Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
2281～2310 item / All 2389 items
We accept machining of steel materials.
Drilling Edge processing Tapping Milling Processable structural steel 1. Material Iron / Stainless steel 2. Structural steel H-beam: H100×100 to H600×300 L-beam: 9×90×90 or larger Channel: 100×50 or larger Square pipe: 100×100 to 300×300 (Corner R15 or less) FB: 10t×100 to 100t×300 Lightweight structural steel: 4.5×100 to 600
Attention those looking for processing machines and struggling with installation space! Introducing a compact processing machine that combines "compactness" with "rigidity and precision"! *A collection of case studies from various industries is currently available.
The "MULTIPRO MP6 series" is a compact machining machine that can be transported by elevators, with a width of 750 mm or less, featuring rigidity suitable for metal processing and a high precision of ±1 μm in repeat positioning accuracy. We offer a collection of case studies summarizing examples of use in various industries such as automotive, semiconductors, watches, and small parts! 【Must-see for those facing these issues】 ■ Want to increase production numbers but have no space to install machining equipment... ■ Narrow delivery routes; want to introduce equipment on the second floor or higher... ■ Attracted to compact and space-saving designs but need equipment rigidity/precision... ■ Want to configure a production line in a compact space... We can solve the above concerns! 【Features】 ■ Compact/Space-saving 〇 Dimensions: Approximately 738×1120×1950 mm 〇 Fits in a standard elevator, making it possible to transport in tight spaces! 〇 Easy to move with casters! ■ Rigidity and Precision 〇 Ensures the rigidity of the main unit to withstand processing of general steel materials, light metals, SUS, SKD, and brittle materials. 〇 Repeat positioning accuracy of ±1 μm *For more details, please refer to the PDF document or feel free to contact us.
![About MATSUMURA's processing [Pipe end processing]](https://image.mono.ipros.com/public/product/image/240/2001523491/IPROS16115408128252861135.png?w=280&h=280)
From small lots to mass production, we respond from the customer's perspective! Processing is done using our own in-house terminal processing machines.
MATSUMURA's pipe processing involves various processes. Among them, three major processes can be highlighted. One of them is "end processing of pipes." End processing includes cutting and chamfering, but the end processing mentioned here refers to the process of changing the shape of the pipe's end. In fact, MATSUMURA was previously known as Matsumura Machinery Manufacturing Co., Ltd. As a specialized manufacturer of pipe end processing machines, it has sent machines both domestically and internationally. However, due to issues with successors and the aging of engineers, the machinery division was closed down. Currently, it has taken a new step as the reborn "MATSUMURA," specializing in pipe processing. *For more details, please feel free to contact us.*
About exhibiting at "IMPACT2024 (October 22-25, 2024)"
Toray Research Center, Inc. will be exhibiting at IMPACT2024. We will showcase structural analysis of adhesive interfaces, examples of plasma FIB processing of semiconductor devices, and analysis of Cu-Cu direct bonding, as well as our high-frequency characteristic evaluation service for materials (NXTEC). Please be sure to visit our booth. We look forward to seeing you. Date: October 22-25, 2024 Location: Taipei Nangang Exhibition Center, Hall 1
The use of second-hand equipment promotes the effective utilization of resources and contributes to the development of sustainable manufacturing!
Our company provides carefully selected high-quality used machine tools and laser processing machines, thoroughly inspected and maintained by specialized technicians. We can significantly reduce the costs of purchasing new equipment while offering suitable solutions for startups and companies with budget constraints. Understanding your current situation and that of your competitors, we offer customization by specialized technicians, elimination of waste, and ongoing support. [Reasons to Choose Us] ■ Provision of high-quality used equipment ■ Customization to meet your needs ■ Consideration for the environment *For more details, please refer to the related links or feel free to contact us.
Ultra-precision processing of semiconductor components with a beam diameter of 10μm. Trusted domestic design and manufacturing.
In the semiconductor industry, the demand for microfabrication technology is increasing due to the miniaturization and high performance of devices. Particularly in the manufacturing processes of wafers and chips, high-precision processing is a crucial factor that affects product quality and yield. Fine pattern formation, as well as precise cutting and drilling, are required, and even slight processing errors can lead to product defects. The LTC6050 achieves high-level microfabrication with a minimum beam diameter of Φ10μm, addressing these challenges in semiconductor manufacturing. 【Application Scenarios】 - Microfabrication of wafers - Cutting and drilling of chips - Precision machining of various metal parts 【Benefits of Implementation】 - Improved product quality through high-precision microfabrication - Enhanced yield - Compatibility with a variety of metal materials - Space-saving design due to compactness
For precision processing in medical device manufacturing. 10μm beam diameter, domestically designed and manufactured LTC6050.
In the medical device industry, the processing of precise metal components such as implants and surgical instruments is required. In particular, high-precision cutting is essential to ensure both safety and functionality. Conventional processing methods may face challenges such as burr generation and deformation due to heat. The LTC6050 achieves high-level microprocessing with a minimum beam diameter of Φ10μm, enabling high-quality component processing in medical device manufacturing. 【Application Scenarios】 - Cutting of implant components - Microprocessing of surgical instruments - Manufacturing of medical sensor components 【Benefits of Implementation】 - Improved product quality through high-precision cutting - Suppression of burr generation, leading to increased efficiency in subsequent processes - Minimization of thermal effects, maintaining material properties
Marking electronic components with a 10μm beam diameter. Reliability from domestic design and manufacturing.
In the electronic components industry, the miniaturization and high density of products are advancing, leading to a demand for fine marking. Accurate and high-quality marking is essential for component identification and tracking manufacturing processes. Traditional marking methods have limitations in precision and speed, which can lead to reduced yield rates. The LTC6050 achieves high-level fine processing with a minimum beam diameter of Φ10μm, enabling high-precision marking on electronic components. 【Application Scenarios】 - Marking model numbers and manufacturing lot numbers on electronic components - Marking component placement positions on circuit boards - Marking on various sensors and connectors 【Benefits of Implementation】 - Improved product quality through high-precision marking - Adaptation to miniaturization and high density of components through fine processing - Increased productivity through reduced marking time
Achieving the delicate designs of jewelry with high precision. Laser processing machines designed and manufactured domestically.
In the jewelry industry, the beauty of design and the quality of products are important. In particular, meticulously crafted details in sculptures greatly influence the value of the products. Traditional processing methods can pose challenges in reproducing intricate designs and may damage the materials. The LTC6050 achieves high-level microfabrication with a minimum beam diameter of Φ10μm, enabling precise engraving for jewelry. 【Application Scenarios】 - Delicate pattern engraving on precious metals - Logo and text engraving on accessories - High-design jewelry production 【Benefits of Implementation】 - Increased product value through high-precision engraving - Improved reproducibility of intricate designs - Compatibility with a variety of materials
Innovating watch decoration. With 10μm precision machining, we expand the possibilities of design.
The watch industry is demanding diversification in design and high-quality decoration. In particular, delicate designs and the processing of complex shapes are important for enhancing the value of products. Fine decorations that were difficult to achieve with traditional processing methods can be realized with the LTC6050. 【Application Scenarios】 - Delicate pattern processing on watch dials - Logo and design engraving on watch cases - Precision cutting of decorative parts 【Benefits of Implementation】 - Increased design freedom - Enhanced product value through high-quality decoration - Shortened prototyping period
Improving the quality of smartphone components with 10μm precision machining.
In the smartphone component industry, miniaturization and high functionality are advancing, making the processing of precision metal parts essential. Particularly for components that require high precision within limited space, micro-machining technology significantly influences product performance. The LTC6050 achieves high-level micro-machining with a minimum beam diameter of Φ10μm, contributing to the improvement of smartphone component quality. 【Application Scenarios】 * Precision part processing inside smartphones * Processing of small connectors, shield cases, etc. * Manufacturing of parts that achieve thinness and lightweight 【Effects of Implementation】 * Improvement in product quality through high-precision part processing * Increased yield * Enhanced design flexibility
![[LTC6050 Ultra-Precision Fiber Laser Processing Machine for Research Institutions]](https://image.mono.ipros.com/public/product/image/2057265/IPROS12100120381219562802.png?w=280&h=280)
Innovating metal prototyping in research and development with a 10μm beam diameter.
In prototype development at research institutions, precise machining of metal parts, which affects the accuracy of experiments, is essential. Particularly in the research of new materials and the prototyping of fine structures, high precision and diverse machining capabilities are required. Conventional machining methods often incur time and costs that can hinder research progress. The LTC6050 achieves high-level fine machining with a minimum beam diameter of Φ10μm, contributing to the efficiency of prototyping in research and development. 【Usage Scenarios】 - Research and development of new materials - Prototyping of fine structures - Prototyping of precision parts - Shape modification during the prototyping stage 【Benefits of Implementation】 - Improved research outcomes through high-precision prototyping - Reduced prototyping time - Lower machining costs - Compatibility with a variety of metal materials
Simple, low-cost, suitable for small items! Contributing to the improvement of automotive parts quality.
In the automotive industry, the quality of parts affects the overall reliability of the product. In particular, burrs and spatter after laser processing can lead to defects in subsequent processes and deterioration in product performance. The Rubel Disc Master S220 addresses these challenges and contributes to the improvement of automotive parts quality. 【Usage Scenarios】 - Deburring after laser processing - Deburring after pressing - Rounding edges 【Benefits of Implementation】 - Increased efficiency in the deburring process - Improved product quality - Reduced defect rate
Achieve precision machining with easy operation! Ideal for deburring in medical device manufacturing.
In the medical device industry, precise machining of details is required to ensure product safety and functionality. In particular, burrs from laser processing or cutting can not only compromise product quality but also increase risks to patients. The Rubel Diskmaster S220, while compact, effectively removes laser dross and spatter, completing R-edge processing in one go. This contributes to the efficiency and quality improvement of the burr removal process in medical device manufacturing. [Usage Scenarios] - Burr removal of medical metal parts - R-edge processing of precision parts - Burr removal after laser processing [Benefits of Implementation] - Increased efficiency of the burr removal process - Improved product quality - Enhanced safety for operators
Improving yield with easy operation! For deburring in semiconductor manufacturing.
In the semiconductor industry, the removal of fine burrs and foreign substances during the manufacturing process greatly affects yield. Residues and spatter from laser processing not only degrade product quality but also lead to the occurrence of defective products. The Rubel Disc Master S220 addresses these challenges by providing powerful burr removal capabilities in a compact design. It performs laser residue and spatter removal along with edge rounding in a single pass, contributing to improved yield. 【Application Scenarios】 - Burr removal for semiconductor wafers and substrates - Burr removal for fine parts after laser processing - Processes aimed at improving yield 【Benefits of Implementation】 - Increased efficiency of the burr removal process - Improved product quality - Reduced defect rate
Contributing to hygiene management in food machinery! Deburring and R-edge rounding with one machine.
In the food machinery industry, hygiene management of machine parts is crucial to ensure product safety. In particular, areas that come into direct contact with food can increase the risk of foreign matter contamination due to burrs and sharp edges, potentially failing to meet hygiene standards. The Rubel Disk Master S220 efficiently removes burrs and performs edge rounding in the manufacturing process of food machinery, contributing to improved hygiene management. [Usage Scenarios] - Burr removal for food machinery parts - Enhanced safety through edge rounding - Reduction of foreign matter contamination risks [Effects of Implementation] - Improved safety of food machinery - Enhanced cleanability - Strengthened quality control
Contributing to carbon neutrality (decarbonization) without hydraulic power! Introducing a pipe bender machine that achieves high-speed and high-precision bending processing.
The "TMS Series" is a pipe bender that achieves high-speed and high-precision bending processing through its unique mechanism. As it is a servo-driven, hydraulic-free machine, it contributes to the industry's efforts towards carbon neutrality. <Examples of Implementation> Bending processing for furniture, home appliances, seat frames, various tubes, etc. If you are looking for high-precision bending processing while considering the environment, please feel free to consult us. 【Features】 ■ Contributes to a decarbonized society without hydraulics ■ Reduction of takt time ■ High-precision bending processing ■ Improved maintainability ■ Realizes automation and unmanned operation through efficiency-enhancing automation *For more details, please download the PDF or feel free to contact us.
<Low price> Easily removes broken taps and drills! Compact size for easy portability *Available for free rental.
Are you having trouble removing broken taps? Removing broken taps takes time and labor, resulting in time costs. The discharge machining machine 'Tap Night' for removing broken taps is compact for easy portability, allowing anyone to easily remove broken taps and drills. It operates on 100V power, and tap water can be used as the processing fluid. Commercially available brass rods can be used as electrodes. We offer it at a low price, and customers have reported that they can recoup their investment after using it 2 to 3 times. 【Features】 ■ Usable for all conductive metals (iron, aluminum, cast iron, copper, stainless steel, etc.) ■ Can process without damaging the threads of the tap ■ Capable of removing taps sized from M2 to M30 ■ Equipped with a discharge energy switch ■ Usable for carbide as well ■ Can be used for deep hole processing *Free demo units are available for loan. For more details, please contact us or download the PDF for more information.
Switch the discharge energy according to the tap size! Enables more efficient removal of broken taps.
"Tap Night" is a discharge machining tool for removing broken taps and drills that anyone can easily use. It can process without damaging the threads of the tap and is suitable for all conductive metals such as iron, aluminum, and brass. It is compact and easy to carry. Equipped with a discharge energy switch, it allows for efficient removal of broken taps. It is also recommended for those who want to remove broken taps as quickly as possible. 【Features】 - Compact size for easy portability - Can process without damaging the threads of the tap - Usable for all conductive metals such as iron, aluminum, and brass - Can be used for deep hole processing - Tap removal size ranges from M2 to M30 - Usable for carbide materials as well *For more details, please download the PDF or feel free to contact us.
Introducing the discharge machining device for removing broken taps, "Tap Night," which melts the center of the broken tap with discharge without damaging the threads!
"Tap Night" is a discharge machining device for removing broken taps and drills that anyone can easily use. It features a discharge energy switching button and is compact and portable. It can be used for all conductive metals, including iron, aluminum, and brass. It allows processing without damaging the threads of the tap, reducing defective products, and is suitable for rescuing large workpieces and special items. 【Features】 ■ Compact size for easy portability ■ Equipped with a discharge energy switching button ■ Usable for all conductive metals, including iron, aluminum, and brass ■ Can also be used for deep hole processing ■ Tap removal sizes range from M2 to M30 ■ Usable for ultra-hard alloys as well *For more details, please download the PDF or feel free to contact us.
By processing the electrodes, it can accommodate any size! Introducing the discharge machining tool 'Tap Knight' for removing broken taps, regardless of tap size.
"Tap Night" is a discharge machining device for removing broken taps and drills that anyone can easily use. It features a discharge energy switch and is compact and portable. It can remove taps ranging from size M2 to M30, making it recommended for users who perform various drilling operations. It can remove taps of any size, regardless of the dimensions. 【Features】 ■ Compact size for easy portability ■ Equipped with a discharge energy switch ■ Can process without damaging the threads of the tap ■ Usable with all conductive metals such as iron, aluminum, and brass ■ Suitable for deep hole processing ■ Can also be used with carbide materials *For more details, please download the PDF or feel free to contact us.
Easily remove broken taps and drills! Compact size for portability.
In the repair of machine tools, broken taps and drills are a significant problem that greatly reduces work efficiency. Especially in machine tools that require precise machining, it is necessary to minimize damage to the surrounding area during tap removal. Our broken tap removal electrical discharge machine was developed to solve these issues. 【Usage Scenarios】 * Maintenance of machine tools * Emergency repairs in factories * Troubleshooting in metalworking sites 【Benefits of Implementation】 * Reduction in work time * Decrease in repair costs * Improvement in machine tool operating rates * Free demo machines are available for loan. For more details, please contact us or download the PDF for more information.
Easily and reliably remove broken taps from small parts! Free rental available.
In the precision machinery industry, precise processing of small components is required, and in the event that a broken tap occurs, replacing or repairing the parts can take a significant amount of time and cost. Especially for small components that require high precision, it is important that the removal of broken taps is done quickly and accurately. Our broken tap removal electrical discharge machine is compact and portable, allowing anyone to easily remove broken taps and drills. 【Usage Scenarios】 - Parts processing at precision machinery manufacturers - Removal of broken taps in repair and maintenance settings - Removal of broken taps during prototype development stages 【Benefits of Implementation】 - Reduction in work time - Decreased risk of part damage - Cost savings *Demo units are available for free rental. For more details, please contact us or download the PDF for more information.
Easily and reliably remove broken taps from jigs! Free rental available.
In the semiconductor manufacturing industry, damage or defects in jigs can lead to production line stoppages and quality degradation. Especially for jigs that require precise processing, the removal of broken taps or drills must be done quickly and accurately. Our broken tap removal EDM machine addresses these challenges in jig maintenance. 【Usage Scenarios】 - Jig maintenance in semiconductor manufacturing plants - Removal of broken taps in precision parts processing - Jig modifications during the prototype development stage 【Benefits of Implementation】 - Reduction in jig repair time - Improvement in production line operating rates - Cost savings through jig reuse *Demo machines are available for free rental. For more details, please contact us or download the PDF for more information.
Dust prevention measures! A machine for processing raw ceramics at a low cost.
In the semiconductor industry, high precision and reliability in microfabrication are required to manufacture high-quality products. In particular, during the processing of ceramic materials, contamination from cutting debris and a decrease in processing accuracy can adversely affect product performance. Our ceramic processing machine has been developed to address the challenges in processing raw ceramics. 【Application Scenarios】 - Processing of ceramic components in semiconductor manufacturing - Manufacturing of ceramic products requiring microfabrication - Ceramic processing in environments where dust prevention measures are necessary 【Benefits of Implementation】 - Liberation from size constraints of ceramic components - Improvement in product quality due to high dust prevention performance - Enhanced manufacturing efficiency through space-saving design
Dust prevention measures! A machine for processing raw ceramics at a low cost.
In the field of automotive engines, high durability and performance are required, making precise processing of ceramic components crucial. Especially for engine parts exposed to high temperatures and pressures, the accurate shape and high quality of ceramics are essential for maintaining engine performance. Improper processing can lead to component failure or performance degradation. Our ceramic processing machines specialize in the processing of raw ceramics and are equipped with dust prevention measures, enabling the production of high-quality ceramic components. 【Application Scenarios】 - Processing of ceramic components for automotive engines - Manufacturing of parts that can withstand high-temperature environments - Production of parts requiring high precision 【Benefits of Implementation】 - Freedom from size constraints of ceramic components - Prevention of contamination from cutting debris due to dust measures - Improved work efficiency through space-saving design
Solving challenges in substrate processing! A ceramic processing machine equipped with dust prevention measures.
In the electronics industry, enhancing the performance of substrates is essential. Ceramic substrates are gaining attention due to their high insulation and heat resistance, but processing them requires specialized technology and equipment. In particular, addressing the chips generated during processing is a crucial issue that affects product quality. Our ceramic processing machine is equipped with dust-proof measures to solve the challenges of processing raw ceramics. 【Usage Scenarios】 - When there are size constraints for ceramic substrates - When wanting to process large ceramic substrates - When wanting to solve issues caused by chips (quality degradation, worsening work environment) 【Benefits of Implementation】 - Achieves space-saving - Supports diverse processing through NC control and ATC installation - Reduces troubles caused by chips with dust-proof specifications - Easy replacement of guides and other components, improving maintenance.
Dust prevention measures! Inexpensive processing of ceramic for optical lenses.
In the optical lens industry, the demand for precision processing of ceramic materials has increased alongside the high performance of lenses. Particularly for lenses that require durability and heat resistance, processing accuracy significantly affects product quality. Conventional processing methods may face challenges such as size constraints and dust prevention measures. Our ceramic processing machine is designed to handle raw ceramics and incorporates dust prevention measures, enabling high-quality lens processing. 【Application Scenarios】 - Optical lens manufacturing - Precision processing of ceramic lenses - Processing in environments requiring dust prevention measures 【Benefits of Implementation】 - Production of high-quality lenses - Increased flexibility in processing sizes - Cost reduction
Dust prevention measures! Solving the challenges of ceramic processing for reaction vessels.
In the chemical industry, the manufacturing of reaction vessels requires the processing of ceramic materials that excel in chemical resistance and heat resistance. In particular, precise shapes and high durability significantly influence the efficiency and safety of the reaction process. Traditional processing methods have limitations in the size and shape of ceramics, and inadequate dust prevention measures can lead to decreased work efficiency and quality issues. Our ceramic processing machine has been developed to address these challenges. 【Application Scenarios】 - Manufacturing of reaction vessels - Processing of chemical plant components - Production of ceramic parts for research and development 【Benefits of Implementation】 - Expanded processing range for ceramic materials - Improved working environment through dust prevention measures - Stable supply of high-quality products
Dust prevention measures! The ideal ceramic processing machine for guide processing in textile machinery.
In the textile industry, precise machining of guide components is required to maintain the durability and accuracy of machines. Especially in high-speed operating machines, wear and damage to guides significantly affect production efficiency. Ceramics excel in wear resistance and are ideal for guide components, but special techniques are needed for machining. Our ceramic processing machines are designed to handle raw ceramics and are equipped with dust prevention measures, making them perfect for guide processing in textile machinery. 【Application Scenarios】 - Machining of guide components for textile machinery - Machining of parts requiring wear resistance - Machining in environments where dust control is necessary 【Benefits of Implementation】 - Extended lifespan of guide components - Improved machine operating rates - Reduced issues caused by dust
