MIM Electronic Lock Parts-Jetvision

MIM Electronic Lock Parts

Part Size: 1-150 mm

Weight: 0.1-300 g

Tolerance: ±0.3%

Surface Finish: Ra 0.8–1.6 um

Materials: SS316L, 17-4PH, SS420, Ti Alloy etc

Density: ≥96–99% Wrought

Secondary Operations: CNC, Polishing, Laser Marking

Industry Expertise

Factory Price

OEM/ODM Services

Description

MIM Electronic Lock Parts are high-precision metal components used in intelligent electronic locking systems. As electronic locks continue to evolve toward compact designs and multifunctional integration, manufacturers increasingly require miniature components with high precision, excellent appearance quality, and reliable mechanical performance.

Metal Injection Molding technology enables the cost-effective production of complex electronic lock components with tight tolerances and superior repeatability.

Typical applications include fingerprint locks, digital locks, hotel locks, cabinet locks, smart home systems, and IoT security devices.

Typical products include miniature gears, motor transmission parts, locking cams, sensor housings, structural components, actuator components, and decorative hardware parts.

Hunan Jetvision

Available Materials：

Stainless Steel	304L, 316L, 17-4 PH, 420, 430, 440
Titanium Alloy	Ti-6Al-4V
Superalloys	Inconel, Hastelloy, Co-based Low Alloy Steels, 2-8% Ni (4600, 4650)
Magnetic Alloys	2-6% Si-Fe, 50% Ni-Fe, 50% Co-Fe
Controlled Expansion Alloys	Fe-36Ni (Invar), F-15 (Kovar)
Electrical Materials	Pure Copper, Beryllium-Copper, Brass
Tool Steels	AISI M2, M3/2, M4, T15, M42, D2
Heavy Alloys	Tungsten-Copper, W-Fe-Ni, Molybdenum-Copper, Custom compostions to suit customer specifications

Material selection can be customized according to strength, wear resistance, corrosion resistance, and magnetic performance requirements.

Key Advantages：

● Miniaturization capability

● Excellent dimensional consistency

● High mechanical strength

● Cost-effective high-volume production"

FAQ：

Why is MIM widely used in electronic locks?

Electronic locks contain many miniature mechanical components that require high dimensional accuracy and reliable performance. MIM allows these complex parts to be manufactured efficiently while reducing assembly complexity and production costs.

What are the advantages of MIM over CNC machining?

Compared with CNC machining, MIM offers:

Lower material waste

Reduced production cost

Better suitability for complex geometries

High-volume manufacturing capability

Improved assembly consistency

What materials are commonly used?

Typical materials include:

17-4PH Stainless Steel

316L Stainless Steel

Low Alloy Steel