We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Microfabrication.
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Microfabrication Product List and Ranking from 63 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Nov 12, 2025～Dec 09, 2025
This ranking is based on the number of page views on our site.

Microfabrication Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Nov 12, 2025～Dec 09, 2025
This ranking is based on the number of page views on our site.

  1. 光機械製作所 HIKARI LASER LAB. Mie//Manufacturing and processing contract
  2. リプス・ワークス Tokyo//Manufacturing and processing contract
  3. Y-MOLD Nagano//Manufacturing and processing contract
  4. 4 ブル精密 (株)ブル精密　本社 Tochigi//Glass and clay products
  5. 5 東成イービー東北 Fukushima//Manufacturing and processing contract
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Microfabrication Product ranking

Last Updated： Aggregation Period:Nov 12, 2025～Dec 09, 2025
This ranking is based on the number of page views on our site.

  1. Ultra-fine processing using the latest technology with lasers! 東成イービー東北
  2. [Glass Processing Examples] Precision Micro Machining ブル精密 (株)ブル精密　本社
  3. Precision machining and micro machining ニッキトライシステム
  4. Realization of anisotropic structural colors using nanoperiodic structures (LIPSS) リプス・ワークス
  5. 4 Dimple processing examples リプス・ワークス

Microfabrication Product List

16～30 item / All 124 items

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Ultra-fine processing of aluminum

Ultra-fine processing of aluminum

Micro hole processing, fine hole processing, micro-diameter hole processing, ultra-fine processed products of aluminum.

【Material】 A5052(a5052) 【Material Dimensions】 Thickness 10mm × Width 50mm × Length 50mm 【Features】 This product is an aluminum ultra-fine processed item made from material A5052(a5052) and features micro hole processing, fine hole processing, and micro-diameter hole processing. At first glance, it appears to be a square piece of aluminum with four holes drilled into it, but... when you shine a light on it in a dark place... you will see that there are fine holes (micro holes) with a diameter of φ0.05. Because they are so fine, they cannot actually be seen with the naked eye. (They are too small to really notice...) Micro hole processing, fine hole processing, and micro-diameter hole processing are specialized processing techniques that only a few companies, including ours, can perform. Nakada Seisakusho specializes not only in aluminum cutting processing but also in such micro hole processing, fine hole processing, and micro-diameter hole processing. Additionally, these processes can be applied not only to aluminum but also to materials such as SUS. If you have any issues with aluminum, please feel free to contact Nakada Seisakusho! We also provide detailed explanations about aluminum precision processing technology and aluminum precision parts on our website, so please take a look.

  • Other semiconductor manufacturing equipment

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[Precision Micro Machining Example] Cannula

[Precision Micro Machining Example] Cannula

The work size is a length of 30mm, with a thin outer diameter of about φ0.8mm! This is an example completed with a single automatic lathe, including drilling.

We would like to introduce a case of precision micro-machining that we conducted. The application is for medical use (ophthalmic surgical instruments), and the material is 6-4 titanium for the cannula. The tip is trumpet-shaped with both inner and outer diameters. Since the tip is thicker, it was processed by cutting. Including drilling, it was completed with a single automatic lathe. 【Features】 ■ Application: Medical (ophthalmic surgical instruments) ■ Work size: Length 30mm, thin outer diameter approximately φ0.8mm ■ Material: 6-4 titanium *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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Examples of adopting micro embossing and micro hole processing.

Examples of adopting micro embossing and micro hole processing.

We are distributing examples of the adoption of ultra-fine processing, such as microneedles and micro-honeycombs!

Tokaiazumitech's "ultra-fine processing technology" is an ultra-precise and fine technology used in fields such as medicine. 【Features】 - Ultra-fine processing of hard materials, such as drilling a Φ0.030 hole in a Φ0.07 needle. 【Example of Processing Achievements】 - Surgical suturing needles - Medical micro-needle type SUS series - Mold components for filters CuW, etc. 【For more details, please download the catalog or feel free to contact us.】

  • Plastic Mould

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Processing ultra-fine machining at the micrometer level.

Processing ultra-fine machining at the micrometer level.

We give materials new functions with micro-pores of μm size.

By applying laser technology for ultra-precision micro-processing on various materials such as resin, metal, ceramics, and glass, we contribute to the enhancement of product functionality and design/decorative effects that could not be achieved with conventional processing techniques, while also developing new applications and creating new markets.

  • Other processing machines

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Ultra-precision micro-machining

Ultra-precision micro-machining

We specialize in ultra-precision microfabrication at the nano and micro levels for the medical field, lenses, and the optical industry.

We accept various requests for precision ultra-fine processing at the research level and for difficult-to-process steel materials. We perform processing using rare Sodick ultra-high precision nano machines, providing strong support from processing professionals. We are capable of machining parts such as small-diameter holes, grooves, and mirror surfaces, which are essential for the latest industries, including biomedical fields like microchannels, optical industries like lenses, and the IT industry.

  • lens
  • Electrical equipment parts
  • Laser Components

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Daiha Precision Engineering - Micro Machining

Daiha Precision Engineering - Micro Machining

We respond to the demands for miniaturization with facilities that cater to diverse needs!

With the miniaturization of electronic components, the demand for precision machining is increasing. At OHBA SEIKEN, we offer processing equipment, measuring instruments, and tooling that cater to precision machining, meeting the demands for miniaturization. 【Examples of Precision Machining】 ■ Processing of 0.2 mm square prisms ■ Micro drilling (φ0.08±0.01 mm) For more details, please refer to our catalog or feel free to contact us.

  • Processing Contract

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Precision machining utilizing a spindle speed of 80,000 RPM.

Precision machining utilizing a spindle speed of 80,000 RPM.

Seiko Precision is challenging itself with nano-level precision machining.

Seiko Precision Co., Ltd. has introduced equipment capable of spindle speeds up to 80,000 RPM, while many machines in the parts processing industry typically have spindle speeds of up to 20,000 RPM. We also handle a wide range of items not listed here. For more details, please download our catalog or contact us.

  • Processing Contract

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[Processing Example] Custom Production of Titanium Seals *Fine Processing of Hard Materials as Well!

[Processing Example] Custom Production of Titanium Seals *Fine Processing of Hard Materials as Well!

This is an introduction to examples of precision machining using titanium materials. Precision machining of difficult-to-cut materials such as titanium and Inconel!

This is an introduction to examples of fine processing using titanium materials. At Nakamura Manufacturing, we also accept processing of hard-to-machine materials such as titanium and Inconel. Additionally, we can add color to the material for a beautiful finish. We also sell these as our own brand products! 【Examples (Photos)】 ■Product Name: Custom Titanium Seal ■Materials: Titanium, Inconel, Brass (Bronze) ■Processing: Machining ■Additional Work: Coloring by partner companies (Oxide coating, Ion plating) *For other processing technologies and production examples, please refer to the case collection available for download.

  • Processing Contract
  • Other machine elements
  • Other processing machines

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Case Studies of Microfabrication Technology [Achieving High-Precision Processing in Micron Units!]

Case Studies of Microfabrication Technology [Achieving High-Precision Processing in Micron Units!]

[Exhibition Participation] "Microfabrication Technology Case Collection" available for free! Micron-level microfabrication for micro needle master molds and microchannel molds as well.

Our company pursues a dimensional accuracy of ±1μm using ultra-high precision micro-machining machines like Android and ultra-precision shape electric discharge machining machines like AP3L. We also introduce challenging metal processing cases utilizing cutting and wire electric discharge machining. We are currently offering a collection of micro-machining technology case studies for free! 【Metal Processing & Micro Machining Cases】 ▶ Micro Needle Master Molds ▶ Micro Channel Molds ▶ Fuel Cell Separator Molds ▶ Thin-Walled Processing ▶ Hard Alloy Processing ▶ Fine Hole Drilling for Hardened Materials ▶ Fine Hole Drilling ▶ Micro Pocket Machining ▶ Micro Connector Parts ▶ Fine Groove Cutting ▶ Thin Wall Cutting ▶ Shape Electric Discharge Machining *For more details on micro-machining, please request materials or view the PDF data available for download. Additionally, we will be exhibiting at the 【Prototype Market & Micro & Precision Machining Technology Exhibition】. Event Dates: February 21 (Tuesday) - 22 (Wednesday), 2023 Venue: Tokyo Metropolitan Industrial Trade Center, Hamamatsucho Hall Booth Number: 58 We will be showcasing various micro-machining samples. If you visit, please stop by!

  • Processing Contract

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ELMAX HRC60 Mirror Surface Machining Example

ELMAX HRC60 Mirror Surface Machining Example

Presenting a collection of case studies! Precision machining with a dimensional accuracy of ±1μm! Leave it to us for mirror-finish cutting of 'ELMAX HRC60'!

At Miyanama Mold Manufacturing, we utilize ultra-high precision micro-machining machines like the Android and ultra-precision shape engraving discharge machining machine AP3L to pursue dimensional accuracy of ±1μm, performing highly challenging metal processing. 【Processing Example of ELMAX HRC60】 ■Material: ELMAX HRC60 ■Tool Used: φ0.2×R0.02 radius end mill ■Machining Machine: ROKKO Industry Android ■Processing Time: 20 hours ■Materials: Iron, Steel, Copper ■Lot Size: 1 to 100 pieces ■Accuracy: 1/100 to 1/1000mm ■Industry: Automotive electrical components, Electronic parts ■Surface Roughness: Ra0.0088μm (8.8nm) ★Additionally, a collection of various micro-machining examples titled "Micro Machining Technology Case Studies" can be viewed via the "PDF Download" link below.

  • Processing Contract

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Examples of processing for "microchannels"

Examples of processing for "microchannels"

[Case Study Collection Available!] Precision machining with a dimensional accuracy of ±1μm! Leave the processing of "flow paths" to us!

At Yoneyama Mold Manufacturing, we utilize ultra-high precision micro-machining machines like the Android and ultra-precision shape engraving discharge machining machine AP3L to pursue dimensional accuracy of ±1μm, performing highly challenging metal processing. 【Examples of Channel Processing】 ■ Groove Width: 0.05mm ■ Angle: 60° ■ Depth: 0.15mm ■ Material Hardness: HRC32 ■ Lot Size: 1 to 100 pieces ■ Accuracy: 1/100 to 1/1000mm ■ Industry: Electronics, Home Appliances, Semiconductors, Medical Devices ★ Additionally, a collection of various micro-machining case studies titled "Micro-Machining Technology Case Studies" can be viewed via the "PDF Download" link below.

  • Processing Contract

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Fundamental Knowledge of Microfabrication: "The Needs of Microfabrication"

Fundamental Knowledge of Microfabrication: "The Needs of Microfabrication"

Technological innovation through microfabrication is being sought from various fields.

In various fields such as cameras, medical equipment, semiconductors, and home appliances, the miniaturization of devices is currently progressing. Machine tools and measuring instruments are also evolving daily, and further technological innovations through microfabrication are being demanded from various sectors. In "cameras," there are shutter peripheral mechanism components, lens peripheral components, and optical components; in "medical," there are endoscopes, forceps, implants, syringes, and stents used during surgeries; in "semiconductors," there are suction devices, thinning devices, and cutting devices; in "IT equipment," there are PCs, memory, switches, and connectors; and in "home appliances," there are hard disks, mobile phones, and music players. For more details, please contact us or refer to our catalog.

  • Technical and Reference Books

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Points for reducing man-hours and improving quality in high-precision microfabrication.

Points for reducing man-hours and improving quality in high-precision microfabrication.

We will introduce the key points of thin plate processing in high-precision machined parts.

We will introduce key points for reducing labor and improving quality in high-precision microfabrication, from the design and manufacturing of micro-machined parts. Topics include "Key points for thin plate processing in high-precision machined parts," "Key points for boss processing in high-precision micro parts," "Key points for tool changes in high-precision microfabrication," "Key points for thin plate processing in high-precision microfabrication," "Key points for improving processing quality in precision microfabrication," and "Key points for quality improvement design in precision microfabrication." For more details, please contact us or refer to our catalog.

  • Technical and Reference Books

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Points for Reducing Man-Hours and Improving Quality in Micro Machining Wire Electrical Discharge Machining

Points for Reducing Man-Hours and Improving Quality in Micro Machining Wire Electrical Discharge Machining

We will introduce cost reductions achieved by replacing electrical discharge machining with cutting machining.

We will introduce key points for reducing man-hours and improving quality in wire electrical discharge machining, based on the design and manufacturing of precision machined parts. Topics include "Cost reduction through the replacement of electrical discharge machining with cutting machining," "Key points for machining complex-shaped parts with electrical discharge machining," "Key points for machining complex-shaped parts with wire cutting," "Points for reducing machining time and improving accuracy in electrical discharge machining," and "Points for improving machining quality with wire cutting." For more details, please contact us or refer to the catalog.

  • Technical and Reference Books

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High-speed dicing of difficult-to-process materials such as SiC and glass - TLS-Dicing

High-speed dicing of difficult-to-process materials such as SiC and glass - TLS-Dicing

High-speed cutting of extremely difficult-to-process materials like "SiC and glass" is possible! A technology essential for the spread of EVs!

With the spread of EVs (electric vehicles) and the increase in power consumption due to network connections between electronic devices, there is a growing demand for semiconductors that can handle higher output and higher current. "Power semiconductors" using next-generation semiconductor materials such as SiC are gaining attention. However, the processing of hard and brittle SiC requires advanced technology. Traditional mechanical and laser cutting methods face many issues, such as slow processing speeds, chipping, a wide cutting width leading to reduced production volume, and the inability to cut electrode surfaces. Our laser micro-processing technology, "TLS-Dicing," utilizes thermal stress from temperature differences between heating and cooling, enabling high-speed cutting even for difficult-to-process materials like SiC and glass. It can be utilized in various industries that handle hard-to-cut semiconductor materials. *Actual processing photos and data for difficult-to-cut materials and hard brittle materials can be downloaded and viewed from the link below.

  • Company：光
  • Price：Other
  • Processing Contract

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