Lock knob,cylinder, Shifting fork Manufacture Complex MIM Metal Components

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OEM Sintered MIM Lock Spindle parts

  • Material: Iron base;
  • Weight: 40g ;
  • Hardness: 40~50HRC
  • Tolerance: +-0.05 mm;
  • Surface treatment: black oxide
  • Product Description

    Engineered for Maximum Value

    MIM technology provides the unique ability to produce highly complex components that cannot be achieved economically by any other process.

    Harber Industrial works closely with you on design, materials and finish requirements to extract maximum value from the MIM process. Our extensive in-house capabilities in machining, heat-treating and surface finishing provide a way to manage total program cost.

    Powder Injection Molding (PIM), which encompasses Metal Injection Molding (MIM) ), is a new type manufacture technology which combines plastic injection molding process with powder metallurgy process. It is a net-shape process for the manufacturing of high volume high precision components for use in a diverse range of industries. MIM parts can now be found in all areas of life, from our cars and trucks to watches, dental braces, mobile phones, IT equipment, DIY tools and much more.


    Adaptable Production Demands

    The wide range of applications for industrial products demands a supplier who is capable of meeting both small and large batch-manufacturing requirements.

    Brand name 

    OEM & ODM

    Product type

    MIM Lock Spindle parts

    Product Model



    Stainless steel 304,316L,17-4PH,TI









    Forming Method

    Metal  Injection Molding

    Sintering method

    Solid phase sintering

    Sintering environment


    Mold material



    Lock  industry





    QC system

    100% inspection before shipment

    Payment terms 

    T/T at sight, Paypal, Western Union,etc.

    Lead time 

    25-30 working days

    Supply capability

    500000 Piece Per Month


    PP bag / Anti-static film / anti-static plastic disc


    Materials for Diverse Applications

    We provides a wealth of material options that allow our customers to achieve high performance in their products.



    MIM Industrial Product Solutions

    Door hardware – Lock housings, cylinders, carriers, pins

    Hand and power tools – Handles, bits, keyless chucks, blade clamps, pawls, ratchet mechanisms

    Electronics – Sensor housings, fiber optic connectors, microwave packages, heatsinks

    Hydraulics – Valve spools, housings, lavatory fixtures

    Fasteners and Hardware – Aerospace

    Plumbing – Valve spools, faucet hardware

    Safety – Fall protection mechanisms

    Oil & Gas – Valve components for high corrosion applications

     Products Range:

    MIM ProcessingMolding, Injection, Debinding,Sintering ,Second Operation
    Applied SoftwarePRO/E, Auto CAD, Solid Works, UG, CAD/CAM/CAE
    MaterialIron-based Alloy,Stainless Steel,Tungsten Alloy,Carbide Alloy,Tool Steel , Fine Ceramic , Titanium Alloy
    Surface FinishGrinding,Brush,Polishing,PVD,Zinc/Nickel/Chrome/Gold Plating, Sand Blasting& etc.
    Tolerance Precision+/-0.005~0.02mm, can also be customized.
    DimensionAs per customers' request
    Part Color Silver, Red, Blue, Gold, Oliver, Black, White & etc.
    Samples Acceptable
    Quality System100% inspection before shipment
    Lead TimeBased on the quantity of order (Usually 45 days)
    PackingPlastic tray, plastic bag and Carton, full consider of practical situation
    Shipping By sea, By air, By DHL, UPS, TNT & etc.
    Shipment PortAll products SGS,CTI and RoHs approved, All material REACH approved.

    Used for car lock, household lock, hotel door lock, electronic lock.

    Precision MIM parts

    High purity, low inclusion MIM parts

    Irregular and spherical powder shape

    Low oxygen content MIM parts

    Why Choose MIM?
    ♦ Machining free (achieve sharp angle of R ≤ 0.1mm; Depth of Parallelism ≤ 0.02; Ra ≤ 1.6μm; tolerance in ±0.025mm-±0.05mm)
    ♦ Excellent geometrically complexity ( achieve a hole of 0.4mm, thin wall of 1mm ) 
    ♦ More than 98% of material utilization rate
    ♦ Part-to-part uniformity 
    ♦ More than 95% of theoretical density, and its performance is comparable with forging parts.

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