Thin sheet processed products with complex shapes for mold adjustment shims and assembly plates.
Thin sheet processed products with complex shapes for mold adjustment shims and assembly plates.
This is an introduction to "Precision Thin Plate Laser Processing." We manufacture thin plate products with a thickness of 0.01 mm or more using a high-precision laser processing machine with a beam diameter of 40 μm. We produce shims for mold precision adjustment and complex-shaped shims. Our main focus is on manufacturing one-of-a-kind items and small lot products. Materials that can be processed: ■ SUS ■ Aluminum ■ Copper ■ Phosphor Bronze ■ Titanium, etc.
1～30 item / All 48 items
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Precision laser cutting of 0.01t and above for prototype shim plates and more.
High-precision ultra-fine processing with a fiber laser with a beam diameter of 40μm!
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■Product Example■ Precision thin plate laser processing case with a beam diameter of 40µ.
Beam diameter 40μm High-precision ultra-fine processing! Introducing various examples of processing non-ferrous metals.
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Aluminum microfabrication × 25-year durability aluminum nameplate metal photo
We applied slitting processing to a 25-year durable metal photo using fine processing technology. Our company can combine engraving technology with fine processing.
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We can also deliver shims with different thicknesses together! Leave the shim production to us.
We manufacture various shims using thin plate microfabrication technology. We also welcome orders for shims with different thicknesses, which are used in semiconductor manufacturing equipment and power transmission components.
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Multi-purpose shim plates with a thickness of 0.01 mm and variations in plate thickness can also be produced!
We offer custom-made shim plates using thin plate microfabrication technology. Materials other than SUS are also available! Please feel free to consult with us.
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Leave the processing of non-ferrous metal thin plates to us! SUS can be handled from 0.01 mm onwards.
We offer custom-made shim plates using thin plate microfabrication technology. We can also process materials such as SUS, copper, brass, and phosphor bronze! Please feel free to consult with us.
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For semiconductor manufacturing equipment! Production of SUS square shim plates from 0.01 mm and up.
We will create custom orders. Materials such as SUS, copper, brass, and phosphor bronze are also available. The thickness of the SUS plate can be processed from 0.01 mm. We can also accommodate complex shapes.
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Adopted for medical device parts! High-precision fine slit processed discs.
We have a track record of deliveries for medical use as well. We manufacture high-precision slit plates using fine processing technology. We deliver finishes with minimal burrs within a short lead time.
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We will manufacture shim rings with minimal distortion using thin plate processing technology.
We are manufacturing shim rings made of SUS with minimal thermal distortion, ranging from 0.01 mm and above, using fiber laser processing.
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Manufactured round copper shim plate 0.05 mm for power transmission devices with low vibration in Bali.
This is an example of shim production with a thickness of 0.05 mm using sheet metal processing technology. It can accommodate complex shapes, and materials such as SUS, brass, and aluminum are available.
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Order production of small lot medical device parts made from SUS0.1t thin plates.
We will manufacture thin plates from a single point using microfabrication technology for encoder slit plates used in thin sensors and similar applications.
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Delivery of shim plates for motor bases with thickness variations of 0.01 mm is also possible.
We accept the creation of ring shims and shim spacers using thin plate processing technology from 0.01 mm. We also accommodate complex shapes as well as copper, phosphor bronze, and brass.
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Leave the complex-shaped copper shim plates and porous processing to us.
As a sample, we manufactured it using fine processing technology on copper. We can also accommodate complex shapes, such as the production of shims from thin copper sheets.
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■Production Examples■ Slitting processing of SUS thin plate 0.1t and processing of complex shapes
We have processed a complex pattern on a SUS thin plate of 0.1mm thickness through our fine machining. Even with thin plates, we can perform slit processing with minimal burrs and machining of complex shapes.
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■Product Example■ Encoder Disk Metal Photo Printing Sample
We will manufacture aluminum slits using our thin plate microfabrication technology. It is printable, has high durability, and is produced with metal photo technology that has a lifespan of 25 years.
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Production is also possible with SUS thin plates of 0.01 mm or more! SUS ring shims.
We manufacture stainless steel ring shims and shims with a thickness of 0.01 mm or more using thin plate processing technology. Production using thin plates of copper and brass is also possible.
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[Product Example] A gear with a diameter of 10 mm was made from a thin copper plate.
We manufactured gears using copper thin plates with precision machining technology. We also accept orders for slit plates and shims produced through slitting processing.
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Perfect for prototypes! We made a positioning disc from a thin plate.
We have produced a disk for positioning using thin plate slitting processing technology. It features a precise finish with minimal burrs and allows for engraving of characters.
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■Production Example■ Brass Gears - Burr-free processing using thin plate processing technology
Production example "Gear" was made from brass sheet. Our company manufactures complex-shaped shims using this micro-machining technology.
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For warehouse management! Production of high weather-resistant aluminum QR code nameplates.
This is a QR code nameplate with a proven track record in various manufacturing lines, food processing lines, and logistics management. It is resistant to heat and chemicals, with a lifespan of 25 years. Suitable for outdoor use.
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■Product Example■ A disk for encoders was manufactured using precision machining technology.
We have produced encoder disks using our precision machining technology. Due to the laser manufacturing process, there are few burrs, and the fine slits are finished beautifully.
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Manufacturing shim rings to fill gaps with laser processing of 0.01 mm or more.
We have numerous delivery records for machine tool manufacturers and semiconductor-related companies! We accept orders for shim rings with thicknesses starting from 0.01 mm. Complex shapes are also possible.
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[Production Example] Gold color marking on tin cut into complex shapes.
We performed laser marking in gold color on tin, which is a difficult material to process, and cut it into a complex shape using a laser. The processing resulted in minimal burrs.
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Manufacturing encoder disks by applying slitting processing to aluminum thin plates.
We have produced aluminum encoder disks with fine slit processing using our thin plate processing technology. Our thin plate processing can handle thicknesses from 0.01 mm.
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Shim plates made of SUS thin sheets with a thickness of 0.01 mm for adjusting machine tools!
We accept the production of shim plates with high precision of 0.01mm or more, with minimal burrs. We also have a variety of plate thicknesses available, so we can accommodate bulk orders.
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Production of encoder disks with fine slit processing on circular thin plates.
We manufactured the encoder disk from a thin plate. Thanks to the high-precision fiber laser, we can process it with minimal burrs and achieve high precision even for small engravings.
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Delivery record for medical device parts! High-precision micro-machining technology.
We produced samples using precision machining technology that has a track record of delivering parts for medical use. We applied a saw blade-like finish on the inside. Production is possible from a single piece.
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High precision! We manufacture optical encoder disks with a diameter of 10mm from a single point.
We manufacture high-precision optical encoder disks and rotary wheels in a 10mm size, with a proven track record of delivery to medical device manufacturers, starting from just one unit.
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Case study: A wide-eyed deity was cut out from a thin sheet of brass in a single stroke.
As a case study, we used our high-precision laser processing technology to cut out a wide-open sky from a brass thin plate without making a single cut. The linear outline was produced in a single stroke.
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High-precision shim plate manufacturing for semiconductor manufacturing equipment! SUS 0.01t and above.
We manufacture shim plates used for improving accuracy in semiconductor manufacturing equipment from thin sheets of SUS 0.01t and above. We can also accommodate different thicknesses.
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