FUTA-Q

FUTA‑Q provides precision‑machined components manufactured from high‑performance materials.
We are also capable of machining high‑accuracy components, including processes such as small‑diameter deep‑hole machining.
By integrating a wide range of processing equipment and technologies—including state‑of‑the‑art systems—together with advanced evaluation and inspection technologies, we deliver high‑precision machined components that meet our customers’ specific requirements.

FUTA-Q manufactures and processes seamless pipes made of special alloys by
applying our own tube-making and processing technologies, which were
cultivated through tube-making of beta-titanium. It is also possible to procure a
special material from overseas providers and make it into pipe.

At FUTA‑Q, we selectively utilize a variety of surface finishing equipment and processing technologies.
In accordance with customer requirements, we provide precision‑machined components featuring mirror finishing, matte (satin) finishing, full‑surface finishing, and partial finishing.

FUTA‑Q possesses a wide range of joining and assembly technologies and is capable of combining them as required.
Depending on the application, component geometry, and material properties, we utilize various joining methods—including TIG welding, laser welding, soldering, brazing, adhesive bonding, caulking, and press‑fitting—to meet our customers’ specific requirements.

At FUTA‑Q, we are equipped with a wide range of laser processing systems, including ultra‑short pulse laser machining systems, hybrid laser systems combining excimer and ultra‑short pulse lasers, and continuous‑wave laser systems for long workpieces. By leveraging these technologies, we provide optimal laser processing solutions tailored to our customers’ needs.

With femtosecond laser and excimer laser processing, we are able to create extremely fine micro‑machining on materials such as polyimide resins.

In addition, our laser welding technology provides deep‑penetration welding, characterized by a large weld penetration depth relative to bead width. By applying accurate and highly reliable laser welding processes, we are able to meet advanced and demanding technical requirements in cutting‑edge applications.