At the foundation of a gentle world and prosperous future
Manufacturing that underpins energy and industry

Chemistry & Energy

We deliver high-precision machined components for manufacturing equipment used in cutting-edge industrial products, pharmaceuticals, food, and energy-related products. Our precision-machined parts, featuring high-accuracy finishes on critical areas like flow paths that impact performance, support the front lines of production and supply.
At FUTA・Q, we combine various processing equipment, including cutting-edge technology, along with processing techniques and evaluation/inspection technologies to realize high-precision machined components tailored to our customers' requirements.

Case study01

Machined parts made from difficult-to-cut materials

Titanium, Hastelloy, Inconel materials

Demand is growing for difficult-to-machine materials with high functionality, such as heat resistance and corrosion resistance. We perform high-precision machining on these high-performance components.

Case study02

Precision CNC Turning

H-rule fittings and flanges

We have extensive experience in lathe machining. We operate a fleet of 42 machines, including the latest multi-tasking CNC lathes and Swiss-type CNC lathes.

Case study03

Precision Machining

Flow Path Block · Building Block

We specialize in high-precision machining of complex-shaped parts made from difficult-to-machine materials using 3D simulation technology.

Case study04

Part joining and assembly

Special-Shaped Nozzle (Spray Nozzle, Multiple Holes)

For joining precision parts, straight and rotary laser welding produces a clean finish. For relatively large parts, TIG welding excels.

Case study05

Precision Small-Diameter Deep Hole Machining

Precision flow path components

We have extensive experience in lathe machining. We maintain a fleet of 42 machines, including the latest multi-tasking CNC lathes and Swiss-type CNC lathes.

Case study06

Ultra-short pulse laser processing

Precision Pattern & Micro Hole Drilling

We possess hybrid processing machines combining excimer and femtosecond lasers, as well as picosecond laser processing machines capable of continuous processing from long materials.