Last Updated： Aggregation Period:Apr 22, 2026～May 19, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Apr 22, 2026～May 19, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Apr 22, 2026～May 19, 2026
This ranking is based on the number of page views on our site.
1201～1230 item / All 2647 items
Dip coating equipment for printed circuit boards and ceramic materials.
This device is an automatic dip coater that picks up three printed circuit boards set in a dedicated cassette simultaneously, dip coats them with a specialized dip coating liquid, and after drying, stores them back in the dedicated cassette.
![[Free Comprehensive Catalog Gift] Dip Coater, Nano Coater](https://image.mono.ipros.com/public/product/image/018/2000136875/IPROS8384174272242060304.jpg?w=280&h=280)
Desktop dip coater for experiments and development (dip coating device), nano coater (release agent application device), prototypes, mass production, and many others listed!
◆◆Right now, we are offering a free comprehensive catalog.◆◆ We offer a wide range of dip coating technologies for uniform thin film coating at low cost, including dip coaters that can easily (with variable speed) apply coatings and nano coaters that fix release agents. These technologies can be selected according to various applications across many fields. We have a 3D type nano speed dip coater that accommodates various processes, a micro speed dip coater that can form thin films on both sides simultaneously, an integrated device with a BOX that has a gas replacement function with nitrogen and a nano coater, a nano coater (compatible with cylindrical shapes) that fixes release agents on work surfaces, and a cleaning device with an ultrasonic cleaning tank that is ideal for those requiring high cleanliness specifications. We also offer a fully automatic dip coating device that continuously applies, dries, and cools pattern resist as a substitute for dry film on flat copper plates in the printed circuit board manufacturing process. For more details, please download the catalog or contact us.
Hard coat material coating device
This device is a semi-automatic dip coater (dip coating) designed for the automation of cleaning polycarbonate sheets after injection molding, dip coating with hard coat material, hot air drying, and UV curing.
Gas replacement box integrated nano coater (release agent application device)
This device is an integrated unit consisting of a BOX with a gas replacement function using nitrogen and a nano coater (release agent application device). It processes quartz glass with dimensions up to 152mm × 152mm and a thickness of 6.0mm through ultrasonic cleaning, release agent application, rinse cleaning, and fixation drying, thereby applying the release agent to the work surface. The processing is done one workpiece at a time. It is a dip coater-type device that reflects the dip coating technology owned by SDI. The nano coater is a trademark of SDI. For more details, please contact us.
A coating device that applies a release agent to the roll material, followed by rinsing, washing, and drying processes to fix the release agent on the surface of the roll.
This device is designed to apply a release agent to roll material, followed by rinsing and drying processes, thereby fixing the release agent onto the surface of the roll. All release agents and rinsing liquids are automatically supplied.
There are many achievements with major companies. Electromagnetic wave shielding coating of Pluscoat.
Electromagnetic wave shielding coating refers to a technology that utilizes the property of electromagnetic waves reflecting off conductive materials to shield against electromagnetic waves by forming a conductive film. Shielding can also be achieved by applying a conductive coating to materials like plastics that cannot shield electromagnetic waves. 【Types and Characteristics of Conductive Paints】 ■ Nickel → Inexpensive and highly weather-resistant (suitable for outdoor products / heat resistant up to 80°C) ■ Silver-Copper → Inexpensive and highly conductive (high shielding performance / heat resistant up to 80°C) ■ Silver → Very expensive with extremely high conductivity and reliability ■ Polycalm-G (Silver-Copper) → Can be directly applied to engineering plastics like PBT, PET, and glass (heat resistant up to 130°C) ■ Polycalm-S (Silver-Copper) → Can form a flexible conductive coating, suitable for soft PVC like wire sheathing, as well as fabric, paper, and wood (heat resistant up to 100°C) *Our company will be exhibiting at the "Messe Nagoya 2024," one of Japan's largest cross-industry exchange exhibitions, held at Port Messe Nagoya from October 30 (Wednesday) to November 1 (Friday). We sincerely look forward to your visit. *For more details, please download the catalog or contact us.
Improves the lifespan of tools and parts with a thin film, high-hardness DLC coating.
We offer a lineup of "DLC" for molds and machine parts, and "DLC-i" for aluminum alloy cutting tools. DLC coating demonstrates an overwhelmingly low friction coefficient against metal materials, achieving a friction coefficient comparable to oil lubrication even in dry conditions. It improves release properties to suppress adhesion of soft metals (such as aluminum alloys). DLC-i coating features a thinner film and higher hardness than DLC coating, making it ideal for cutting aluminum alloys. 【Lineup】DLC, DLC-i *For more details, please refer to the PDF document or feel free to contact us.
We accommodate large workpieces with one of the industry's largest AIP devices.
This is PVD coating using industry-standard arc ion plating. It improves the lifespan of cutting tools, molds, and machine parts. We promise to enhance your productivity with high performance, short delivery times, and cost performance. 【Product Lineup】TiN, TiAlN, TiCN, CrN, Acro *For more details, please refer to the PDF document or feel free to contact us.
This is a thick film structure PVD coating designed to address the damage patterns of die-casting molds.
In die-casting molds, specific types of damage (heat checks, melting, seizure) occur. The thick film type offers four variations tailored to damage types and cost/delivery time. It suppresses melting in die-casting molds used in harsh high-temperature environments, significantly improving lifespan. 【Product Lineup】 ■ Focused on melt resistance: ViOLA ViOLA, ViOLA-R ■ Focused on seizure resistance: Acro9 Acro9, Acro9-R *For more details, please refer to the PDF document or feel free to contact us.
Manufactured in the requested size! Also produces tungsten, tantalum, Inconel, and more.
At Imtech Co., Ltd., we manufacture molybdenum bolts, nuts, and washers in the sizes you require. We can also produce items in tungsten, tantalum, Inconel, titanium, and other materials, so please feel free to consult with us. Additionally, we can manufacture nuts in shapes other than hex nuts, such as two-faced nuts, according to your preferences. 【Standard Products】 ○ Molybdenum Bolts → Sizes: M2, M3, M4, M5, M6, M8, M10 → Pitch: 0.4, 0.5, 0.7, 0.8, 1, 1.25, 1.5 ○ Molybdenum Nuts → Sizes: M2, M3, M4, M5, M6, M8, M10 → Pitch: 0.4, 0.5, 0.7, 0.8, 1, 1.25, 1.5 ○ Molybdenum Washers → Sizes: M2, M3, M4, M5, M6, M8 For more details, please contact us or download the catalog.
Solid lubricant films tailored for various applications to improve sliding properties, release properties, and water repellency.
"AC Coat (Asahi Chiyoda Coating)" is a thin film solid lubrication treatment that demonstrates excellent friction performance even under unlubricated conditions, due to its extremely high lubrication performance. It exhibits an extremely low coefficient of friction (μ), and excels in sliding properties, wear resistance, and even corrosion resistance. Additionally, by mixing and dispersing lubricants such as fluorine, molybdenum disulfide, and graphite within a thermosetting resin binder, it enables the maintenance of stable sliding characteristics. [Characteristics] ■ Improved wear resistance and sliding properties ■ Enhanced release properties and water repellency ■ Increased corrosion resistance and chemical resistance ■ Sliding properties under high surface pressure and high temperature ■ Anti-glare performance, etc. *For more details, please download the PDF or feel free to contact us.
Fingerprint and stain-resistant coating 'water-repellent and oil-repellent film.' It repels fingerprints and dirt, making it easy to wipe clean.
■Overview It repels fingerprints and smudges, making it easy to wipe clean.
Low-cost entry model, JIS compliant, standard price 480,000 yen (excluding tax and shipping).
Static contact angle θ/2 method Target sample size: □50mm Vertex display function to identify the droplet apex USB camera, stage, lighting configuration Compatible with Windows 11 Droplet image display and storage Calculation and display of contact angle Compliant with JIS R3265 "Test Method for Wettability of Glass Substrate Surfaces" Separate Windows PC required Standard equipment includes backlight and dispenser For more details, please contact us.
![[Improved Wear Resistance × Sliding Properties × Release Properties] Surface Treatment Technology DLC Coating](https://image.mono.ipros.com/public/product/image/02c/2000743765/IPROS07407303911580221252.jpeg?w=280&h=280)
By changing the film formation method, we achieve longer product life by controlling wettability and sliding properties! It can also accommodate large workpieces. We will explain about DLC!
DLC (Diamond Like Carbon) is a hard coating that lies between diamond and graphite. Its hardness is 1500 Hv, and the friction coefficient ranges from 0.1 to 0.2. It has heat resistance and can be used at temperatures up to about 200°C. Additionally, by changing the gas used, it is possible to control the wettability. 【Characteristics】 ■ Hardness: 1500 Hv ■ Friction coefficient: 0.1 to 0.2 ■ Chemical resistance: insoluble in acids and alkalis ■ Electrical resistance: insulating ■ Contact angle (for water): 58° ■ Film thickness: standard around 2 μm (up to a maximum of 10 μm) ■ Compatible size: can accommodate up to a diameter of 1000 mm, length of 3500 mm, and weight of 5.6 tons For more details about DLC or if you wish to request a prototype test, please refer to the PDF materials or feel free to contact us.
For lower prices, weight reduction, and improved workability!
Our company is capable of lining with fluorine sheets, saran sheets, semi-rigid PVC sheets, and various types of rigid plates. By using semi-rigid sheets of polyvinyl chloride (PVC) or fluorine sheets, we can eliminate the advantages and disadvantages of metals such as general steel (SS) and stainless steel (SUS). By utilizing this technology, it is also possible to line (attach and weld) the floors in areas that handle chemical substances that would corrode metals, using boards or plates made of materials suitable for the chemicals, directly over concrete. While there are metals with good corrosion resistance, they can be very expensive or difficult to process, so by using this lining technology, we can achieve lower costs, reduced weight, and improved workability. 【Features】 ■ Low cost and lightweight ■ Improved workability ■ Ideal for areas where metals would corrode *For more details, please refer to the catalog or feel free to contact us.
Patented new technology! Improving the operational efficiency of printing machines!
A-SPEC coating is a new technology that forms a thin film special coating on the surface of the resin plate, preventing the accumulation of excess ink! Three major benefits of A-SPEC coating: 【Improved Printing Machine Operating Rate】 The startup time of the printing machine is reduced, and the loss from cleaning the plate during printing is minimized, allowing for continuous operation. The downtime of the printing machine is shortened, which improves the operating rate and increases productivity. It also reduces unnecessary losses of printed materials. 【Printing Quality】 Ink clogging in recessed areas such as fine text, thin lines, and halftone dots is dramatically reduced. Since ink accumulation on the plate is prevented, stable printing quality can be maintained for a long time right after the printing starts. 【Improved Plate Cleanability】 Ink residue on the plate surface is prevented, significantly reducing the cleaning work after printing. Additionally, the amount of cleaning solvent used can be reduced, contributing to environmental measures. ★ For detailed examples, please refer to the catalog.
Improved durability of the coating! Extra ink is easier to repel, increasing work efficiency.
Our company has developed a technology called 'A-SPEC Coating' that forms a thin film special coating on the surface of resin plates to prevent the accumulation of excess ink. This leads to faster startup times for printing machines and shorter downtime, resulting in improved operational efficiency and increased productivity. Additionally, it reduces losses from ink clogging and debris attachment during printing, minimizing the need for plate cleaning. By preventing ink accumulation on the plates, stable printing quality is maintained. 【Features】 ■ Improved operational efficiency of printing machines - Faster startup times for printing machines - Reduced losses from ink clogging and debris attachment during printing - Shorter downtime for printing machines, leading to improved operational efficiency and increased productivity *For more details, please refer to the PDF document or feel free to contact us.
Sputtering method for various metal thin films
Providing high-performance and high-quality films through the deposition method Various metal thin films handled by the Japan Vacuum Science Institute 【Features】 ○ The deposition method allows for precise control of film thickness, enabling not only full reflection mirror coatings but also half-mirror coatings that transmit part of the incident light. ○ We propose the optimal type of film based on required performance, cost, durability, etc. ○ Product List - Aluminum (Al) The most popular metal film, combining high reflectivity and low cost. - Chromium (Cr) Balances low cost with high durability (corrosion resistance and scratch resistance). - Gold (Au) Exhibits extremely high reflectivity in the infrared range, used in optical devices utilizing infrared light. - Additionally, we can also produce films of alloys such as Inconel, Nichrome, Almel, and Chromel. ● For other functions and details, please download the catalog.
DLC coating on resin substrates and the like is now possible with low-temperature film formation (70℃ or higher)!
Carbon hard film that combines graphite structure and diamond structure, diamond-like carbon 【Features】 ○ Low friction and wear resistance High Vickers hardness (1,500 to 2,500) and low friction coefficient (0.05 to 0.2) ○ Lubricity: High smoothness of the coating makes it difficult to adhere ○ Infrared permeability: Allows infrared to pass through ○ Stain resistance: Difficult for dirt to adhere ○ Corrosion resistance: Does not dissolve in acids or alkalis ○ Biocompatibility: Gentle on the human body ○ Gas barrier properties: Blocks gases ○ Release properties and low adhesion: Reduces adhesion and seizure of soft metals ● For other functions and details, please download the catalog.
Further evolution of long lifespan. Tools that everyone can use for a long time, enduringly.
The new CVD coating CA115P/CA125P for steel machining is a new material type that has refreshed both the coating and the carbide substrate. The coating properties on the chip rake face and clearance face have been optimized to achieve both wear resistance and chipping resistance. A highly oriented alumina film suppresses wear, enabling long-lasting machining. A PMG breaker for medium to rough machining is also being released simultaneously, covering a wide range of machining areas. The low-resistance design reduces crater wear, maintaining chip removal performance and contributing to long tool life. 【Numerous machining examples】Many customers have achieved long tool life and stable machining! ■ Nut S45C: Achieved 4 times the tool life ■ Sleeve HMM45: Achieved 2 times the tool life ■ Gear (intermittent) S35C: Achieved 2 times the tool life ■ Bearing SCM415: Good cutting edge condition (All based on user evaluations) *Additionally, there are many other examples of improved tool life. Please refer to the catalog PDF for details.
Chemical-resistant fluoropolymer coating
Fluororesin coatings are inert and are not affected by most chemicals and solvents. While it is common to apply fluororesin for chemical resistance, the characteristics of the coating allow for better adhesion to the substrate compared to linings, and there are fewer constraints due to the shape of the substrate, enabling processing on substrates with complex shapes.
Insulating fluoropolymer coating
Fluororesin exhibits top-class insulation properties (greater than 10^18 Ω-cm) among all plastics. Furthermore, fluororesin possesses excellent characteristics such as non-flammability and chemical resistance, making it suitable for use under harsh conditions. However, if the coating thickness is thin, insulation cannot be ensured due to the presence of pinholes, so a certain thickness of the coating is required.
Conductive fluoropolymer coating
This is a conductive fluoropolymer coating that exhibits an electrical resistance of around 10^5Ω (typically, fluoropolymers are insulating coatings). Since fluoropolymers tend to accumulate static charge, there is a possibility of foreign substances and powders adhering, film sticking, and even disasters caused by static electricity. Conductive fluoropolymer coatings can maintain the excellent properties of fluoropolymers, such as solvent resistance, anti-adhesion, and slip, while demonstrating low electrical resistance.
Reduction of static friction coefficient around automobile engine and exhaust parts, improvement of heat resistance. Sample tests have also been conducted.
"Venus Coat" is a surface treatment technology that excels in heat resistance, oxidation resistance, and hardness, particularly in the field of molds, especially in the automotive sector. It contributes to the improvement of film lifespan in high-temperature ranges due to heat and oxidation resistance above 1,100°C, as well as a significant increase in wear resistance due to film hardness exceeding HV3,500. It is effective not only in room temperature environments but also in energy circulation systems where oil use is difficult, exhaust systems, and engine components. ★ Currently, we are offering a "Coating Materials for the Automotive Industry" document that includes experimental data such as "Surface Observation by SEM" and "Friction Behavior of DLC Surfaces," presented with tables and images! You can view it immediately by clicking the [PDF Download] button. ★ We also accept inquiries regarding sample coatings. Please feel free to contact us.
Performance improvement with newly developed multilayer structure coating.
The "TiCN ceramic coating film" produced by the PVD-ion plating method is a multilayer structure film created through a special process. Compared to TiN, it features a lower wear coefficient and is a high-performance coating with high hardness and wear resistance. It is effective for machining high-hardness and high-viscosity difficult-to-cut materials, as well as for processes such as punching, bending, and drawing of difficult-to-machine materials, or for mechanical parts under strict sliding conditions. 【Features】 ○ Suitable for machining stainless steel ○ Suitable for machining copper, brass, and copper alloys ○ Suitable for machining difficult-to-cut materials ○ Enhances the performance of high-speed steel cutting tools ○ Effective as a composite treatment (Jcoat + α) film for cold forging and pressing molds *For more details, please download the PDF or feel free to contact us.
To improve the slip resistance of various products!
Introducing the "Sliding Venus," ideal for improving the sliding properties and release characteristics of conveying lines, as well as for aluminum and other molding dies. 【Features】 ■ Reduced friction due to specialized surface shape effects → Enhances the sliding properties of solid materials such as glass, non-metals, and resins! ■ Excellent wear resistance of the coating properties → Greater durability than conventional adhesive coatings and DLC films! ■ Superior oxidation resistance of the coating properties → Oxidation start temperature of 1,100°C! Usable in environments where DLC films were previously unsuitable! *For more details, please download the PDF or feel free to contact us.
Scratch and bite prevention! While maintaining an overwhelming mirror finish, it boasts excellent durability and wear resistance!
"Lunass" is a coating technology with an extremely smooth surface roughness, excellent hardness and mirror finish, and strong resistance to scratches. It prevents biting and seizing, improves the sliding characteristics of the substrate, and contributes to high wear resistance and durability, helping to extend the lifespan of machine parts and cutting tools. Additionally, it has good release properties with resins, making it suitable for coating resin molds and similar applications. 【Basic Coating Properties】 Color: Silver-white Coating Hardness: 2,000–2,400 Hv Friction Coefficient: 0.2–0.4 Film Thickness: 3.5–6.5 μm Compatible Size: φ130×200 Lmm *For more details, please refer to the catalog or feel free to contact us.
Modify the ceramic surface shape to achieve "slippery" and "non-slippery" PVD coatings!!
By modifying the ceramic coating, we achieve: 1. A standard low static friction coefficient + high hardness and strong adhesion of PVD 2. A low static friction coefficient comparable to DLC + oxidation resistance and strong adhesion of PVD 3. Improved grip + high hardness, oxidation resistance, and strong adhesion of PVD We will introduce the best coating according to various usage methods. 【Features】 - High hardness of HV3500 - Heat resistance up to 1100℃ - Surface shape modification technology *For more details, please contact us or download and view the catalog.
