Precision machining , Beta titanium pipe
futaku
FUTA-Q,Ltd.
Analysis changes. The world changes.
“High-performance materials × High-precision machining“
Analysis
We provide precision-machined components using high-performance materials for cutting-edge analytical instruments.
We realize the precision flow path components our customers require, such as micro-diameter holes and specialized nozzles, meeting the demands for high-precision, high-performance analytical equipment.
At FUTA・Q, we combine various machining equipment and technologies—including the most advanced—with evaluation and inspection techniques to deliver high-precision precision-machined components tailored to our customers' specifications.
Case study01
Special metal pipe
β-titanium alloy, NiTi alloy, CoCr alloy
For increasingly demanding performance requirements, utilizing small-diameter pipes made of special metals such as beta titanium may offer a solution.
Case study02
Nozzle, Needle Tip Processing
Lancet, Mengini, three-pronged needle, horizontal hole
We have a proven track record in manufacturing various nozzles, including complex multi-tube nozzles and side-hole-type needle tips with minimal chemical residue.
Case study03
Nozzle and Needle Assembly
Special-Shaped Nozzles, Welding, and Adhesion
We combine multiple laser welding machines and various joining technologies to meet the diverse needs of our customers.
Case study04
ノNozzle, Needle Internal Polishing
Straight grinding, taper grinding
Mirror polishing the inner surface of the analysis nozzle pipe suppresses contamination adhesion, improving cleanability and analytical performance.
Case study05
Fluorine Coating / Surface Treatment Processing
PTFE-coated / Ultra-thin fluoropolymer coating
Fluoropolymer coating prevents contamination from adhering to analytical instrument nozzles and devices. The image on the right shows a water-repellent coating applied to the inner surface of a nozzle.
Case study06
Precision Small-Diameter Deep Hole Machining
Precision Flow Path Components
To achieve “precision fluid channels” that accurately control fluids, it is necessary to precisely machine small-diameter deep holes and angled holes.
Case study07
Small-Diameter Pipe Inspection and Measurement Proprietary Technology
Pipe Inspection and Measurement Technology
We have developed our own non-destructive device for measuring internal roughness.
We provide high-quality nozzle products that reach the inner surface of pipes.
