Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
1111～1125 item / All 2417 items
Powder ceramic coating roller with an environmentally friendly coating treatment.
◆ Since it is a dry method, no volatile organic solvents are used at all, making it an environmentally friendly coating roller. ◆ It has excellent wear resistance and durability. ◆ The grip can be adjusted by changing the particle size of the ceramic powder.
A lineup of five types of coating rollers: "urethane," "beads," "powder ceramic," "ceramic," and "silicone"!
It is possible to change the coating material according to the intended use. You can vary it for different purposes such as wear resistance, durability, adjusting grip strength, ensuring precise feeding accuracy, and preventing ink and paper dust adhesion. It is suitable for feeding rollers and drive rollers of OA equipment such as printers, copiers, FAX machines, and plotters. ◇◆◆◇◆━━━━━━━━━━━━━━━━━━━━━━━━━ For more details, please download the catalog and take a look. Alternatively, feel free to contact us. ━━━━━━━━━━━━━━━━━━━━━━━━━◇◆◆◇◆
It is a coating roller that excels in wear resistance, durability, and is environmentally friendly.
Conventional ceramic coatings were processed using spraying or adhesion, but with powder, we can utilize the performance of traditional ceramic coating rollers while also providing an environmentally friendly coating process. Since it uses a dry method, it does not use any volatile organic solvents, making it an eco-friendly coating roller. It excels in wear resistance and durability. Additionally, by changing the particle size of the ceramic powder, the grip can be adjusted. For more details, please contact us or refer to the catalog.
Thin film coating that can coat most metals, metal oxides, and dielectric films!
Our company offers film deposition processing using PVD techniques, including resistance heating vacuum deposition, EB heating vacuum deposition, and sputtering methods. By utilizing these processing technologies, we can coat almost all metals, metal oxides, and dielectric films. Please feel free to consult us if you have any requests. 【Features】 ■ Film deposition processing is possible using resistance heating vacuum deposition, EB heating vacuum deposition, and sputtering methods. ■ Coating of almost all metals, metal oxides, and dielectric films is possible. *For more details, please refer to our catalog or feel free to contact us.
Dirt prevention guide roll (antistatic, improved slip resistance)
【Materials that can be treated with room temperature DLC】 ■ Rubber (NBR type) roll surface ■ CFRP roll surface ■ Aluminum surface ■ Plastic resin surface ■ Hard Cr plating surface ■ Engraved roll surface ■ Ceramics surface
Non-silicone non-stick coating
Non-Tack Future is a new surface treatment method for non-stick applications that does not require knurling or thermal spraying on metal surfaces. It is a non-silicon, non-stick coating that allows for the same treatment even when thin metal materials or high-temperature heat treatment are not feasible.
Improvement of chemical resistance and corrosion resistance! Coating is also performed on items other than rolls.
"Functional DLC Coating" provides static electricity prevention, dirt resistance, wrinkle prevention, and improved hydrophilicity. It can be used for various types of transport rolls, stretching rolls, and rolling rolls. The maximum processing size is 300φ×2500L×2800TL (MAX 350kg). Additionally, we offer various coating treatments in a vacuum furnace, such as "Room Temperature DLC Coating" and "Various Hard Thin Film Coatings." 【Features】 ■ Low friction coefficient: 0.2 or less ■ High hardness ■ Wear resistance: DLC (MAX 2200HV) ■ Scratch prevention measures (hard film compared to HCr) ■ Alternative to fluororesin-coated rolls (higher hardness than fluororesin coating) *For more details, please refer to the PDF materials or feel free to contact us.
Short dyeing time allows for deep coloring! Safely and effectively reproduce electron staining for SEM and TEM samples!
This product is a vacuum electron staining device that adopts a new staining method by placing a sample in a vacuum chamber and introducing osmium tetroxide gas or ruthenium tetroxide gas into the vacuum chamber for staining. Since staining is performed in a vacuum-sealed environment, it reduces operational errors through automation and interlocks. Additionally, the amount of staining gas introduced can be controlled. After staining is completed, re-evacuation is performed to prevent overstaining. 【Features】 ■ Effective for hygroscopic samples ■ Short staining time with deep staining possible ■ Reduction of surface contamination ■ Easier to find optimal conditions (only for model VSC4TWDH) ■ Staining possible without exposure to the atmosphere (when using optional middle chamber or mini chamber) *For more details, please refer to the PDF materials or feel free to contact us.
Solve your problems with electron microscope observation! It is highly effective in preventing charge-up and reducing granularity and thermal damage.
The "Osmium Plasma Coater" is a device for producing conductive thin films for electron microscope samples using the "plasma film formation method in the negative glow region by direct current glow discharge." With the plasma CVD method, amorphous osmium conductive thin films (osmium coating) can be formed in a short time. A highly robust and smooth conductive thin film can be obtained without causing thermal damage to the sample. 【Features】 ■ Fully automatic operation ■ Detachable osmium sublimation chamber/ naphthalene sublimation chamber ■ Ability to check the remaining amount of osmium/naphthalene ■ Short film formation time (a few nm/ a few seconds) ■ Ampoule has a safe structure that breaks inside the sublimation chamber *For more details, please refer to the PDF document or feel free to contact us.
Removal of organic pollutants with the double effect of ultraviolet light and ozone from two wavelengths!
The "UV Ozone Cleaner" is a damage-free dry cleaning method that can remove organic contaminants adhering to substrates through a photochemical oxidation decomposition process. It features a reliable sealed structure that can maintain a pressurized state of 0.02 MPa inside the cleaning chamber. Additionally, by connecting to the standard ozone killer (ozone decomposition device) equipped in other models, it prevents ozone leakage to the outside. 【Features】 ■ Easily removes organic contaminants on substrates that could not be removed by ultrasonic cleaning alone ■ Removes organic solvents used in wet cleaning ■ Capable of removing organic contaminants without damaging the substrate surface ■ Facilitates the formation of thin films ■ A dry cleaning device that can be used at atmospheric pressure without the need for a vacuum device *For more details, please refer to the PDF materials or feel free to contact us.
It exhibits transparency and high static electricity prevention effects using single carbon nanotubes.
SCNT: Use of single carbon nanotubes Transparent coating is possible Transmittance (10g/sq in PET) Tt: 90.7% (Base Film, Tt: 89.2%, Hz: 3.3%) Surface hardness on PMMA: High hardness with pencil hardness of 3H. Coating method is UV coating with flow coating.
From simple commands to large-scale system development! With 30 years of extensive experience and solid technical skills, we develop CAD systems tailored to our customers' needs.
Since our establishment, we have consistently undertaken the planning, design, development, implementation, and operational support of various CAD-related system development and customization. The systems we have developed cover a wide range of applications and have received high evaluations in terms of functionality and quality from various companies across different industries. We specialize particularly in the development of systems related to architecture and housing (such as single-family home design, prefabricated structural calculations, and housing equipment design) as well as manufacturing (including automatic estimation, automatic design, and convenient features during design). In recent years, we have also engaged in the development of our own CAD engine, unique system development through manufacturer OEM, and the development of web-based (HTML5) CAD editing functions. With two development bases in Osaka and Tokyo, we support clients nationwide. Our team includes many experienced developers with extensive CAD development skills and a deep understanding of our clients' businesses. We leverage our past achievements and experience to assist each client in implementing the most suitable CAD system for their operations.
Recommended for long items, plating alternatives, release agent measures, and corrosion prevention!
The high-performance PVD coating "AS-F COAT" is a coating product developed based on the knowledge of materials, heat treatment, and coating that our company has cultivated over many years, in response to customer needs. 【Features】 ■ Ultra corrosion resistance (amorphous structure) ■ High wear resistance (HV1300-1500) ■ High adhesion (over 100N (high-speed steel)) ■ High lubrication and high release (smooth surface structure) ■ Low-temperature treatment (no dimensional change, compatible with various substrates) Our staff, who possess expertise in all aspects, will assist you in improving the lifespan of the molds and parts you handle! *For more details, please contact us or download the PDF materials for further information.
Numerous applications in powder molding dies and resin molded parts! Introducing corrosion protection with AS-F coating.
We propose corrosion prevention using our original development film "AS-F Coat." In a comparison of surface treatments conducted through high-temperature salt spray testing, "AS-F Coat" showed no signs of corrosion after 18 hours, while "hard chrome plating" exhibited corrosion progression within the same time frame. The surface treatment provided by this product not only improves mold release properties, leading to enhanced takt time, but also extends mold life due to its gas corrosion prevention effect, making it a recommended alternative to plating. 【Features】 ■ Improved takt time due to enhanced mold release properties ■ Increased mold life due to gas corrosion prevention effect ■ Extended product life due to wear resistance ■ Applicable to friction reduction components *For more details, please refer to the PDF document or feel free to contact us.
We solve your problems! AS-F coating for resin molding using in-house developed equipment.
Our company offers "AS-F Coating" for resin molding. Using our in-house developed equipment, we create a film structure based on elements that are particularly strong in resin molding, manage the flow of inert gas in seconds, and simultaneously achieve non-adhesion, corrosion resistance, and long-lasting durability. We solve problems such as the difficulty of changing maintenance for screws. Please feel free to contact us. It can also be used for rubber molding. 【Features】 ■ Corrosion prevention from generated gases ■ Super barrier film that prevents resin adhesion ■ Processing possible up to 2 meters ■ Cost reduction with a long-length dedicated furnace ■ Micro-dimple structure that enhances resin fluidity *For more details, please refer to the PDF document or feel free to contact us.
