindle turret configuration reducing idle part changeover durations
  • Flexible profile grinding capabilities for large-module pinions on Viper 500 units
  • Optical position feedback linear encoders ensuring submicron axis positioning accuracy
  • Matching replacement guides, telescopic protective covers, and dressing components

Höfler Rapid 800 to 6000 heavy duty gear grinding centers

The Höfler Rapid lineup is engineered to process massive cylindrical gears used in wind energy gearboxes, mining mills, and marine propulsion lines. A hydrostatic rotary table arrangement supports workpieces weighing dozens of tons without structural deflection or mechanical play.

  • Hydrostatic radial and thrust table bearings maintaining smooth multi-ton rotation
  • Interchangeable internal grinding arms for machining internal ring gear assemblies
  • Advanced Siemens Sinumerik CNC architecture with dynamic profile correction features
  • Supply of replacement hydraulic pumps, fluid valves, and high-pressure seal packs

Klingelnberg P 16, P 26, and P 40 precision measuring centers

Klingelnberg P-series measuring centers set the metrology benchmark for inspecting gears, gear cutting tools, and rotationally symmetric parts. A rigid machine bed combined with backlash-free rotary tables ensures stable measuring repeatability down to submicron tolerances.

  • Integrated 3D tracer probe head for discrete touch trigger and continuous scanning
  • Pneumatic active vibration damping mounts isolating machine beds from plant tremors
  • Software packages for comprehensive analysis of bevel and cylindrical gear geometries
  • Matching styli, ruby ball probes, calibration spheres, and optical sensors by number

Klingelnberg P 65, P 100, P 150, P 300 large measuring centers

Large-scale Klingelnberg measuring centers are tailored for metrology inspection of large gear rings up to 3000 mm diameter. The systems execute comprehensive inspections of pitch deviation, tooth trace, runout, and flank modifications in a single automated setup.

  • Massive granite portal structure with aerostatic guideway bearings on linear axes
  • Direct-drive torque motor rotary table eliminating mechanical backlash and wear
  • Seamless OPC UA and umati network connectivity supporting modern digital twin setups
  • Spare components including axis servo motors, angular encoders, and CNC circuit boards

Kinematics and setup of Oerlikon C 29 and C 30 gear cutting centers

Oerlikon C 29 and C 30 bevel gear cutting machines employ a vertical workpiece spindle layout for continuous dry milling of spiral bevel gear sets. Machine commissioning requires exact angular positioning of the cutter head and synchronization of generating movements.

The computer numerical control coordinates tool rotation and table motion electronically without mechanical index gears. Maintaining high cutting precision requires periodic checks of spindle bearing preloads and encoder calibration.

Intensive operation demands regular inspection of hydraulic clamping circuits and air filter elements in electrical cabinets.

Closed Loop metrology integration for bevel gear grinding processes

The Closed Loop technology links Oerlikon G 30 and G 60 grinding machines with precision Klingelnberg P-series measuring centers in a continuous manufacturing cycle.

After finish grinding, a sample workpiece is transferred to the metrology center where a 3D probe acquires complete tooth flank topographies. Dedicated KIMoS calculation software evaluates measured coordinates against theoretical gear models and determines numerical axis corrections.

Data feeds back to the machine tool over local networks, enabling the control system to adjust dressing paths and grinding positions automatically.

Profile and generating grinding methods on Höfler Speed Viper units

Höfler Speed Viper grinding machines accommodate both continuous generating grinding with threaded wheels and flexible profile grinding with form wheels for cylindrical gears. Mode selection depends on batch sizes, tooth module, and flank modification criteria.

The dual-spindle turret concept minimizes idle non-productive intervals by allowing workpiece loading and clamping while gear grinding proceeds on the active spindle. Automatic wheel balancing and optimized dressing parameters ensure superior surface roughness.

Clean cutting oil and high-efficiency sludge filtration extend guideway longevity.

Hydrostatic bearings and maintenance for Höfler Rapid rotary tables

Heavy-duty Höfler Rapid cylindrical gear grinders feature closed hydrostatic radial and thrust bearings supporting the rotary work table. High-pressure oil films isolate metal friction surfaces completely, preventing mechanical wear and providing smooth rotation under heavy workpiece loads.

Hydrostatic system operation requires stable oil temperatures and fine filtration down to three microns. Regular maintenance schedules include monitoring pressure drops across flow restrictors, inspecting fluid seals, and verifying accumulator readiness for uninterrupted emergency shutdown.

Gearing metrology analysis using Klingelnberg P-series centers

Precision Klingelnberg P 16, P 26, and P 40 inspection machines provide thorough quality evaluation for gear teeth, worms, cutting tools, and rotational parts. The measuring architecture incorporates a high-accuracy 3D scanning head with inductive transducers along three coordinate axes.

The machine records profile deviations, lead angles, cumulative pitch errors, and radial runout in one clamping setup. Center calibration utilizes reference spheres and optical polygons.

Reliable metrology outcomes rely on strict environmental temperature control and periodic inspection of ruby stylus tips.

ARCON and SPIRON tooling systems: cutter head assembly and setup

Productive bevel gear cutting utilizes Klingelnberg ARCON and SPIRON cutter heads with mechanical blade clamping. The cutter body provides rigid radial and axial positioning for carbide blades treated with wear-resistant coatings.

Before mounting in machine spindles, each cutter head undergoes precision assembly and pre-setting on optical alignment fixtures. Radial and axial blade runout tolerances are maintained within minor micron thresholds to distribute cutting forces equally.

Timely blade regrinding and clamp wedge replacement maintain tooth profile fidelity.

Industrial equipment

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