Matsui Iron Works - Machining
We specialize in the overall machining of round bars and square bars (iron and lightweight alloys).
From general machining to molded products, you can leave all your cutting needs to us.
- Company:株式会社松井鉄工所
- Price:Other
Last Updated: Aggregation Period:Jun 10, 2026~Jul 07, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Jun 10, 2026~Jul 07, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Jun 10, 2026~Jul 07, 2026
This ranking is based on the number of page views on our site.
541~570 item / All 1095 items
We specialize in the overall machining of round bars and square bars (iron and lightweight alloys).
From general machining to molded products, you can leave all your cutting needs to us.
5軸加工・マシニング加工・NC旋盤…各種切削加工
主力の5軸加工機のほか、高速回転マシニングセンター、NC旋盤、NCフライス加工機などNC・MC機が充実。小物の精密部品から大物の切削加工品まで幅広い対応が可能で、3次元加工にも対応しております。また、NC機では手の届かない加工については汎用機も使用し、複雑な形状の加工など技術の高い職人が対応するなど、用途に合わせた使い分けで常に高品質な製品提供を行っております。
If you are having trouble with prototype production, small lot manufacturing, ultra-precision parts processing, or microfabrication, please feel free to consult with us.
Recently, there has been a particularly high demand for ultra-precision component machining. In response to this expectation, our company is making daily efforts to manufacture ultra-high precision products as requested. If you are facing challenges with prototypes, small lots, or ultra-precision component machining, please feel free to consult with us.
A case where we achieved a reduction in delivery time and were able to lower material procurement costs by several percent!
We would like to introduce a case where our company responded to a customer's concerns with full effort. In this case, the materials for the processed parts were not available in China, so we were planning to supply Japanese materials. However, considering the transportation time and the weight of the materials (over 100kg), this was not practical. Therefore, we proposed an alternative material that could be sourced locally (Chinese GB standard: 30CrNi3). We achieved a reduction in delivery time, transportation, and raw material costs, with procurement costs decreasing by several percent. 【Case Overview】 ■Concern - Supplying Japanese materials is not practical considering transportation time and material weight. ■Proposal - We proposed an alternative material that could be sourced locally. - We reported that there had been past usage of the same alternative material with no complaints. *For more details, please refer to the related links or feel free to contact us.
Even parts with a thickness of 3 millimeters or less can be processed! Our unique chucking technology allows for micron-level dimensions.
This is an introduction to a case study of processing titanium using a multifunction machine. Titanium is lightweight and has excellent corrosion resistance, heat resistance, and cold resistance, but due to its high strength and low thermal conductivity, the durability of cutting tools is extremely poor, and issues such as vibration during processing can lead to poor machining accuracy. Even with such a delicate material, our unique chucking technology allows for micron-level dimensions to be achieved. We can process parts with a thickness of 3 millimeters or less, and we also have numerous achievements in processing difficult materials other than titanium. [Features] - Achieves micron-level dimensions - Capable of processing parts with a thickness of 3 millimeters or less - Proven track record in processing difficult materials other than titanium *For more details, please refer to the external link page or feel free to contact us.
By determining suitable processing methods and processes for aluminum, we achieve shorter delivery times and cost reductions!
We would like to introduce a case of machining aluminum A2017-T4 using lathe and machining processes. Our experienced staff in lathe and machining can handle high-precision processing for any material. Through research on processing conditions, we can prevent chip entanglement and achieve high surface accuracy in production. Additionally, by determining suitable processing methods and steps, we can realize short delivery times and cost reductions. 【Case Study】 ■Material: Aluminum A2017-T4 ■Processing Method: Lathe processing and machining *For more details, please refer to the external link page or feel free to contact us.
[Example] We processed a difficult-to-machine material with low hardness achieved through heat treatment using a lathe and machining!
We can also handle difficult-to-machine materials that have been softened through heat treatment! Here, we introduce a case of machining S25C using lathe and machining processes. 【Case Study】 A client was looking for a supplier capable of long-term transactions and precision machining after their existing supplier went out of business. We also recommend our services to those struggling with thin materials, lathe work, and jigs. ■Material: S25C ■Size: φ110 ■Lot Size: 50–100 pieces ■Industry: Railway infrastructure industry ■Machining Method: Lathe and machining processes Yamagishi Manufacturing has many years of expertise in lathe technology. We are equipped with numerous machines for our core technology, which is lathe work. Therefore, we can smoothly handle urgent prototype setups like this request. If you have no supplier for material type, precision, or geometric tolerances, please feel free to consult with us. *For more details, please refer to the external link page or feel free to contact us.
A must-see for designers and procurement/purchasing personnel dealing with thin meat products! We are showcasing secret technical points to minimize deformation when slicing thinly, along with photos and illustrations!
Our company, which has a proven track record in thin-walled cutting processing across many industries and companies, is offering a free collection of technical points focused on "thin-walled cutting." "Technical Points of 'Thin-Walled Cutting Processing' You Can't Ask Now!" This introductory material addresses questions such as: - What exactly qualifies as a thin-walled product, and how thin does it have to be to be called thin-walled? - Thin-walled cutting processing is difficult, but I don't understand why it is technically challenging... - There seem to be fewer orders for processing companies that handle thin-walled products... Additionally, it includes insights supervised by our veteran technical staff on: - The advantages of cutting processing for thin-walled products - Key points for minimizing deformation during cutting and secrets to securing products This content is essential for beginners, new employees, and veterans alike! Please make use of it! 【Contents】 ■ Recommended for: ■ What is a thin-walled product? 1. Thin-walled products in relation to diameter: Ring shapes 2. Thin-walled products in relation to width: Disk shapes ■ Why are thin-walled products difficult? ■ What should be done? ■ Summary *For more details, please refer to the PDF document or feel free to contact us.
Guaranteed true roundness! Achieving mass production processing using years of know-how.
We received a request from the high-precision pressed parts prototyping industry, stating that "there were no manufacturers available to place orders due to the extremely high precision requirements." At our company, we can guarantee high roundness precision even with thin-walled parts, thanks to our expertise in high-precision thin-walled cutting. The product in question integrates the milling process into the turning process through composite lathe machining, leading to cost reduction. 【Recommended for】 ■ Those struggling to select a prototyping partner for high-precision pressed parts ■ Those considering cutting processing due to the inability to achieve precision in high-precision pressed parts *For more details, please refer to the related link page or feel free to contact us.
Process design capabilities specialized in the manufacturing of high-precision products! Achieving mass production processing using years of know-how.
From the prototype industry of high-precision pressed products, we received a request due to circumstances such as "it was a thin-walled product in the prototype of pressed products, and we were struggling to select a processing destination for thin-walled cutting." Our company has long possessed know-how in lathe technology for high-precision products. We have realized mass production processing for this project using our years of expertise. Since we often receive requests in the μm order, we have established equipment such as measuring instruments and 3D measuring devices on-site, ensuring reliable quality delivery. 【Recommended for】 ■ Those struggling to select a prototype manufacturer for high-precision pressed products ■ Those considering cutting processing due to the inability to achieve precision in high-precision pressed products *For more details, please refer to the related link page or feel free to contact us.
We maintain equipment such as measuring instruments and 3D measuring devices! We deliver reliable quality.
Due to circumstances such as "it took time to correct the accuracy in the subsequent processes," we received your order request. The key point for the product we received this time was the specification of parallelism at 20μm. Our company manufactures this specification with a proven accuracy of 7μm. If you are struggling with accuracy guarantees, please feel free to consult with us. 【Recommended for】 ■ Those who are struggling to select a supplier for high-precision lathe parts ■ Those who have challenges in improving perpendicularity in subsequent processes ■ Those who have challenges in reducing defect rates in subsequent processes *For more details, please refer to the related link page or feel free to contact us.
For those selecting suppliers for geometrically toleranced angular products! Introducing examples of semiconductor manufacturing equipment production.
We received your request due to the background that although assembly was being carried out by the customer, there were difficulties in achieving satisfactory geometric tolerances, which resulted in prolonged adjustment work during the assembly process. At our company, we can propose a reduction in lead time by using CAM for products with complex shapes, thereby shortening processing time. In this case, we were able to stably produce products that meet the required drawing specifications, which led to a reduction in assembly labor hours and a decrease in overtime costs. [Recommended for] ■ Those who are selecting suppliers for angular products with strict geometric tolerances (perpendicularity/parallelism). *For more details, please refer to the related link page or feel free to contact us.
Introducing 5 selection points! We also include information about Yamagishi Seisakusho from the perspective of these selection points.
Are you having trouble with things like 'the existing cutting manufacturers we are dealing with cannot accommodate' or 'I tried searching on the web, but various manufacturers came up and I don't know how to choose'?" "This document introduces five key points for selecting cutting processing manufacturers." "By being aware of these points, I believe you can save time compared to searching aimlessly or making inquiries. I hope you find this helpful when searching on the web or looking at manufacturers' websites." "[Contents (excerpt)] ■ Introduction ■ What industries are they specialized in? ■ What shape is the product you want to be processed? - Round items - Square items and others *For more details, please refer to the PDF document or feel free to contact us.
This is equipment that revolutionizes traditional processing efficiency and precision.
We are working on initiatives to speed up the process from cutting plates to processing in collaboration with Monzukura Cutting Industrial.
Lightweight and weldable material! Introducing crystalline polyolefin-based thermoplastic resin.
PP is a general-purpose plastic with excellent high purity, low water absorption, electrical insulation, and chemical resistance. It is also a lightweight and weldable material. We also offer a special medical-grade PP. Additionally, there are cost benefits when steam sterilization and use are not repeated at high frequencies. 【Features】 ■ Resistance to various detergents and disinfectants ■ Hydrolysis resistance ■ Autoclave resistance (resistance to medical steam sterilization) ■ Low specific gravity (0.92) ■ Excellent machinability *For more details, please refer to the PDF document or feel free to contact us.
Achieve reduced polishing and labor costs!
By switching from electrical discharge machining to cutting machining, we can reduce the polishing of the discharge surface and the number of processing steps! Lot: 1 to 100 pieces Precision: 1/100 to 1/1000 mm We accept orders starting from just one equipment part or mold part!
Achieving reduced polishing and man-hours!
Lot: 1 to 100 pieces Accuracy: 1/100 to 1/1000 mm Material: Carbide (ultrafine particles) Sample material size: φ6 Machining surface: Machined by cutting on the recessed part and the upper surface Features: By performing electrical discharge machining followed by cutting, we reduce the polishing of the discharge surface and the number of machining processes Industry: Automotive (prototyping) Electronics and home appliances Electronic components We accept orders starting from just one piece of equipment parts or mold parts!
Achieving the rising shape of ultra-fine cones (needles) through machining with a machining center!
Our company specializes in medical microneedle micro-machining. Microneedle patches, which are widely used recently to administer biodegradable drugs and beauty serums to the human body, are produced using molds for mass production. We manufacture the master microneedle mold components for these molds. The challenge lies in how to create them beautifully without bending, and we have worked diligently on the cutting conditions to maintain the edge at the tip. This technology is useful for advanced pharmaceuticals and more. 【Industry】 ■Semiconductors ■Measuring Instruments ■Medical Devices *For more details, please download the PDF or feel free to contact us.
Cutting curved shapes from ceramic, alumina, carbide, titanium, and CFRP!
Our company has machined curved shapes from difficult-to-cut materials such as ceramics, alumina, cemented carbide, titanium, and CFRP. We can achieve mirror-level surface roughness for cemented carbide and ceramics. We have a proven track record of processing various difficult-to-cut materials. We have established a system that allows us to make proposals, including precision guarantees, for any machined products. You can trust us with shapes and precision that may seem difficult to process. 【Industries】 ■ Automotive (prototyping) ■ Semiconductor ■ Production equipment *For more details, please download the PDF or feel free to contact us.
Leave it to us for machining soft materials! (We specialize in 3D curved surface processing) We respond quickly with dedicated machinery!
We perform cutting processing of soft materials such as expanded polystyrene and urethane. In particular, we specialize in three-dimensional curved surface processing. We respond quickly using dedicated machinery equipped with dust collectors. The sizes we can handle are approximately 800 × 400 × 300 (mm). Additionally, we are engaged in a variety of fields, including metal processing for prototypes of automotive parts, material sales, and processing of different materials. *For more details, please download the catalog or contact us.*
A material that is widely used in a range from everyday goods to industrial applications, deeply integrated into daily life.
"PE polyethylene" is a thermoplastic, crystalline general-purpose resin, and its appearance is white. It possesses excellent properties across a wide range, including chemical stability (chemical resistance), weather resistance, water resistance, low-temperature impact resistance, insulation, and lubricity. With a specific gravity of 0.95, it falls into the lightweight category and is also inexpensive. It is used widely from everyday products to industrial applications, deeply permeating our lives. [Features] - Thermoplastic, crystalline general-purpose resin - Excellent properties across a wide range - Inexpensive *For more details, please refer to the PDF document or feel free to contact us.*
Harder and more rigid than PE, and resistant to scratches! A general-purpose thermoplastic crystalline resin.
"PP polypropylene" is a thermoplastic, crystalline general-purpose resin with a milky white appearance. It is harder and more rigid than PE, resistant to scratches, has a high load deflection temperature, and possesses excellent chemical stability (chemical resistance), water resistance, and insulation properties. With a specific gravity of 0.91, it falls into the lightweight category and is also inexpensive. It is widely used in everyday items as well as industrial applications, deeply permeating our lives. [Features] - Thermoplastic, crystalline general-purpose resin - Excellent chemical stability (chemical resistance), water resistance, and insulation properties - Inexpensive *For more details, please refer to the PDF document or feel free to contact us.
Strengths of Techno Taiyo: Focus on quality, cost, and delivery in processing.
Techno Taiyo Co., Ltd. has extensive experience not only in metal processing but also in assembly as a post-processing step. For example, if you have a design blueprint, we can handle everything from processing to assembly in a consistent manner. Since our establishment, we have a diverse track record across various industries, including industrial equipment, parking lot flaps, medical devices, and kitchen furniture. If you have any concerns, please feel free to contact us, even for small lots. 【Techno Taiyo's Strengths in 'Processing'】 ■ Various cutting processes for iron, stainless steel, aluminum, and brass ■ Precision secondary processing of aluminum and zinc die-cast molded products ■ Press processing such as engraving, flattening, and bending ■ Bending of wire materials using a bender ■ Fully automated processing with dedicated labor-saving machines For more details, please refer to our catalog or feel free to contact us.
For all kinds of metal cutting and machining processing, Techno Taiyo in Sakai City, Osaka Prefecture.
At Techno Taiyo Co., Ltd., we engage in general machining, including cutting and machining of precision parts for industrial robots, single-axis robots, and industrial optical equipment. For precision cutting of aluminum (such as A2017, A5052, A5056, A6061, A6063, A7075, etc.), we can handle everything from simple shapes to complex shapes, accommodating both single items and prototypes as well as mass production. [Types of Processing] ■ Various cutting processes for iron, stainless steel, aluminum, and brass ■ Precision secondary processing of aluminum and zinc die-cast molded products ■ Press processing such as engraving, flattening, and bending ■ Bending processing of wire materials using a bender ■ Fully automated processing using dedicated labor-saving machinery For more details, please refer to our catalog or feel free to contact us.
What is the process until the delivery of Vietnamese products? I will answer your questions!
This document introduces the advantages of manufacturing in Vietnam and the processes involved in delivering products made in Vietnam. By introducing dedicated machines from Techno Taiyo in Vietnam, the cost reduction rate is approximately 25%. The advantages of manufacturing include cost reduction and the ability to handle small varieties and large lots. 【Advantages】 ■ Cost Reduction - Labor costs are about one-tenth compared to Japan. - Even when including machine charges, our actual results show a 25% cost reduction. ■ Small Varieties and Large Lots - We can accommodate orders starting from one piece. - The more you order, the lower the unit price becomes. - For orders of about 100 pieces per lot, we recommend ordering in increments of three lots. *For more details, please refer to the catalog or feel free to contact us.
Solving the problem of 'the tube is too tight and can't be easily inserted into the pipe'!
We would like to introduce a case where an elastomer tube was inserted into a pipe. Our company can solve the problem of "the tube being too tight and difficult to insert into the pipe." By carefully considering the points below and performing the work, it is possible to insert a snug tube into a pipe with double-sided tape. As a result, the pipe and tube are securely fixed and safe. 【Important Points】 ■ The tube should be warmed. ■ The double-sided tape should be moistened with a special solvent. ■ Air should be blown in during insertion to slightly expand the tube while inserting it all at once. ★ Our company is prepared to address challenges that others cannot handle. If you have any other concerns, please feel free to contact us.
38 years of experience and achievements! Introducing examples of machining processes applied to aluminum, iron, lost wax, and more.
This document introduces examples of machining and tapping processing performed by Techno Taiyo. We handle additional processing of castings, die-castings, and lost-wax castings for parts of single-axis robots, medical devices, industrial equipment, and ship components, as well as machining from solid materials. We specialize in small items, square items, and irregular shapes, particularly those measuring 100x100x100 mm, and we can accommodate weights of up to 20 kg. 【Examples of cases (partial)】 ■Material: A5052 ■Size: t27x41x80 ■Lot: 20 pieces ■Surface treatment: Hard anodizing *For more details, please refer to the PDF document or feel free to contact us.
Wall thickness 0.1mm!
The heat treatment material has been cut thin!
Beautiful and intricate processing! Introduction of various manufacturing examples using mirror surface cutting and precision fine shapes.
At Miyanama Mold Manufacturing, we pursue dimensional accuracy of ±1μm by utilizing machining centers like Android and shape electric discharge machining machines like AP3L. We would like to introduce some challenging manufacturing examples that utilize mirror surface cutting and fine hole processing. 【Manufacturing Examples】 - Mirror Surface Cutting - Precision Fine Shapes - Mirror Surface Cutting & Precision Fine Processing - Fine Hole Processing For more details, please contact us or download the catalog.
[Case Study Collection Available!] Precision machining with a dimensional accuracy of ±1μm! Leave it to us for machining of 'spherical array shapes'!
At Yoneyama Mold Manufacturing, we utilize ultra-high precision micro-machining machines such as the Android and the ultra-precision shape-cutting electrical discharge machine AP3L to pursue dimensional accuracy of ±1μm, performing highly challenging metal processing. 【Processing Example of 'Spherical Array Shape' by Mirror Surface Cutting】 ■Material: HPM38, HRC52 ■Tool Used: R0.3 Ball End Mill ■Machining Machine: Android ■Materials: Iron, Stainless Steel ■Lot Size: 1 to 100 pieces ■Accuracy: 1/100 to 1/1000 mm ■Industry: Automotive (mass production), Electronics, Home Appliances, Medical Devices ★Additionally, a collection of various micro-machining examples titled "Micro Machining Technology Case Studies" can be viewed via the "PDF Download" link below.