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Gear Tooling & Fixtures
Shaving & Gear Collet
Shaving Gear Collet for Gear Finishing
The shaving gear collet is a work-holding component designed for shaving operations on gears. It secures the gear during finishing to maintain concentricity and reduce runout. The collet supports consistent clamping for repeatable machining cycles. Buyers such as OEM assembly teams and maintenance procurement groups use this collet where dimensional repeatability and fixture stability are critical.
Commercially, the part supports volume procurement and build-to-print orders. Supply options include batch production and scalable runs for scheduled replenishment. Inspection checkpoints and dimensional checks are recommended for integration into assembly lines.
Price upon request
Cnc Turning Fixture
CNC Turning Fixture for Production Workholding
This CNC turning fixture is engineered to secure parts during high-volume turning and finishing operations. It provides stable clamping, repeatable datum references and quick change capability for production workflows. The fixture supports consistent part registration and reduces setup variability for assembly lines and job-shop environments.
Evaluation centers on datum accuracy, clamping method and fixture repeatability. Commercially, this SKU supports bulk sourcing and build-to-print production with inspection documentation available to procurement and engineering teams.
Price upon request
Hurth Shaving Fixture
Hurth Shaving Fixture for Gear Finishing
The Hurth shaving fixture secures gear blanks for finishing operations on Hurth-brand shaving equipment. It preserves concentric alignment during shaving strokes and supports repeatable production cycles. Target buyers include OEM production planners and maintenance teams focused on dimensional stability.
Build-to-print production is supported. Orders can be scaled from prototypes to volume runs. Inspection packages and protective packaging are available to support integration into production workflows.
Price upon request
Mistubishi Hobbing Fixture
Mistubishi Hobbing Fixture for Gear Production
This hobbing fixture is configured for Mitsubishi-series hobbing machines and secures blanks for accurate hob engagement. It is intended for OEM production planners and maintenance teams that require repeatable gear tooth generation. The fixture ensures correct indexing and stable support during hobbing cycles.
Ordering supports batch production and drawing-based manufacturing. Supply options include scheduled runs for production replenishment and prototype-to-production scaling. Provide machine model and part drawings to confirm fixture interfaces.
Price upon request
Kanzaki Shaving Fixture
Kanzaki Shaving Fixture for Finishing Operations
The Kanzaki shaving fixture is intended for use with Kanzaki gear-shaving equipment to secure workpieces for finishing passes. It helps maintain correct gear position and minimize runout during shaving. OEM production groups and maintenance planners use this fixture to ensure consistent tooth form in production batches.
Manufacturing supports drawing-based work and scalable production. Inspection documentation and packaging suitable for sensitive gear components are available to support procurement and quality control.
Price upon request
Gear Hobbing
Gear Hobbing Cutter for Industrial Gear Production
This gear hobbing cutter is intended for generating involute gears using hobbing machines. It suits production gear shops, OEM transmission manufacturers, and repair facilities that require repeatable tooth form accuracy and controlled surface finish. The cutter geometry and module selection determine tooth profile and pitch accuracy.
Selection covers hob module, number of starts, and material grade for wear resistance. Procurement options include bulk supply and process capability documentation. Buyers typically request specification of module, pressure angle and material when seeking quotes for production volumes.
Price upon request
Inspection Mandrel
Inspection Mandrel for Dimensional Verification
This inspection mandrel is designed to support internal bore inspection, runout validation and gauge calibration tasks. It is used by quality teams, metrology labs, and OEM incoming inspection processes to verify dimensional conformity. The mandrel provides a stable reference for bore concentricity and measurement repeatability.
Selection criteria focus on mandrel diameter, tolerance band and surface finish. Commercially, the SKU supports bulk sourcing and production-scale measurement provisioning. CMM reports and inspection data can be supplied with orders to ease qualification and acceptance testing for procurement teams.
Price upon request
Collet
Precision Collet for CNC Toolholding
This precision collet provides secure clamping for cutting tools and workpieces in CNC spindle systems. It supports tight concentricity and repeatable grip force for high-speed machining and finishing operations. The collet design minimizes runout and stabilizes tool engagement for reliable surface finish and dimensional control.
Buyers assess collet diameter range, tolerance band and material finish when qualifying tooling. Commercial support includes manufacturer supply with scalable production, inspection documentation and build-to-print capability for OEM tool requirements.
Price upon request
Expanding Mandrel
Expanding Mandrel for Secure Internal Workholding
The expanding mandrel is designed to provide internal gripping for cylindrical workpieces during turning, grinding, and inspection. It ensures concentric clamping and stable support for thin-walled or delicate parts where external chucks are unsuitable. The mandrel expands to nominal diameter and locks workpieces with even pressure distribution.
Procurement evaluation emphasizes mandrel diameter range, expansion mechanism and tolerance control. This SKU is offered for bulk sourcing with optional build-to-print production and inspection documentation for OEM and production buyers.
Price upon request
Gleason Shaving Fixture
Gleason Shaving Fixture for Precision Finishing
This fixture is tailored to Gleason-brand shaving machines and secures gear blanks for finishing passes. It maintains axial alignment and supports repeatable tooth correction cycles. Procurement teams and OEM maintenance groups select this fixture to reduce setup variability and protect gear profile accuracy.
Production options include drawing-based fabrication and batch scheduling. Inspection packages and protective packing are provided to support integration and quality control in production environments.
Price upon request
Hob Arbour
Hob Arbour for Gear Hobbing
The hob arbour secures cutting hobs in gear hobbing machines and maintains axial and radial alignment during gear generation. It is specified by gear manufacturers and tooling teams to ensure correct hob runout and stable cutting engagement. Accurate arbour fit reduces vibration and extends hob life.
Orders are accepted as build-to-print or standard arbour profiles. Volume production and batch scheduling can be provided. Supply options include protective packaging and inspection documentation for production lots.
Price upon request
Clamping rigidity and fixture design
Gear Tooling Fixtures Manufacturer content emphasizes clamping rigidity and fixture interfaces to protect gear teeth during hobbing, grinding and inspection.
- Design choices prioritize repeatable locating and minimal distortion under cutting loads
- Part-protection features reduce surface damage during setup
Changeover efficiency and interface compatibility
Fixtures are evaluated for modularity and quick-change capability to reduce downtime between gear families.
- Modular bases and repeatable locators speed changeover
- Specify interface datum locations to match existing machine fixtures
Fixture variants by gear process
Different processes require different fixture attributes; hobbing fixtures prioritize clamping stability while inspection fixtures prioritize access and gauge compatibility.
- Hobbing and grinding fixtures focus on rigidity and thermal stability
- Assembly fixtures emphasize alignment and torque access
Ordering considerations and documentation
Include detailed drawings, desired locating features and acceptance criteria in RFQs to confirm fixture fit and function before production.
Faqs
Q: What are typical minimums when ordering gear tooling fixtures?
A: MOQ depends on custom features and modularity; share expected production cadence to discuss batch sizing.
Q: How does complexity affect fixture pricing?
A: Complexity, material selection and precision datums increase fixture cost; pricing is size- and feature-dependent.
Q: Can material certificates or inspection reports be supplied for fixtures?
A: Request material certificates and inspection records at RFQ stage to verify component traceability.
Q: What lead times should be expected for custom gear fixtures?
A: Lead times vary with design approvals and machining complexity; include project timelines when requesting delivery estimates.