Last Updated： Aggregation Period:Apr 29, 2026～May 26, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Apr 29, 2026～May 26, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Apr 29, 2026～May 26, 2026
This ranking is based on the number of page views on our site.
181～206 item / All 206 items
A neodymium magnet with strong adhesive force is incorporated into the hex nut. It can be used for adhesion of products and jigs by utilizing the screw hole.
Due to its hexagonal shape, it can be held in place with a wrench or similar tool to prevent it from turning. Additionally, it is also possible to use a wrench or similar tool to tighten it strongly in the opposite direction.
High quality and low cost, we provide highly accurate parts processing based on the drawings received from our customers.
- Machined parts - NC lathe processed parts - Sheet metal processed parts - Outer diameter grinding processing - Plastic resin processed parts We provide highly accurate parts processing based on the drawings received from our customers, and we assist in reviewing parts procurement costs and sourcing parts. Please feel free to consult with us first.
I am explaining the background of the birth of semi-dry processing.
The concept of semi-dry processing emerged in response to the growing concerns about global warming and environmental pollution that began to rise worldwide in the 1990s. As a result of post-war mass production in the industrial sector, serious environmental pollution, such as air pollution, was brought about in various countries. Consequently, international conferences aimed at addressing these issues began to be held around 1990. This prompted companies around the world to recognize the necessity of seriously addressing the reduction of pollutants in their production and social activities, as well as resource conservation and energy savings, a commitment that continues to this day. In the keynote paper of the 1997 CIRP (International Academy for Production Engineering) annual report, the demands from society to the industrial sector were summarized into four points: "advanced high-performance materials," "high productivity," "high precision," and "environmental consideration needs." At that time, a large amount of cutting oils was used in machining, leading to environmental pollution from waste generated during their lifespan, and 40% to 60% of machine power was consumed in oil supply and circulation. As a result, research was conducted to thoroughly reduce cutting oil, leading to the development of semi-dry processing. The movement towards this "non-waste" economic system continues to this day.
Management fees, periodic exchange costs, and other expenses can be reduced! The workplace environment has significantly improved compared to wet processing.
Processing that uses no cutting oil at all is referred to as dry processing. There was a time when easily machinable aluminum and cast iron parts were processed without the use of oil. Even now, there are instances of dry processing, but due to the increasing demand for productivity improvement and the ease of chip recovery, there is a general trend towards wet processing (cutting oil processing). However, due to a strong demand to reduce cutting oils to the utmost, as seen in initiatives like SDGs, the adoption of semi-dry processing is gradually expanding. The lubrication methods for semi-dry processing include oil mist and water-soluble mist. In this article, we introduce the features divided into five points, so please take a look. *For detailed content of the article, you can view it through the related links. For more information, feel free to contact us.*
Detailed explanation of oil mist semi-dry processing and water-soluble mist semi-dry processing!
Semi-dry processing began as an environmentally friendly approach to cutting processes, focusing first on minimizing lubrication during cutting, starting with oil mist. While maintaining the good lubricating properties of semi-dry processing, the challenges of cooling associated with oil mist were completely eliminated by using water-soluble mist for semi-dry processing. With water-soluble mist semi-dry processing, drilling has expanded from ultra-fine oil mist diameters of Φ1 to Φ5–Φ30, significantly broadening the range of applicable parts. For more details, please refer to the related links. [Contents] ■ Oil Mist Semi-Dry Processing (1) Aluminum Processing (2) Mold Processing (3) Small Diameter Drilling (4) Near-Net Shape Parts ■ Water-Soluble Mist Semi-Dry Processing *For detailed content of the article, please view the related links. For more information, feel free to contact us.
An explanation of the background of the birth of semi-dry processing and the subsequent situation! The practical application development for vehicle parts and others is accelerating.
The background behind the idea of semi-dry processing is the response to global warming and environmental pollution that has been increasing worldwide since the 1990s. This was a result of mass production in the industrial sector that occurred globally after World War II, leading to serious environmental pollution such as air pollution in various countries. Consequently, international conferences aimed at addressing these issues began to be held around 1990. This prompted companies worldwide to recognize the necessity of seriously addressing the reduction of pollutants in their production and social activities, as well as resource conservation and energy saving, a commitment that continues to this day. For more details, please refer to the related links. [Contents] ■ Background of the birth of semi-dry processing ■ Subsequent developments of semi-dry processing *For detailed information, please refer to the related links. Feel free to contact us for more information.
We specialize in products and tools made from difficult-to-machine materials and special materials! We are a proposal-based company that develops and prototypes according to your company's needs!
Grid Technology Research is developing products using new technologies that do not exist in the world, supplying a wide range of items to our customers, from everyday goods to ultra-precision special parts. We also offer consulting services to address any processing-related concerns. We manufacture custom-made special jigs for metal processing of materials such as iron, aluminum, titanium, and molybdenum, as well as ceramics processing, glass processing, inspection jigs, and processing jigs. We accommodate everything from single items to medium lot products (approximately 10 to 1000 pieces) for machined products and jigs. Please feel free to contact us if you have any concerns regarding various processing methods or materials. 【Processing Examples】 ■ Standard solar cells ■ Thin-film solar cell IV measurement jigs ■ Special automotive parts ■ Titanium stoppers ■ Molybdenum screws ■ Laser hazard protection devices ■ Special metal filters ■ Titanium fishing gear ■ Safety devices ■ Water-cooled plates *For more details, please download the PDF or feel free to contact us.
Suppresses processing heat and warping. Achieves high-precision finishing with uniform processing on both sides.
Are you struggling with variations in finishing accuracy and warping of workpieces in metal processing? While grinding machines have high processing capabilities, they often process one side at a time, which can lead to increased warping and deterioration of parallelism. Additionally, high-speed processing tends to generate heat, which can cause dimensional changes due to expansion and contraction, affecting finishing accuracy. The Briermeur fixed abrasive tool allows for simultaneous double-sided processing in a batch mode, enabling uniform finishing of the top and bottom surfaces of the workpiece. This helps to reduce warping and achieve stable parallelism in processing. Furthermore, processing at low speeds and cooling with coolant help to suppress the generation of processing heat, minimizing its impact on the material. This contributes to achieving stable dimensional accuracy and high-quality finishes, enhancing precision in metal processing.
Information on Metal Processing
- Processing of difficult-to-cut metals, including iron and aluminum, is possible. - Processing of large sizes is possible. - Support for small lot production. - Surface treatment processing is also available. - We respond to various other requests.
If you have the drawings, we can make it 'almost' 100%! Welding, press mold manufacturing, various plating, from plastic to screws! Reliable quality and cost reduction!
The "Downtown Joint Network" is a network that collaborates with 46 partner factories to provide downtown technology at group prices, establishing a mutually beneficial Win-Win relationship, achieving cost reductions in the industry, and expanding the scope of sales. Craftsmen from Katsushika gather together as one. 【Main Products】 ○ Metal press processing and various welding processes ○ Civil engineering and construction hardware, civil engineering and construction screws ○ Heated processing bolts and coil springs ○ Leaf springs, general rubber, etc. For more details, please contact us or download the catalog.
Thanks to our network with partner companies, we can handle all types of processing with just one drawing!
At Fujishin Manufacturing Co., Ltd., we actively utilize over 900 clients as external processing partners. Instead of responding with "we cannot do it" for items that are impossible to process, we meet customer needs by requesting assistance from our extensive network of partner factories. Fujishin Manufacturing Co., Ltd. takes responsibility for delivering the desired products as "finished goods." [External Processing List (Example)] - Lathe processing, drilling and tapping, inner diameter ultra-precision processing, keyway processing - Various heat treatments - Milling, inner and outer diameter grinding - Various electrical discharge machining - Various surface treatments, etc. For more details, please contact us or download the catalog.
Numerous examples of processing steps such as pressing and brake bending on materials like iron and POM are featured!
This document is a collection of painting processing case studies from Yamasei Technos Co., Ltd. It includes numerous examples of processes such as machining, pressing, assembly, welding, and cutting on materials like aluminum, iron, and SUS201. Additionally, we perform surface treatments including electrophoretic painting, powder coating, and trivalent chromate painting. We invite you to read it. 【Featured Cases (Excerpt)】 ■Material: Iron/POM ■Processing Steps: Pressing, Cutting, Welding, Assembly ■Surface Treatment: Trivalent Chromate Coating *This is an IPROS exclusive document! *For more details, please refer to the PDF document or feel free to contact us.
Achieving cost reduction and shorter delivery times for vacuum chambers!
In the semiconductor manufacturing equipment industry, precise machining of vacuum chambers is required. Vacuum chambers are essential for high airtightness and durability in the semiconductor manufacturing process, and precision of less than 0.01mm may be required. Low-precision machining can lead to vacuum leaks and a decrease in equipment performance. Our composite vertical NC lathe provides high-precision metal machining to address these challenges. 【Application Scenarios】 - Manufacturing of vacuum chambers - Machining of semiconductor manufacturing equipment parts - Production of metal components requiring high precision 【Benefits of Implementation】 - Improved product quality through high-precision machining - Cost reduction through process consolidation - Achievement of shorter delivery times
1品からの試作・量産にも対応！外部ネットワークにより完成品まで対応いたします。切削・研削・研磨加工なら当社へお任せください！
当社では、ピストン関連部品の円筒精密金属加工や球面精密金属加工において 技術を培ってまいりました。 切削加工から精密研削加工・精密研磨加工そして精度検査まで一貫した 精密金属加工作業と高品位な製品検品を得意としております。 また、1品からの試作や量産のご依頼も承っております。 【加工材質】 ■機械構造用炭素鋼鋼材 ■ニッケルクロム鋼鋼材 ■ニッケルクロムモリブデン鋼鋼材 ■クロム鋼鋼材 ■クロムモリブデン鋼鋼材 ※詳しくは、お気軽にお問い合わせください。
Creating the future of automotive parts with traditional casting techniques and cutting-edge technology.
In the automotive industry, precision machining requires high accuracy and quality. Particularly for parts used in harsh environments, such as engine components and transmission parts, durability and reliability are crucial. Improper machining can lead to early deterioration and performance decline of the parts. Shinwa Kousaku Co., Ltd. proposes optimal machining methods tailored to customer needs as a specialized manufacturer of aluminum castings, sand casting, and robotic arm components. 【Application Scenarios】 - Engine components - Transmission components - Other automotive parts requiring precision 【Benefits of Implementation】 - Provision of high-quality parts - Optimization of costs and delivery times - Improvement of product reliability
A bridge for manufacturing between Japan and China.
Our company estimates the processing with several partner companies that specialize in the required processing from over 60 cooperating companies within China, depending on the manufacturing content. If an order is received, we request processing from the partner company that we deem most suitable among them. We handle a wide range of materials, including iron, SUS, aluminum, copper, titanium, carbide, and resin, and we accommodate processing from cutting, grinding, can manufacturing, to sheet metal work, ranging from millimeter sizes to meter sizes. We can also provide services that include heat treatment and surface treatment, offering a one-stop service.
Supports from 1 to 100,000 pieces.
◎Department A = Dedicated to single items 1 to 1000 pieces (round and square items) *Wide range of materials including SUS304, steel, aluminum, and resin. *Quickly capable of producing tools and prototypes until mass production starts. ◎Department B = Dedicated to mass production 1000 to 100,000 pieces (round and square items) *High ability to consider improvements on how quickly good products can be processed.
Semi-dry processing (oil mist) cannot be used for high-speed cutting! Explaining the disadvantages of semi-dry processing.
The functions of the coolant used in machining include (1) lubrication of the cutting area, (2) cooling of the tool (cutting edge) and workpiece, (3) cleaning function for chip removal, and (4) rust prevention for the workpiece. In comparison to wet machining, semi-dry machining has a weakness in the cleaning function for chip removal (3). In semi-dry machining, high-pressure air is used to blow mist liquid onto the cutting area, so typically, chips are blown away by the spray from this air nozzle. However, in the case of semi-dry machining, there is no function to simultaneously collect chips through the circulation of wet machining fluid, so it is necessary to devise a way to collect the chips. For more information, please refer to the related links. [Content] ■ No cleaning and discharge function for chips ■ Semi-dry machining (oil mist) cannot achieve high-speed cutting *For detailed content of the article, please refer to the related links. For more information, feel free to contact us.
Explanation of Eco-Clean Processing (ECM)! It is said that the surface roughness of the finished surface is improved.
In semi-dry processing that does not use coolant, chips accumulate at the bottom of the processing machine since the coolant does not carry them away. Companies that have put semi-dry processing into practical use have made various improvements to the machines themselves, including innovations in machine structure, lubrication coatings on jigs and covers, and eco-clean machining (ECM), among others. Processing through chip suction not only eliminates the hassle of collecting chips and foreign objects but also shows data indicating that it improves lubrication performance and reduces cutting resistance. Furthermore, there are cases where chips adhering to the cutting surface are removed by suction, which is said to improve the surface roughness of the finished surface. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.
Leverage existing equipment to gradually smarten metal processing!
In the metal processing industry, responding to small-lot production of various types and the inheritance of skilled workers' techniques are challenges. There is a demand for improved production efficiency, reduced defective products, and cost reduction. Orizuru MES enables a gradual transition to a smart factory while utilizing existing equipment, systems, and procedures. 【Usage Scenarios】 - Visualization of process management - Real-time tracking of work progress - Collection and analysis of quality data 【Benefits of Implementation】 - Increased productivity - Reduction of defective products - Cost reduction
We have various machines, allowing us to implement processing methods that match the characteristics of metals and products!
At Hayashida Giken Co., Ltd., we offer "thin processing of Inconel." We can perform thin processing of Inconel 600 (including alloys), utilizing our processing know-how to achieve approximately 1/10 to 1/100 processing. We can also accommodate geometric tolerances, depending on the shape and material. Please feel free to consult us when you need our services. 【Product Overview】 ■ Processing size: Generally up to about φ400 ■ Quantity: Small lot single items (approximately 1 to 30 pieces) *For more details, please refer to the PDF document or feel free to contact us.
Contributing to the improvement of aerospace engine quality and cost reduction!
In the aerospace engine industry, high safety and reliability are required, and components demand extremely high precision. The manufacturing of engine parts necessitates the processing of special metallic materials that require heat resistance and strength. The composite vertical NC lathe achieves high-precision processing that meets these demands and contributes to the improvement of engine performance. 【Application Scenarios】 - Processing of turbine blades for aircraft engines - Prototyping and mass production of aircraft engine components - Precision machining of difficult-to-cut materials (steel, SUS, heat-resistant alloys, etc.) 【Effects of Implementation】 - Improved product quality through high-precision machining - Cost reduction and shortened delivery times through process consolidation - Consistent support from prototyping to mass production
Solving the challenges of microfabrication. Supporting semiconductor manufacturing with high-precision metal processing.
In the semiconductor manufacturing industry, the demand for microfabrication technology is increasing due to the miniaturization and high performance of products. Particularly in parts processing where high precision is required, even slight errors can significantly impact product performance. There are many challenges, such as having a drawing but not knowing where to turn for help, or concerns about whether complex shapes can be processed. TBM understands the intentions embedded in the drawings, captures the essence, and shapes it using appropriate processing methods. By providing consistent support from process design to processing, inspection, and delivery, we smoothly and reliably assist our customers' manufacturing. 【Application Scenes】 * Semiconductor manufacturing equipment parts * Precision mold parts * Various parts requiring microfabrication 【Benefits of Implementation】 * Improved product quality through high-precision processing * Reduction of man-hours and increased efficiency through a consistent system * Compatibility with a variety of metal materials
From a single drawing, metal parts that withstand harsh environments.
In the maritime industry, protecting components from corrosion caused by seawater is crucial for ensuring the durability and safety of products. Especially for parts exposed to harsh environments, such as engines and hull structures, high corrosion-resistant metal processing is essential. Improper processing or material selection can lead to early deterioration or malfunction of components, potentially resulting in serious accidents. TBM supports the safe operation of vessels by providing metal processing with excellent corrosion resistance based on customer drawings. [Application Scenarios] * Engine parts * Hull structure components * Various valve components [Benefits of Implementation] * Improved service life * Reduced maintenance costs * Enhanced safety
From precision machining to large-scale machining.
We can accommodate all types of materials, shapes, and sizes, as well as various processing needs. We offer a consistent production system from design to processing, assembly, and completion. We can handle prototypes, single items, and mass production with short lead times. We will propose value-added solutions to achieve shorter lead times and higher quality than ever before, in collaboration with our customers.
