Author: ksprecision

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Mitutoyo QM Data 300 CMM

Quality Inspection Instrument / Equipment

Mitutoyo QM Data 300 CMM

Model:

  • Mitutoyo QM Data 300 CMM

Specifications:

  • Mitutoyo QM Data 300 CMM allow the complex profile of the component to be measured with contact base inspection method. It allows the measurement of true position in geometric tolerancing that is required on some components

New Machinery

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Keyence IM 7500 Imaging Device

Quality Inspection Instrument / Equipment

Keyence IM 7500 Imaging Device

Model:

  • Keyence IM 7500

Specifications:

  • Keyence IM 7500 Device allow the inspection of dimensions for the components to be automated and streamline the process of producing the Quality Inspection reports. These measuring instrument revolutionise the conventional process of quality inspection with high accuracy and consistency

New Machinery

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MO8SYI

Turning Center with Y-Axis

MO8SYI

Model:

  • M08SY-II – Turning Center with Y-Axis

Specifications:

  • Turning Center with Y-Axis and Subspindle
  • Built-in spindles minimize vibration and provide superior responsiveness
  • Tool setter
  • 300 PSI coolant
  • Small Footprint
  • Powerful milling capabilities
  • Live tooling capability on all positions
  • Fanuc 0i-TD Control
  • Affordable

New Machinery

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BO326 III (6 Axis )

Opposed Gang Tool CNC Lathes

BO326 III (6 Axis )

Model:

  • B0326-III – 32 mm

Specifications:

  • Maximum Part Size = 32 mm / 1.26″
  • Axis= 6
  • Max  Headstock Stroke w/ Guide Bushing , Max  Headstock Stroke w/o Guide Bushing = 330 mm / 12.99″
  • Main Spindle Speed = 200 – 8,000 RPM
  • Sub Spindle Speed = 200 – 8,000 RPM
  • Live Tool Speed = 200 – 6,000 RPM
  • Run in Guide Bushing Mode = YES
  • Run in Guide Bushless (chucker) Mode = YES
  • # Tool Positions (std / max) = 29/43
  • # Live Tool Positions (std / max) = 15 /26
  • Control = FANUC 32i-B
  • Weight = 4,000 kg / 8,818 lbs.
  • Footprint: W x D x H= 2628 x 1280 x 1970 mm
    103.5″ x 50.4″ x 77.5″

New Machinery

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Machining

Products / Machining
Products / Machining

Precision Miling

  • Life Science Equipment component.
  • Optics Component.
  • Lead screw.
  • Semi Con Key component.
  • Medical Device fitting.
  • Carriage Support Shaft.
  • Range: Diameter 0.8mm – 20mm.
  • Length up to 2.3meter.
  • Precision: 4 micron.

Precision Turning and Machining

  • Ferrule, Shaft, Standoffs Leadscrew, Fitting.
  • Optics Equipment parts & Accessories.
  • Defense Equipment parts & Accessories.
  • Industrial Engineering parts.
  • Customized Designs for Plastic injection parts and Molding parts for Machining.
  • Design for Manufacturing/ Cost Reduction. 
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Fasterners

Products / Fasteners

Products / Fasteners

Screw/Bolts

  • Machine, Tapping & Self-drilling Screws
  • Thread Cutting, Forming & SEMS Screws
  • Wood, Chipboard & Drywall Screws
  • Taptite, Plastite & PT Screws
  • Socket Head Cap & Temper-proof Screws
  • Hex Bolts, Carriage Bolt, Eye Bolt
  • Customized Designs

Range:

  • Diameter M1.2 ~ M24 (#00 ~ 1”)
  • Length 2mm ~ 700mm (5/64 ~ 26”)

Materials:

  • SUS #316,305,302,304,310,410,420,430
  • Copper, Brass, Aluminum, Alloy Steel

Nuts / Cold Farming

  • Hex Nut, Flange Nuts, Wing Nuts, Conical Nuts, Jam Nuts, Nylon Insert Nuts, T-Nuts, Weld Nuts, POP Insert Nuts, Round Nuts, Square Nuts, Slotted Nuts
  • Bushings, Spacers, Shoulder Nuts
  • Customized Designs

Range:

  • M2 ~ M24 (#1 ~ 1”)

Materials:

  • SUS, Copper, Brass, Aluminum, Alloy Steel
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Sintering

Products / Sintering & Casting

Products / Fabrications

Sintering & Casting

Sintering is the process of forming materials and components from a powder under the action of thermal energy. Most ceramic materials and many specialist metal powder products for use in key industries such as electronics, automotive and aerospace are formed this way. Why Powdered Metal? Powder metallurgy is a recognized “green” technology and is sustainable due to:

  • Raw powder sourced from other industries’ “waste”
  • Net-shape capabilities
  • Very high material-utilization factor
  • Minimized energy inputs
  • Provides good surface finishes
  • Parts may be heat treated for increased strength or enhanced wear resistance
  • Provides part-to-part reproducibility
  • Suited to moderate-to-high volume part production