INDUSTRY · 05
Medical Equipment
Medical Equipment Applications
Machining methods are reviewed according to the drawing and functional requirements, with dimensional, surface and inspection requirements confirmed for each project.
Non-sterile mechanical parts, fixtures and development-stage precision components for medical and inspection equipment.
VERIFIED EXPERIENCE
What Jintat has supported
Supply experience includes medical equipment and surgical/endovascular robotics components. Public claims are limited to machining capability and do not imply a finished medical device or ISO 13485 certification.
ENGINEERING PRIORITIES
Machining priorities
PUBLIC MACHINING EXAMPLES
Relevant part characteristics
Real Jintat-machined parts are used to explain relevant geometry and controls without identifying a customer program.
EXAMPLE 01
Miniature Precision Fitting
Precision turning · Micro-hole machining- Machining challenge
- Small flow path, end face and connection features
- Process focus
- Tool condition, burrs and cleanliness included in process
- Inspection focus
- Bore, end face and thread
EXAMPLE 02
Brass Precision Seat
CNC turning · Drilling- Machining challenge
- Concentrated small holes, thin areas and mounting dimensions
- Process focus
- Tooling and inspection frequency based on critical features
- Inspection focus
- Bore size, position and fit diameter
EXAMPLE 03
Precision Sleeve
ID/OD turning · Precision threading- Machining challenge
- ID/OD fit, roundness and surface quality
- Process focus
- Consistent finishing conditions and measurement datums
- Inspection focus
- Fit dimensions, roundness and surface
START WITH A DRAWING