We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Nanoimprint Equipment.
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Nanoimprint Equipment Product List and Ranking from 10 Manufacturers, Suppliers and Companies

Last Updated: Aggregation Period:Sep 24, 2025~Oct 21, 2025
This ranking is based on the number of page views on our site.

Nanoimprint Equipment Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Sep 24, 2025~Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. SCIVAX Kanagawa//Industrial Machinery
  2. ウェルテック Shizuoka//Industrial Machinery
  3. 協同インターナショナル Kanagawa//others
  4. 4 三井電気精機 Chiba//Industrial Machinery
  5. 4 清和光学製作所 Tokyo//Electronic Components and Semiconductors

Nanoimprint Equipment Product ranking

Last Updated: Aggregation Period:Sep 24, 2025~Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. Nanoimprint device "X-300" SCIVAX
  2. Small Nano Imprint Device 'CI-100' ウェルテック
  3. Nanoimprint device "TEX series" *Demo consultation available 協同インターナショナル
  4. 4 Nanoimprint device 清和光学製作所
  5. 5 Nanoimprint device エム・シー・ケー 東京 電子事業本部

Nanoimprint Equipment Product List

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Nanoimprint device

Various customizations and special specifications are available!

Nanoimprint is a fine patterning technology that forms micro-patterns by applying thermosetting or photocurable resin and pressing a master plate. Resin is applied to the substrate and pressed with a mold. Fine patterns are shaped by UV irradiation. 【Model Specifications Example】 Size: 620(W) × 500(D) × 1670(H) mm Weight: 150 kg Power Supply: AC100V Substrate Size: 4-inch wafer Press Method: Servo-driven Press Pressure: 0.1 kN to 10 kN (1000 kgf) Light Source: UV-LED type Release: Automatic operation ◎ For more details, please contact us or download the catalog.

  • Printed Circuit Board
  • others

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UV Heat Composite Nanoimprint Device Rubi Q

We will strongly advance the application of nanoimprint processes.

■ It is possible to select a combination of resin curing methods / press methods / and pressure methods in nanoimprinting. ■ A dedicated R&D device that enables retrofitting. It accelerates research and development involving nanoimprint process applications. ■ A compact and easy-to-operate nanoimprint device designed for applications from R&D to small-scale pilot production. ■ Usable according to scale. It contributes not only technically but also cost-wise.

  • 3D Printer

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Nanoimprint device "TEX series" *Demo consultation available

This is a solution that achieves high productivity and ease of use from research and development to mass production, compared to conventional photolithography.

[Features] - Systematization of master molds, soft molds, UV resist, and transfer devices - Resolution of 100 nm - Throughput within 1 to 2 minutes - High aspect ratio (1:5) possible - Residual film thickness below 15 nm

  • Etching Equipment

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Simple UV Nanoimprint Device ImpFlex Essential

High resolution, low cost, high throughput nanoimprint lithography.

The ImpFlex Essential, a simplified UV nanoimprint lithography device, is attracting attention as a next-generation microfabrication technology due to its high miniaturization, low cost, and high throughput compared to conventional photolithography. This device is a low-cost model that has undergone thorough cost reduction based on the higher-end model, Impflex. Despite its low price, the imprint engine inherits features that achieve low residual film and uniform film thickness. Mold materials such as quartz and Ni electroforming, among others, are available as options. This experimental device can be used in various fields, including optical devices, MEMS (NEMS), optical communication devices, diffraction gratings, microlenses, microfluidic devices, and biochips for DNA analysis. For more details, please contact us or refer to the catalog.

  • Other processing machines
  • Commercial printers

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Small Nano Imprint Device 'CI-100'

"Compact precision" "Multi-functional low cost" The transfer process made easy for everyone! Compatible with various molds and opaque substrates. The initial test is free.

The "CI-100" is a desktop badge-type high-performance low-vacuum UV imprinting device. It allows anyone to easily verify basic transfer processes such as material evaluation, mold evaluation, compatibility evaluation, curing conditions, and residual film conditions. It is compatible with various molds, including precision machined molds and wafer molds. It offers many mode selections and setting adjustments. 1) Automatic mode: Gap control (Z-axis) or pressure control (load cell) - Gap control Controls the distance between the substrate (film, glass, etc.) and the mold Sets the gap amount and holding time at the gap position before UV irradiation - Pressure control Detects and controls the pressure after contact between the substrate and the mold 2) ON/OFF control of the vacuum pump and vacuum pressure settings 3) ON/OFF control of UV irradiation from the top and bottom, and irradiation intensity settings 4) Z-axis speed settings: freely adjustable between low, medium, and high speeds *Testing is available (free for the first time) 【Outline Specifications】 ■ Work size: 120×120mm ■ Transfer area: 100×100mm ■ Vacuum level: 1000Pa ■ LED-UV: 50mW/cm2×2 sides at 365nm (other wavelengths are optional) ■ Transfer unit: W360×D290×H465, 45kg

  • Resin processing machine

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The potential brought by micro-nano imprint technology.

Reduce the total cost of the micro-nano imprint process to accommodate small quantities and a variety of products.

Nanoimprint is a mechanical method of nanostructure processing that involves pressing a mold, formed with fine uneven shapes of tens to hundreds of nanometers, against a resin material to transfer the shape. Compared to photolithography, it does not require expensive optical systems and can consolidate multiple processes into one. Advantages include lower manufacturing costs. By adapting this imprinting technology not only to the nano domain but also to the micro domain, it is being applied (and researched) across a wide range of fields. **Advantages of Nanoimprint** - No need for expensive optical systems compared to photolithography - Lower manufacturing costs due to the consolidation of multiple processes into one - It has a resolution of about 10 nm, and three-dimensional structures can be transferred in a single process using molds with three-dimensional uneven shapes. *For more details, please refer to the PDF document or feel free to contact us.*

  • Resin processing machine

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Tabletop Light Imprint Evaluation Device 'LTNIP-500'

We offer products with high resolution at a low cost!

This product is a simple UV nanoimprint device for experimental use, equipped with an automatic mode release function. UV irradiation is performed while pressing. The mold size ranges from 25mm to 40mm, and the UV intensity is 0.5mW/cm². Additionally, you can choose optional features such as HP functionality and a degassing unit. We also have a wide lineup of other products available for selection based on different applications. 【Features】 ■ Equipped with automatic mode release function ■ High resolution at low cost ■ Pressing pressure of 10MPa *For more details, please refer to the catalog or feel free to contact us.

  • Other analytical and testing equipment

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Nanoimprint device

Nanoimprint device

A nanoimprint device that realizes both thermal curing and photonic curing methods in a single unit. 【Features】 ○ Mass production of identical-shaped parts in a short time by pressing molds with ultra-fine processing of several tens to several hundred nanometers onto resin or glass. ○ Integration of thermal curing, which softens and then hardens through cooling, and photonic curing, which uses UV resin and hardens with UV light, in one device. ○ Ability to set required conditions and record measurement and results for each condition on a PC. ○ Pressing/peeling speed: 1 to 1000 μm/sec. ○ Maximum load: 1000 Kg (total pressure). ○ Temperature: Room temperature to 250°C. ○ Work size: 50×50 mm. ● For other functions and details, please contact us.

  • Other processing machines

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Nanoimprint Device Model TM-03

Compact nanoimprint device! A must-see for those who want to try it first!

Nano printing is a technology that creates nano-sized three-dimensional structures and is currently attracting significant attention among processing technologies. The bonding methods required for nano printing can be broadly divided into two categories: the thermal bonding method, which softens the resin with heat, presses the mold, and then lowers the temperature to release it, and the optical bonding method, which presses the mold against ultraviolet-curable resin and cures it with ultraviolet light. The TM-03 model is a prototype and research development device that combines both thermal and optical bonding. Why not try prototyping and manufacturing experiments with this new technology more easily than ever before? ● For other functions and details, please contact us.

  • Testing Equipment and Devices

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Nanoimprint Device Model TM-04

★☆Ultra-Compact☆★ A nano-printing device that can be easily experimented with anywhere!

We have developed a compact, portable, and simplified light-curing imprint device. It can be tested with battery power, making it versatile for any location, and it is also designed to operate with a 100V power supply. The device is equipped with an LED-type UV lamp, and it uses motor-driven elevation, allowing for adjustable lifting speed and simple operation. This is an affordable device recommended for those who want to create samples using imprinting with a basic testing machine. ● For other features and details, please contact us.

  • Other processing machines

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Nanoimprint device

Repeat accuracy = 20nm!!!

UV type / thermal curing type This is a device compatible with 300mm wafers. It performs parallel alignment of molds, pressurization, UV irradiation, and demolding, achieving high-precision repeat positioning accuracy for step-and-repeat processes. It is ideal as an alternative patterning method for lithography (such as terabyte optical discs, LEDs, microlenses, diffusion films, high-density packages, etc.). It is suitable for both research and development and mass production. Ultra-high precision repeatability accuracy = 20nm

  • Wafer processing/polishing equipment
  • Other semiconductor manufacturing equipment

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Thermal and UV Nanoimprint Device X-300

The X-300 is ideal for the development of advanced nanoimprint technology. It supports both thermal and UV processes with a 6-inch diameter and is characterized by high reproducibility.

From R&D to pilot production, we have addressed all stages, pursuing high quality, low cost, and high production efficiency. The X-300 is an ideal nanoimprint device for full-scale technology development. ■□■Features■□■ ■Processing method: Thermal, UV ■Processing size: Up to 100mm (Thermal φ150mm) ■Minimum displacement resolution: 50nm ■Pressing force: Maximum operating: 50kN ■Mold parallelism adjustment mechanism: Standard equipped ■Resist processing - Control possible with residual film below 5nm - Confirmed durability of 150,000 shots through mold technology development ■Film processing - Product manufacturing through practical lines (cell culture plates) - Capable of various pattern processing from nano to micron At SCIVAX, we provide various proposals for substrate processing using film and resist. Regarding LEDs, various optical elements (optical films), and various electronic devices, we will propose mass production processes tailored to your applications. For other functions and details, please contact the SCIVAX Microfabrication Division (Phone: 044-599-5051, Email: nil-contact@scivax.com).

  • Company:SCIVAX
  • Price:10 million yen-50 million yen
  • Other processing machines

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UV/Thermal Dual-Use Nanoimprint Device

RubiQ: An Ideal Nanoimprint Introductory Machine for Pilot Production from R&D

To meet the complex challenges of R&D, the RubiQ Type RD-100 achieves a resin curing method compatible with both heat and UV, as well as a pressurization method for molding, all in a highly flexible modular configuration. Additionally, it provides high takt required for pilot production while also addressing cleanroom measures. We will make proposals tailored to each customer's individual development stage. Please contact the SCIVAX Microfabrication Division (Phone: 044-599-5051, Email: nil-contact@scivax.com) for inquiries.

  • Other processing machines

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Nanoimprint device "X-300"

Pursuing and achieving high quality, low cost, and high equipment productivity at all stages!

The "X-300" is a nano imprinting device capable of both thermal and UV methods, suitable for R&D pilot production. We pursue and achieve high quality, low cost, and high equipment productivity at all stages from R&D to mass production. Our company provides a total solution for nano imprinting aimed at R&D and mass production. 【Features】 ■ Compatible from R&D to pilot production ■ Dual-use for thermal and UV methods ■ High quality ■ Low cost ■ High equipment productivity *For more details, please refer to the catalog or feel free to contact us.

  • Optical Components
  • Other Physics and Chemistry Equipment
  • Other factory equipment

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Meichang Machinery Co., Ltd. Business Introduction

A company that manufactures and sells research and development equipment with numerous delivery achievements to universities, research institutions, and electronics manufacturers!

Meichang Engineering is a company based in Hyogo Prefecture that manufactures and sells products such as laser equipment and nano printers. In addition, it handles radiation measurement devices, various ultra-high vacuum equipment, nanotechnology devices, semiconductor and LCD panel manufacturing equipment, and various electronic application devices. The company has a significant track record of deliveries to university research institutes, research organizations, and electronics manufacturers. 【Business Activities】 ■ Design, procurement, manufacturing, and delivery of neutron, synchrotron radiation, laser, and infrared-related equipment ■ Design, procurement, manufacturing, and delivery of semiconductor manufacturing equipment ■ Design, procurement, manufacturing, and delivery of nanotechnology devices ■ Design, procurement, manufacturing, and delivery of various ultra-high vacuum equipment ■ Design, procurement, manufacturing, and delivery of industrial automation equipment, etc. *For more details, please refer to the PDF materials or feel free to contact us.

  • Commercial printers
  • Other semiconductor manufacturing equipment

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