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Processing Machine - メーカー・企業43社の製品一覧とランキング

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Processing Machineのメーカー・企業ランキング

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  1. 藤川伝導機 Tokyo//Industrial Machinery
  2. HSGエンジニアリング Kanagawa//Industrial Machinery
  3. 三友工業 Aichi//Industrial Machinery
  4. 4 システムクリエイト Osaka//Industrial Machinery
  5. 5 サンダーレーザージャパン 日本本社 Osaka//Industrial Machinery
企業ランキングへ

Processing Machineの製品ランキング

更新日： 集計期間:Sep 10, 2025～Oct 07, 2025
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  1. Super Itasan 三友工業
  2. Cross-flow two-dimensional laser processing machine "HV2-R PLUS series" 藤川伝導機
  3. CFRP Carbon Dioxide 3D Laser Processing Machine "CV Series" 藤川伝導機
  4. 4 High-performance fiber laser processing machine 'HL2512GS' HSGエンジニアリング
  5. 5 Large Laser Processing Machine "XL Series" 藤川伝導機

Processing Machineの製品一覧

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[Technical High School/Case Study] Utilizing Lasers for Robot Parts Production

[Technical High School/Case Study] Utilizing Lasers for Robot Parts Production

Used for "manufacturing parts for competition robots" and "cutting out components for educational materials"! Case study of laser processing machine introduction.

At Kyoto Kogakuin High School located in Fushimi Ward, Kyoto City, our laser processing machine "Speedy 300" has been in use since 2013 for mockups, rapid prototyping, PBL learning, and educational materials. Trotec's laser processing machines offer a seamless series of operations from digital mockups to rapid prototyping, without requiring complicated specialized operations. This creates a favorable situation in the educational environment where we are nurturing future engineers, making it a "tool that anyone can use." The quality of the finish in acrylic processing is outstanding, and the exhaust system is robust, which is also helpful as it can process plywood and thick paper. We have received such feedback. 【Reasons for Adoption】 - Outstanding quality of finish in acrylic processing - Robust exhaust system - With just a little instruction, students are able to master the laser processing machine *You can view more details by downloading the PDF below or clicking on the related links. We also welcome your inquiries.

  • Laser marker

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[University/Department of Architecture/Case Study] Utilizing Laser Technology in the Production of Architectural Models

[University/Department of Architecture/Case Study] Utilizing Laser Technology in the Production of Architectural Models

Students use for 'making parts for architectural model production'! Case study of laser processing machine introduction.

In April 2022, Otemon Gakuin University established a new major in the Faculty of Literature called "Aesthetics and Architectural Culture," utilizing the Trotec laser cutting machine "Speedy 400" for the production of architectural models. Laser cutting is primarily used for model materials such as wood and paper, and a key advantage is the ability to cut multiple small accessories (miniature-sized people, plants, furniture, etc. that accompany the model) at once. Additionally, the laser software "Ruby" is standardly equipped, allowing for direct import of graphic data, which enables speedy processing of parts. By simply converting hand-drawn images to PDF and importing them, laser processing can be easily done, resulting in immediate shapes. Compared to graphic software like Illustrator, costs can be kept low, leading to cost savings, as we have received feedback. 【Deciding Factors for Introduction】 ■ Ability to cut multiple small accessories at once ■ High performance of the dust collection and deodorization system, allowing safe use in front of students ■ Capability to laser cut precisely along hand-drawn lines *You can download the PDF or click on related links below for more details. We also welcome inquiries.

  • Laser marker

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Compact Size CO2 Laser Engraving Machine 'Speedy50'

Compact Size CO2 Laser Engraving Machine 'Speedy50'

A compact and easy-to-use laser engraving machine that provides peace of mind for beginners.

The Trotec Speedy 50 has been newly announced as the most compact laser processing machine in the Speedy series. It is designed to meet the needs of those considering the introduction of a laser processing machine for the first time, who want to process quickly and easily, and who wish to keep the installation space to a minimum. 【Product Highlights】 ■ Compact yet high-speed and high-precision ■ Useful for prototyping and novelty production *This is a direct sales limited model.

  • Other machine tools

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Introduction of a laser processing machine using the "Monozukuri Subsidy."

Introduction of a laser processing machine using the "Monozukuri Subsidy."

Are you giving up on improving productivity with laser processing machines or new business plans due to lack of funds? You can implement them by utilizing manufacturing subsidies.

The "Monozukuri, Commerce, and Service Productivity Improvement Promotion Project" (commonly known as the Monozukuri Subsidy) is a subsidy that supports small and medium-sized enterprises and small businesses in developing innovative products and services. For detailed information, please visit the official website of the Monozukuri Subsidy Project. https://portal.monodukuri-hojo.jp/about.html *Please note that our company does not handle applications for the Monozukuri Subsidy or provide management consulting services.

  • Other machine tools

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Notch Processing Machine (Metal Sample) 'QC-915'

Notch Processing Machine (Metal Sample) 'QC-915'

By replacing with a different cutter, it accommodates not only ISO148 but also notch shapes of different standards!

The "QC-915" is a system for machining V-shaped and U-shaped notches in metal samples for impact testing. Notches are machined in a single operation. Accurate notch machining is performed using a precision cutting tool. Since the type of notch varies by standard, the depth can be easily adjusted, and by swapping out different cutters, it accommodates not only ISO 148 but also shapes from different standards. 【Applicable Test Standards】 ■ISO 148 ■ASTM E23 *For more details, please refer to the related links or feel free to contact us.

  • Analytical Equipment and Devices

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Notch Processing Machine "QC-640A"

Notch Processing Machine "QC-640A"

Since the processing speed can be adjusted, it minimizes the impact on the sample characteristics due to processing!

The "QC-640A" is a system for creating V-shaped notches on samples for impact testing. The precision of the notch processing also improves the accuracy of the test data. Since the type of notch varies by standard, the depth of the notch can be easily adjusted, and different cutters can be exchanged to accommodate various notch shapes. The processing speed can be adjusted to minimize the impact on the sample characteristics due to processing. 【Applicable Test Standards】 ■ JIS K7110 ■ ASTM D256 ■ ASTM D6110 ■ ISO 179 ■ ISO 180 ■ ISO 2818 *For more details, please refer to the related links or feel free to contact us.

  • Analytical Equipment and Devices

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Pico-second pulse semiconductor laser device OPG-1000PL

Pico-second pulse semiconductor laser device OPG-1000PL

◆Picosecond pulse: 40ps to 80ps, typ. ◆External analog modulation and digital modulation possible ◆Fiber output compatible (optional)

■Multicolored wavelengths■Capable of driving two wavelengths simultaneously■LAN, RS-232C, and USB connections available (optional) This device consists of a head that incorporates a semiconductor laser diode (LD) and a power supply and controller for driving the head, achieving a rapid and stable semiconductor laser diode light source. It supports APC control (constant optical output mode) using a photodiode built into the LD package, external APC control (using an external photodiode, etc.) when no photodiode is present, and ACC control (constant drive current mode). It comes standard with a temperature control function for the LD using a Peltier element, and it can display the current temperature of the LD. External analog modulation is possible from 10 kHz to 1 GHz. This device is equipped with a GPIB interface as standard. It has a forced OFF (interlock) function for the LD via an external switch. As protection features for the LD, it includes drive current limitation, a shutdown function when optical output exceeds the rated value, slope control to suppress rapid changes to prevent overshoot when changing optical output, and a function to turn off the LD when the temperature is outside the set range during the transient period of temperature control.

  • Other optical parts
  • Other physicochemical equipment

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Mitsubishi High-Performance Fine Hole Electrical Discharge Machining Machine 'SH12'

Mitsubishi High-Performance Fine Hole Electrical Discharge Machining Machine 'SH12'

Increased processing speed! A high-performance fine hole electrical discharge machining machine capable of adjusting hole diameter through a shaking function.

The "SH12" is a high-performance fine hole electrical discharge machining (EDM) machine from Mitsubishi, optimized for fine hole processing. It features a common operational interface due to the adoption of shape engraving ADVANCE control. It is equipped with two modes: speed-oriented and surface-oriented (with minimal heat-affected zone). It enables high-speed processing of special materials such as carbide and ceramics (B4C), reducing instability during workpiece exit and improving processing speed. High-speed, high-quality hole machining is possible with pipe electrodes ranging from Φ0.1 to 3.0 mm. It can also perform 3D irregular hole machining and bottom machining. 【Features】 ■ Hole diameter adjustment via oscillation function (electrode Φ0.3 and above) ■ Capability for 3D irregular hole machining ■ Stable processing through exit control ■ Capability for bottom machining ■ Automatic electrode exchange and guidance by robot (electrode Φ0.3 and above) For more details, please refer to the catalog or feel free to contact us.

  • Electric discharge machine
  • Processing Contract

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Technical Introduction: Rolling Process

Technical Introduction: Rolling Process

Improved surface roughness! High strength! Environmentally friendly! This is an introduction to rolling processing.

Thread rolling is a process in which a screw blank is sandwiched between a set of dies, and while rotating the screw blank through the movement or rotation of the dies, plastic deformation is performed to transfer the thread profile of the dies onto the material. This method of processing significantly improves the surface roughness as the workpiece surface is compressed by the ground dies. Unlike cutting processes, the fibrous metal structure is not severed. Additionally, the surface composition is affected by plastic deformation, allowing the processed product to achieve high strength. Furthermore, due to net shape forming, there is less noise, and the processing oil is less likely to become contaminated, resulting in less waste oil. Unlike cutting processes that remove material, there is no extra waste produced, making this an environmentally friendly processing method. For more details, please contact us or refer to the catalog.

  • nut
  • Other machine elements

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[Micro Machining Example] Drilling of High Hardness Materials

[Micro Machining Example] Drilling of High Hardness Materials

Introducing machining examples of SLD-MAGIC (HRC60)! A high-precision spindle that maintains depth accuracy even during long machining processes.

We would like to introduce examples of fine processing made using the processing machine "CEGAII-542." It features a high-precision spindle that has no impact on depth accuracy even during long processing times. 【Examples】 ■Material: SLD-MAGIC (HRC60) ■Work size: 100×100×5mm ■Processing time: 3 hours 21 minutes ■Processing depths: 0.05mm, 0.08mm, 0.11mm ■Number of holes processed: 10,000 *For more details, please refer to the PDF document or feel free to contact us.

  • Other processing machines
  • Special Processing Machinery
  • others

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[Micro Machining Example] Direct Machining of High Hardness Materials

[Micro Machining Example] Direct Machining of High Hardness Materials

Introducing machining examples of ELMAX (HRC60)! High precision Z, with a step difference of less than 3μ with the previous process tool!

We would like to introduce examples of fine processing created by the processing machine "CEGAII-542." The high precision Z and the step difference with the previous process tool is less than 3μ. 【Examples】 ■Material: ELMAX (HRC60) ■Work size: 110×54×35mm ■Processing time: 24 hours 14 minutes *For more details, please refer to the PDF document or feel free to contact us.

  • Other processing machines
  • Special Processing Machinery
  • others

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ITO film peeling processing case: "Contract processing of laser microfabrication"

ITO film peeling processing case: "Contract processing of laser microfabrication"

We accept orders for micro holes and micro cutting processing, from prototype production to mass production.

Material: Glass with ITO film Film thickness: 90nm / Removal width: approximately 20μm / Pattern size: approximately 5mm x 5mm At Higashi-Nari Electro Beam Co., Ltd., we utilize precision laser processing for fine drilling, cutting, groove processing, and more. Selection of laser wavelengths (IR, SHG, THG) is available. We can accommodate various materials including various types of stainless steel, titanium, molybdenum, tantalum, niobium, aluminum, copper, iron, ceramics, glass, and resin materials. Please feel free to consult with us. [Features] ○ Suppression of metal burr generation ○ Suppression of thermal sagging in resin materials ○ Drilling of holes less than 100μ For more details, please contact us or download the catalog.

  • Processing Contract

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Case Study 1 of Spiral Cutting Processing for Pipe Materials: "Contract Processing of Laser Microfabrication"

Case Study 1 of Spiral Cutting Processing for Pipe Materials: "Contract Processing of Laser Microfabrication"

We accept orders for micro holes and micro cutting processing, from prototype production to mass production.

Material: Cobalt alloy Pipe diameter: φ (phi) 1.55mm / Wall thickness: 100μm / Cutting width: approximately 40μm / Remaining width: approximately 50μm At Higashi-Nari Electro Beam Co., Ltd., we utilize laser technology for precision processing, offering services such as fine hole drilling, cutting, and groove processing. Selection of laser wavelengths (IR, SHG, THG) is available. We can work with a variety of materials including various types of stainless steel, titanium, molybdenum, tantalum, niobium, aluminum, copper, iron, ceramics, glass, and resins. Please feel free to consult with us. [Features] ○ Suppression of metal burr generation ○ Suppression of thermal sagging in resin materials ○ Hole drilling below 100μm For more details, please contact us or download the catalog.

  • Processing Contract

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Case 2 of spiral cutting processing for pipe materials: "Contract processing of laser fine machining"

Case 2 of spiral cutting processing for pipe materials: "Contract processing of laser fine machining"

We accept orders for micro holes and micro cutting processing, from prototype production of one piece to mass production.

Material: Cobalt alloy Pipe diameter: φ (phi) 1.55mm / Wall thickness: 100μm / Cutting width: approximately 40μm / Remaining width: approximately 20μm At Higashi-Nari Electro Beam Co., Ltd., we utilize laser technology for microfabrication, offering services such as fine hole drilling, cutting, and groove processing. Selection of laser wavelengths (IR, SHG, THG) is available. The materials we can work with include various types of stainless steel, titanium, molybdenum, tantalum, niobium, aluminum, copper, iron, ceramics, glass, and resins, among others. Please feel free to consult with us. 【Features】 ○ Suppression of metal burr generation ○ Suppression of thermal sagging in resin materials ○ Hole drilling below 100μm For more details, please contact us or download the catalog.

  • Processing Contract

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Case study of drilling into tungsten material: "Contract processing of laser micro-machining"

Case study of drilling into tungsten material: "Contract processing of laser micro-machining"

We accept orders for precision hole drilling and micro cutting processing, from prototype production to mass production.

Material: Tungsten Plate thickness: 50μm / Hole diameter: φ (phi) 300μm At Higashi-Nari Electro Beam Co., Ltd., we utilize laser technology for precision processing, offering services such as fine hole drilling, cutting, and groove processing. You can choose from various laser wavelengths (IR, SHG, THG). We can work with a wide range of materials including various types of stainless steel, titanium, molybdenum, tantalum, niobium, aluminum, copper, iron, ceramics, glass, and resins. Please feel free to consult with us. 【Features】 ○ Suppression of metal burr generation ○ Suppression of thermal sagging in resin materials ○ Hole drilling below 100μm For more details, please contact us or download the catalog.

  • Processing Contract

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