精工技研 Product Lineup

By incorporating a filter structure into the fine flow path, it becomes possible to address separation, particle division, and foreign matter removal. The size of the filter structure can be adjusted in size and shape according to the customer's application.

• Real-time PCR

Utilizing our polishing technology, thin-walled molding, and fine pattern transfer technology, we achieve high transparency and pattern transfer at the nanometer level. Molding can be accommodated in a clean room.

• Culture vessel

It is one of the sealing technologies for microchannels, allowing for bonding without adhesive. It can accommodate requests such as when the channel size is too small for sealing with tape or when sealing is not possible due to concerns about elution.

• Microarrays and DNA chips

Using our fine transfer technology, we reproduced shading utilizing transmission and reflection with LEDs. Fine patterns ranging from a few micrometers to several tens of micrometers have been transferred, allowing for clear outlines. We also offer optical design support, and we can accommodate everything from prototypes to mass production, providing LED units as well.

• LED Module

Our single-cell chip can transfer fine patterns at the nm to μm level. It is capable of transferring tens of thousands to hundreds of thousands of patterns. The resin can be molded with a type suitable for your observation, so please contact us if you have any requests. We can accommodate various resins such as COP, PC, PMMA, and PS, and we have a proven track record.

• Microarrays and DNA chips

Our company provides a comprehensive service from mold manufacturing to molding for automotive and medical applications, focusing on thin-walled molding and fine patterns. By designing and producing high-precision molds, we can offer precise molded products. Utilizing molding technology that transfers patterns at the μm and nm levels, we can address the challenges faced by our customers. Additionally, we have μm-level machining technology, so please feel free to inquire about that as well. We also collaborate on prototype development with the assumption of mass production molding, so if you have any concerns, please consult with us first.

• Real-time PCR
• Injection Molding Machine
• plastic

1. Thickness of thin-walled molded products (can accommodate up to approximately 0.4mm [thickness is negotiable]) 2. It is possible to transfer fine shapes onto molded products (there is a track record of transferring fine shapes at the 300-nanometer level) 3. Space-saving and lightweight options are available 4. Capable of supporting a wide range of products, including automotive, medical, and consumer goods

• Other Auto Parts
• Plastic utensils and containers

The coronavirus, which is causing a stir in the world, allows for various tests to be conducted using samples such as blood. Mass production of testing chips is possible. As a recent trend, many chips aimed at disposability are being developed. Additionally, companies are developing devices for testing, and progress is being made in the development of devices and chips that enable easy testing.

• Plastic utensils and containers

In injection molding, it is possible to transfer fine patterns onto thin-walled molded products and project various characters and designs by shining laser light on the transferred surface. As long as it is within the area where the fine pattern has been transferred, the specified characters and designs can be projected regardless of where the laser is applied.

• Laser Components

To build a comfortable communication environment using light, it is essential to reliably connect optical fibers and to have connection components that transmit information (light signals) sent from the source to the destination without loss. Our group was the first in the world to develop the APC (Angled Physical Contact) connector, which significantly reduces light reflection at the connection surface. It was later certified as a global standard. Our strengths lie in providing all components and tools that connect "light," including ferrules, housings, and adapters compatible with all connector types such as SC, LC, FC, and MU, as well as jumpers that connect optical fibers to connectors and polishing machines that polish the connector surfaces.

• Optical Connector

"Isn't there a way to polish the end face of optical connectors more efficiently?" We have addressed such customer feedback by developing equipment and devices that capture the characteristics of optical fibers.

• Grinding Machine
• Other processing machines
• Other inspection equipment and devices

The RF optical transmission unit is an optical transmission device that uses A-RoF technology to convert radio waves (RF signals) into optical signals for transmission. It can be applied to various uses such as television/radio broadcasting, mobile communications, GPS, Bluetooth, Wi-Fi, and satellite waves, covering broadcasting, communication, infrastructure, and EMC. We also support optical transmission in the 6GHz to 60GHz band with A-RoF, so please feel free to consult us!! 【Features】 ■ Compact design ■ Can be powered by a mobile battery ■ Capable of long-distance transmission with low loss regardless of modulation method or frequency ■ Since the transmission line is optical fiber, complete electrical isolation between transmission and reception is possible, making it resistant to lightning damage and noise *For more details, please refer to the PDF or feel free to contact us.

• High frequency/microwave parts

The "ultra-small lens" is an optimal small-diameter, ultra-thin lens for ultra-small endoscopes, wearable devices, and tiny communication lenses. Our company can produce lenses with an outer diameter of less than Φ1mm and a thickness of less than 0.1mm. Additionally, the lens surface can accommodate not only spherical but also aspherical designs. 【Features】 ■ Small diameter and ultra-thin ■ Compatible with aspherical designs ■ Available as a lens unit ■ Multiple lenses can be incorporated into a compact barrel *For more details, please refer to the catalog or feel free to contact us.

• lens

The "high hardness resin lens" is a high-precision lens formed using a special thermosetting resin with a pencil hardness of 6 to 7H. Thermosetting resins can create materials with high surface hardness that conventional plastics cannot achieve by incorporating inorganic materials and others. Our company is capable of producing lenses with a surface hardness of 6H or higher using special high hardness resin. [Features] - High-precision lens - Use of special thermosetting resin - High surface hardness - Effective as an alternative to glass materials *For more details, please refer to the catalog or feel free to contact us.

• lens

【Work Size and Shape】 - Supports V shapes at any angle, as well as R shapes. 【Processing Accuracy】 - Pitch accuracy cumulative error of 0.3μm.

• Repair Agent
• Processing Contract
• Other optical parts

With our technology as the number one mold supplier for optical discs, which are mass-produced with nano-sized pattern transfer, we will support the mass production of your nano products.

• Plastic Mould
• Other optical parts
• others

We support high-precision processing and the creation of numerous fine holes through discharge machining. Processing accuracy (reference) Minimum diameter: 0.12mm Effective hole length: More than 10 times the hole diameter Both hole accuracy and positional accuracy are within 0.01mm.

• Contract manufacturing
• Processing Contract
• Plastic Mould