M/S MICRO ENGINEERS

Live Centre for Lathe Turning Applications

This live centre is engineered to support rotating workpieces with low runout and stable axial support during turning. It suits production turning, finishing operations, and OEM assembly where accurate concentricity and bearing performance matter. The design emphasizes robust bearing life and secure tool interface to maintain geometric stability under radial and axial loads.

Buyers evaluate bearing class, taper interface and lubrication regime when selecting centres for high-volume production. Commercial support includes wholesale sourcing and scalable production with inspection documentation to assist procurement and maintenance planners.

CNC Morse Taper Holder for Tooling Integration

Designed for precision spindle-to-tool interfacing, this CNC Morse taper holder supports machine-tool setups that require accurate axial alignment and repeatable concentricity. It is suited to machining centers, toolrooms, and OEM assembly lines where taper fit and runout control are key selection criteria. The holder maintains consistent taper seating and resists micro-movement during turning and drilling operations.

Technical selection emphasizes taper compatibility and fit tolerance. Buyers typically evaluate taper size, clamping method and inspection reports when qualifying parts for production. Commercially, this SKU supports bulk sourcing and scalable production runs with batch inspection documentation available to procurement teams and OEM buyers.

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.

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.

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.

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.

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.

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.

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.

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.

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.

Cold Forging Punch for Industrial Forming

Cold forging punches are precision metal-forming tools designed to shape and blank workpieces under compressive loads at ambient temperatures. This punch variant is suited to OEM and production environments where repeatability and tool life are primary buyer concerns.

Key buyer signals include consistent dimensional repeatability and process stability for high-volume runs. Procurement teams typically evaluate punch geometry, wear resistance, and compatibility with existing dies and presses. Where required, production batches can be scaled and inspection checkpoints integrated to support ongoing supply programs.

For purchasing and specification, provide drawing references, target material, and expected run volumes. This facilitates quoting and helps match production process capability to the part requirement.

UV Barrel for Domestic and Commercial RO Machines

The UV barrel is a component housing designed to hold UV lamp assemblies within reverse-osmosis water treatment units. It serves both domestic and light-commercial RO systems, providing secure mounting and sealing for UV disinfection stages. Procurement teams and OEM integrators specify barrel dimensions to match lamp length and socket configuration.

Supply options include production runs for distributors and build-to-print orders for OEM integration. Protective packing and inspection support are available for batch shipments.

Cold Forging Die for Production Runs

Cold forging dies are engineered cavities or tooling sets that shape workpieces under compressive load at room temperature. They form the matched interface to punches and must be specified with precise cavity geometry and finish to control final part dimensions.

Buyers evaluate die cavity tolerance, surface finish, and compatibility with press stroke and feeder systems. Maintenance and repeatability are central for production planning. When ordering, provide detailed part drawings and anticipated production volumes to align tooling design and inspection checkpoints.

Supply options include batch machining with inspection reporting. Dies can be delivered with recommended clearances and assembly guidance for integration into existing die stacks.

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.

Matched Cold Forging Die & Punch Sets

Matched die and punch sets are supplied as complementary tooling components designed to work together in forming and blanking operations. Specifying matched geometry ensures consistent part quality and reduces trial-and-error during press setup.

Procurement teams should supply assembly drawings, press parameters, and run-volume expectations. These inputs guide tooling fitment, tolerance allocation, and inspection planning. Matched sets are optimized for interchangeability and serviceability in production environments.

Batch supply options support prototype and production quantities, and inspection reports are available per delivery to confirm dimensional compliance.

Hydraulic Control Valve Component for Fluid Power

This valve component is intended for use within hydraulic control valve assemblies. It is specified where flow control, pressure regulation, or directional routing is required within a hydraulic circuit.

Procurement teams should identify system interface dimensions and operating pressure range when requesting quotes. Supplying these details enables verification of compatibility and helps define inspection checkpoints during production runs.

Supply options include batch production with inspection documentation suitable for OEM integration and assembly validation.

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.

Mandrel for Precision Machining and Forming

The mandrel is a work-holding and forming arbor used in machining, rolling, or forming applications. It secures internal bores or supports components during secondary operations. Procurement teams and production engineers use mandrels to ensure concentric support and to maintain dimensional control during processing.

Orders are accepted to drawing and can be scaled from prototype to production. Inspection documentation and packing are provided to support production and assembly integration.

Forging Die for Closed-Die Production

The forging die is a tooling component used in closed-die forging processes to shape heated billets into final parts. It is intended for forging shops, tool rooms, and OEM production planners who require durable, precision tooling for repeatable forging cycles. Die design affects flow lines, flash control, and final geometry.

We supply dies built to drawing with process-aware heat-treatment and finishing. Batch production and maintenance support are available. Provide CAD or 2D drawings to confirm die cavities and alignment features.

Welding Saw Nozzle in ETP Copper

This ETP copper welding saw nozzle provides high electrical and thermal conductivity for welding and cutting equipment. It is selected for saw and welding torches where conductivity and thermal stability are critical. Buyers include OEMs and maintenance teams that manage equipment requiring reliable nozzle performance.

Supply supports batch production, OEM integration, and drawing-based manufacturing. Protective packing and inspection support are available for production lots to preserve finish and dimensional integrity.

Pin For Fuel Injection System

This precision pin is designed for use in fuel injection system assemblies where secure positioning and consistent actuation are required. It suits OEM engine builders, maintenance teams, and assembly shops that require repeatable component geometry and reliable fit. The part is offered with process-controlled machining and inspection workflows that support batch traceability and dimensional validation.

Procurement-ready packaging and volume supply options support production ramps. Quality control follows documented inspection methods and the manufacturing process can integrate customer drawings for build-to-print runs. Typical buyer signals include OEM sourcing, scheduled replenishment, and integration into fuel delivery sub-assemblies.

Precision Pin for Fuel Injection Systems

This precision pin is intended for use within fuel injection systems and nozzle assemblies. It must meet tight dimensional and surface-finish requirements to ensure reliable fuel metering and seating within the injector assembly.

Procurement should specify diameter, length, surface finish, and material constraints so manufacturing can validate fit and performance. Volume forecasts enable production planning and the inclusion of inspection checkpoints as part of delivery.

Provide detailed drawings and functional requirements to obtain accurate lead-time and quoting information for production runs.

Insert For Motor Coupling Of Jmg

This insert is intended for motor coupling applications in JMG equipment assemblies where secure shaft engagement and repeatable alignment are required. It suits OEM integration and scheduled maintenance programs that need consistent interface geometry and reliable torque transfer. Production is offered as drawing-based builds with inspection checkpoints for acceptance.

The component is processed using precision turning and finishing to maintain bore concentricity and interface features. Supply options include prototyping through volume production and documentation packages for procurement review.