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Laser processing|Metal precision microprocessing

Laser processing|Metal precision microprocessing

Laser processing FUTA-QLaser processing FUTA-Q

FUTA-Q’s laser processing technology allows to make fine and complicate cuttings on a small-diameter tube with variety range of materials including SUS, β-titanium, and NiTi. With our laser processing technology, we can provide elaborate products that would not be made by traditional cutting tools.
Our unique dross removing technique enables to make tube products with clean cutting surface without any burrs, which are generally caused in traditional laser cutting processing.

BEFORE dross removing. FUTA-QAFTER dross removing. FUTA-Q

Specification of our laser

• Minimum beam diameter: 0.02 mm
• Maximum tube-wall thickness: 0.5 mm
• Maximum plate thickness: 3.0 mm

Laser cutting sample: tube-wall thickness is 0.3 mm

Wall thickness.FUTA-Q
Processing specs.FUTA-Q

Laser cutting sample: Plate with 90 mm × 55 mm, 1.0 mm in thickness

Laser cut sample. board (55mm×90mm, t=1.0mm).FUTA-QLaser cut sample. board (55mm×90mm, t=1.0mm).FUTA-Q

βtitanium flexible tubes

βtitanium flexible tubes.FUTA-Q

The β-titanium Flexible Tube is an epoch-making product, featuring excellent operability with its flexibility and toughness of titanium.
Even dia. 6 mm β-titanium tube, which has a property of high toughness, high flexibility, and light weight, can be bent by applying our uniquely designed slitting made by the laser cutting.

β-titanium spiral tubes

βtitanium spiral tubes.FUTA-Qβtitanium spiral tubes.FUTA-Q

Our β-titanium spiral tubes provide unprecedented flexible operability with spiral grooves made on it by our micro-cutting laser technology used for making stents. Changing the slit width and pitches can control the flexibility and springiness at every part of the tube.



This example is a laser-processed stent used in catheterization for angina and cardiac infarction. Our laser technology allows to cut 20 μm at the minimum width to make a stent complicated fine shape, which could not be achieved by traditional machining tools.

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