Application-led process selection
We compare MIM, powder metallurgy, machining, and hybrid routes against geometry, annual volume, material, tolerance, wear, corrosion, and assembly requirements.
SINTS helps OEM teams move from drawing review to stable production across seven industries, combining MIM, powder metallurgy, machining, finishing, inspection, and export-ready supply.
We compare MIM, powder metallurgy, machining, and hybrid routes against geometry, annual volume, material, tolerance, wear, corrosion, and assembly requirements.
Drawing review, manufacturability feedback, first-article sampling, dimensional checks, surface review, and packaging expectations are connected before repeat supply.
SINTS supports export-oriented buyers with clear RFQ inputs, production communication, inspection records, and practical qualification steps.
Cylinder locks, smart locks, deadbolts, padlocks.
MIM · PM · SS316→
Surgical, orthopedic, diagnostic.
MIM · SS316L · 17-4PH→
Coffee grinders, espresso machines, kitchenware.
MIM · Stainless Steel→
Precision buttons, hinges, housings, connectors, and small metal mechanisms for compact electronic products.
MIM · SS · Titanium→
Handheld power tools, pneumatics, drives.
MIM · PM · Gears→
Gears, bushings, structural PM parts.
PM · Sinter-Hardening→
Specialty alloys, niche applications.
Titanium · Tungsten · Specialty→Short answers for engineering and procurement teams comparing MIM, powder metallurgy and CNC suppliers.
Small complex 3D geometry with 0.1–200 g mass points to MIM; gears, bushings and structural parts at high volume point to powder metallurgy; large or low-volume parts usually stay with CNC machining.
Drawing-based reviews typically get a manufacturability answer and quotation approach within 4 business hours, with a detailed quote following after material and volume are confirmed.
Yes — SINTS ships to 30+ countries with FOB, CIF, DDP and DDU experience, plus RoHS and REACH declarations and standard export documentation on every program.
Practical answers for OEM sourcing and engineering teams.
Lock and security hardware, medical and diagnostic equipment, coffee and household appliances, consumer electronics, power tools, automotive sensors, gears/structural PM and custom OEM.
Yes. Surgical jaws, ratchets, endoscopic linkages, dental drivers and tweezers under ISO 13485-compatible controls.
Yes. Cams, clutch plates, latch bolts, cylinder parts and smart-lock drive components.
Yes. Sensor housings, solenoid cores, seat mechanism parts and oil pump rotors.