Precision machining , Beta titanium pipe
futaku
FUTA-Q,Ltd.
HOME > INDEX for Medical Use
INDEX for Medical Use
INDEX for Medical Use
FUTA-Q Technologies for Medical Use
Processing Technologies
- Femtosecond-laser Ultraprecision Processing
- Laser Processing
- Needle Tip Forming
- Fine Processing
- Machining Process
- Welding and Brazing
- Surface Treatment (polishing, fluorine coat, etc.)
- Nozzle Manufacturing Processes
- Materials for small diameter pipes
(β-titanium, NiTi, stainless-steel, ELGILOY, MP35N) - Wires Made of Rare Metals
- β-titanium Pipe with Wire-guide Rings Jointed by Laser Welding
- DraCo® (Single-port Laparoscopic Surgical Forceps)
- Other Medical Equipment
Testing & Inspection Technologies
Measuring and Other Facilities
- Clean Room
- Finishing Machining Equipment
- Heat Treatment for Small Size Pipes
- Online Factory Tour (Machining centers, CNC automatic lathes, etc.)
- High Precision Five-axis Machining Center
- Femto-second Laser Processing Machine
Medical Industry
その他の業種別INDEX
FUTA-Q’s pipes feature two
characteristics; super-elasticity and
shape-memory function. Nickel-titanium alloys are available in various shapes of
wire, small-diameter pipe, or sheet, with advanced processing such as laser cutting.
Our production system for pipes & wires covers
the all processes from machining to assembly, including inner surface polishing,
laser welding, and bending.
Medical parts require to be a smaller
size and to use a tougher material. Some clients request us to make microminiature
parts using titanium as well as ceramics.
FUTA-Q
has newly developed FC-180 fluorine
thin-film coating having water/oil repellency and coating thickness of less than one
micrometer, which can withstand repeated washing with a sterilizing solution of
sodium hypochlorite.
Femtosecond laser can process a work with
minimal thermal
effects using the ultra-short pulse laser. The inside of a transparent material can
be processed to form miniature shapes.
FUTA-Q has newly developed the
Precision Inspector, the non-destructive inner surface inspector, which can be used
for total number inspection of small diameter pipes. This is a non-destructive type,
and can automatically measure inner surface roughness and also detect scratches and
residues on the inner surface like endoscopes can.
