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Processing Machine Product List and Ranking from 944 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

Processing Machine Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. システムクリエイト Osaka//Industrial Machinery
  2. アマダ（アマダグループ） Kanagawa//Industrial Machinery
  3. 大野精工 機工販売事業部 Aichi//Industrial Machinery
  4. 4 フジ産業 Shizuoka//others
  5. 5 フコク Kanagawa//Industrial Machinery
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Processing Machine Product ranking

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. I tried engraving on five different types of metal! システムクリエイト
  2. I tried doing test processing using ATC! システムクリエイト
  3. I tried changing the maximum output to three levels and irradiating it! システムクリエイト
  4. 4 Ultra-precision small fiber laser processing machine 'LTC6050' ランテクノロジー
  5. 5 Plastic mold steel "KTSM3M" 日本金型材

Processing Machine Product List

1381～1410 item / All 2679 items

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Ultra-High Precision High-Speed Micro Machining Machine "Vision"

Ultra-High Precision High-Speed Micro Machining Machine "Vision"

The concept of development is a versatile micro-machining machine capable of processing from heavy cutting to mirror finishing with a single unit.

Introducing our ultra-high precision high-speed micro-machining machine, 'Vision'. The development concept is a versatile micro-machining machine capable of processing from heavy cutting to mirror finishing with a single unit. It minimizes "cross processing" and completes rough machining, intermediate finishing, and finishing processes all in one machine. This is a new type of mother machine with a large stroke, expanding the processing area and applications for high-precision machining. It realizes a diverse world of micro-machining. 【Features】 ■ All-axis horizontally opposed mounted linear motor drive ■ Z-axis balance cylinder ■ Special ultra-precision rolling guide surfaces ■ Four-in-one + ONE ■ High rigidity basic structure *For more details, please refer to the PDF document or feel free to contact us.

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New Type Carbon Dioxide Laser Processing Machine "Musashi" SPL6025 Model

New Type Carbon Dioxide Laser Processing Machine "Musashi" SPL6025 Model

A CO2 laser processing machine that achieves high quality and low running costs! Reduces assist gas consumption by approximately 30%.

The "Musashi" SPL6025 model is a carbon dioxide laser processing machine that achieves high quality and low running costs. It is equipped with a self-manufactured laser oscillator that boasts excellent beam quality, reducing the consumption of assist gas (N2) by approximately 30% during SUS non-oxidative cutting (compared to our conventional models). It supports increased production efficiency through IoT. 【Features】 ■ Equipped with a self-manufactured laser oscillator that has excellent beam quality ■ Reduces assist gas consumption by approximately 60% (during SUS non-oxidative cutting) ■ Easy maintenance due to an open mirror structure ■ New push-and-pull mechanism improves dust collection efficiency by 30% (compared to our models) ■ Supports increased production efficiency through IoT (optional) *For more details, please refer to the PDF document or feel free to contact us.

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189-PNA/PNCA Notch Processing Machine (Automatic)

189-PNA/PNCA Notch Processing Machine (Automatic)

Standard equipped with electric feed function for the clamp!

- This is an automatic "notch processing machine" equipped with a standard electric feeding function for the clamp. - By changing the cutter rotation speed and feeding speed, optimal processing conditions can be achieved depending on the test specimen. - There are two types available: the 189-PNA for notch processing only and the 189-PNCA equipped with a side cutter. <Reference Standards> JIS-K7144, ISO-2818 【Regarding Catalog Download】 Please request the catalog through the related links below or by contacting us. *For products without individual catalogs, please request the comprehensive catalog.

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189-PN Notch Processing Machine

189-PN Notch Processing Machine

Sharpie adopts a single-blade chip exchange system for the Izot shock test, achieving cost reduction.

- Sharpie is a machining tool (notching tool) that processes notches on test pieces for Izod impact testing. - The notch cutter adopts a single-blade chip exchange system, achieving cost reduction during replacement. <Reference Standards> JIS-K7144, ISO-2818 【About Catalog Download】 Please request the catalog from the related links below or by contacting us. *For products that do not have an individual catalog, please request the comprehensive catalog.

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[AirGRID Improvement Case] Shimadzu Precision Technology Co., Ltd.

[AirGRID Improvement Case] Shimadzu Precision Technology Co., Ltd.

Experience the results of improved production capacity and change point management! Introducing AirGRID improvement case studies.

At Shimadzu Precision Technology Co., Ltd., AirGRID has been introduced to visualize the operational status of processing equipment and lines. By utilizing the data collected by AirGRID, such as operational data of processing equipment in the machine processing workplace that manufactures hydraulic equipment, they have established a system that enables continuous improvement of production capacity, as well as ongoing efforts for Kaizen and waste reduction. 【Usage Examples】 ■ Sharing of Operating Rate and Availability Rate (Monthly) - Total operating hours are aggregated by equipment group, and operating and availability rates are compiled daily and monthly. ■ Equipment Reliability Evaluation (Annual) - Based on trend analysis of equipment operating hours and failure counts, the inherent availability and operating hours, which serve as measures of reliability, are calculated and used as indicators for equipment renewal planning. ■ Analysis for Improving Production Capacity - By visualizing equipment operating conditions (e.g., Gantt charts), improvement points are extracted and utilized for waste reduction in processing equipment and lines. ■ Change Point Management - The data visualizing operational status is used for investigating issues within the factory. *For more details, please refer to the PDF document or feel free to contact us.

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Device Baking Control Power Supply

Device Baking Control Power Supply

This is a compact handheld 4-channel baking control power supply that can be operated remotely via LAN or USB connection.

This is a compact handheld type 4-channel baking control power supply that can be operated remotely (via LAN or USB connection).

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Highly operable medium-sized CO2 laser processing machine 'Speedy 300'

Highly operable medium-sized CO2 laser processing machine 'Speedy 300'

The most popular and best-selling laser processing machine in the Speedy series.

The middle-sized laser with a processing area of 726 x 432 mm (WxD) can handle a wide range of materials. Equipped with Trotec's unique processing technology, it uses high-quality components and allows for minimal maintenance. This versatile model can be widely used in processing businesses in stores and workshops, as well as in fab facilities and educational institutions. You can choose from two types of laser: CO2 and flexx (CO2 + fiber) based on your application. 【Product Highlights】 - High output despite being an office-friendly size - Increases daily production volume with high-speed processing *You can download the PDF or click on the related links below for more details. We look forward to your inquiries.

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Market's fastest and highest precision medium-sized CO2 laser processing machine 'Speedy400'

Market's fastest and highest precision medium-sized CO2 laser processing machine 'Speedy400'

High-end model (CO2 / flexx) pursuing maximum productivity, flexibility, and convenience.

The Trotec Speedy 400 is the high-end model in Trotec's lineup of laser processing machines, pursuing productivity, flexibility, and convenience. With a maximum processing speed of 4.3 m/s and a maximum acceleration of 5G, it significantly reduces processing time while delivering high-precision results. It is beneficial for industries and applications that require high-speed, high-quality processing and mass production. Additionally, the robust housing allows for continuous operation 24/7, maintaining high-speed and high-quality precision in demanding environments. The Speedy 400 has been adopted by a wide range of customers, from universities and high schools in the education sector to government agencies, research institutions, and both large and small enterprises. 【Product Highlights】 ■ Reduced preparation time ■ Pass-through function ■ Easy access to the processing area ■ Equipped with the laser software "Ruby" The Speedy 400 features a sliding front panel that opens and closes, allowing for easy access to the processing area with an open design that has no front bar.

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[Printing Industry/Case Study] Expanding New Businesses Beyond Printing with Lasers

[Printing Industry/Case Study] Expanding New Businesses Beyond Printing with Lasers

It is now possible to create goods utilizing the know-how of a printing company that can beautifully express colors.

We would like to introduce a case study of Sanko Co., Ltd., a printing company that has been operating for 50 years in Sumida Ward, which has introduced our laser cutter. The company has been increasingly outsourcing laser processing as it develops new businesses that integrate with local tourism, culture, and arts. Therefore, they decided to introduce our laser cutter, wanting to expand their means of bringing ideas to life while also engaging in creative work for new businesses. As a result of introducing the laser cutter in 2016, they have expanded into various businesses, including the production of goods for Tokyo Skytree and workshops, not just limited to printing. [Case Overview] ■ Challenges: - Desire to expand into complex new businesses beyond just printing ■ Results: - Production of goods utilizing the printing expertise to express colors beautifully - Increased orders from existing customers due to the development of new businesses *You can download the PDF or click on related links below for more details. We also welcome your inquiries.

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"Ruby," the laser software that makes laser operations smoother.

"Ruby," the laser software that makes laser operations smoother.

Making laser processing simpler and faster from design to product realization!

"Ruby" is a laser software that combines graphic elements and laser program elements, allowing for the creation of simple shapes, text input, and design editing. From design to product realization, everything can be completed with this one software. In the material database, parameters such as the type of laser processing (cutting or engraving), laser output (power), speed, and frequency can be set, with work conditions adjustable to 16 colors and up to 16 types. 【Features】 ■ Improved work efficiency with graphic functions ■ Supports a variety of file formats ■ Compatible with Windows, Mac, and tablets ■ Multiple users can work simultaneously ■ The latest version of Ruby is available for free through several updates each year *For more details, please refer to the PDF materials or feel free to contact us.

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[Case Study Collection] Trotech Laser Processing Machines - Education Edition

[Case Study Collection] Trotech Laser Processing Machines - Education Edition

For projects, workshops, and model production! Examples of implementation at Shibaura Institute of Technology and others are included.

Trotec has been the world's number one in sales volume and revenue for plotter-type laser processing machines since 2013. In Japan, we have delivered over 1,400 units, implemented in more than 140 educational institutions, including universities, graduate schools, junior high schools, high schools, technical colleges, and vocational schools. Many students, researchers, and educators widely utilize Trotec's laser cutters for tasks such as project production, prototyping, and project research. This case study collection summarizes examples of institutions that have adopted our laser processing machines. We feature case studies from institutions such as the National University Corporation Tokyo University of the Arts, the National University Corporation Kyoto University Design School, and Shibaura Institute of Technology, which have utilized our machines for creating works and models in workshops and for producing jigs for final products. We invite you to read through it. [Featured Cases] ■ National University Corporation Tokyo University of the Arts ■ National University Corporation Kyoto University Design School ■ Public Interest Incorporated Foundation Japan Science and Technology Agency Science and Technology Museum ■ Shibaura Institute of Technology *For more details, please refer to the PDF materials or feel free to contact us.

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[Map] Facilities where Trotec laser cutters can be used

[Map] Facilities where Trotec laser cutters can be used

Let's try using the nearby Trotec laser! We will introduce facilities where you can use it!

In Japan, there are Fab facilities and home centers where you can use Trotec's "laser processing machines/laser cutters," such as FabLabs, FabCafes, shared workshops, and manufacturing communities. Please participate in events, workshops, and tours at each facility, and be sure to try using Trotec machines at least once. You can find more detailed information in the related materials. 【Areas (excerpt)】 ■ Kanto Area (Tokyo) ■ Kanto Area (Saitama Prefecture, Chiba Prefecture) ■ Kanto Area (Kanagawa Prefecture) ■ Hokkaido and Tohoku Area (Hokkaido, Iwate Prefecture, Miyagi Prefecture) ■ Chubu Area (Aichi Prefecture, Nagano Prefecture, Gifu Prefecture, Yamanashi Prefecture) *For more details, please refer to the PDF materials or feel free to contact us.

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Reasons why Trotec laser processing machines are chosen.

Reasons why Trotec laser processing machines are chosen.

Are you having trouble deciding which manufacturer to choose for introducing a laser processing machine? Let me explain why Trotec is chosen!

A laser processing machine is a digital manufacturing device that can perform three types of processing—cutting, engraving, and marking—on various materials using laser light. Laser processing machines can quickly and easily handle complex shapes that are difficult to process with blades or by hand, making them widely adopted across various industries. When considering the introduction of a laser processing machine, there are many manufacturers and models available, which can make it difficult to choose the right one. Trotec has been the world's number one in sales volume and revenue for plotter-type laser processing machines since 2013. In Japan, over 2,600 units have been delivered, and a wide range of customers, from large corporations to small and medium-sized enterprises, educational institutions, and individual users, have adopted our machines. We will explain why Trotec's laser processing machines are chosen by so many customers and users in Japan. 【Choose Trotec for Laser Processing Machines】 1. High-speed, high-precision processing quality 2. High-quality machines with long service life 3. User-friendly design 4. Self-developed dust collection and deodorization system linked with the laser processing machine 5. Reliable direct sales from the manufacturer and assured manufacturer support 6. World number one in sales performance, with a wealth of implementation experience in Japan

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What is a laser? An introduction to its features, mechanisms, and technology.

What is a laser? An introduction to its features, mechanisms, and technology.

The laser processing machine is a versatile tool that does not wear out!

A laser is light that is artificially created by a laser oscillator. The main component within the laser oscillator that generates laser light is called the "optical resonator." The medium inside the optical resonator absorbs and emits energy between two opposing mirrors, amplifying light (electromagnetic waves). These two facing mirrors direct the laser light in a specific direction and amplify the light. One of the mirrors is a partially reflective mirror, allowing a portion of the condensed energy (laser light) to be supplied externally. Laser processing machines can use this light to process materials. **Characteristics of Laser Beams** - The wavelength is constant, and the peaks and troughs of the waves are temporally aligned (coherence). - Using lenses, it is possible to focus the laser on materials. - It generates very high energy, enabling cutting and engraving of materials. *For more details, please refer to the related links or feel free to contact us.*

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What is laser cutting? Introduction to its features and benefits.

What is laser cutting? Introduction to its features and benefits.

Cutting a variety of materials is possible! High precision, speed, and versatility are significant advantages.

Laser cutting machines are used in a wide range of industries to cut various materials. The high precision, speed, and versatility are significant advantages of laser cutting. Laser cutting separates materials using heat. The laser beam irradiated on the surface of the material heats it until it melts or evaporates. When the laser beam is directed onto the material, it follows the specified shape to perform engraving or cutting. **Strengths of Laser Cutting** - Suitable for various types of materials - No post-processing or secondary processing required - High precision - No tool wear *For more details, please refer to the related links or feel free to contact us.*

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What is laser marking? Introduction to its features and benefits.

What is laser marking? Introduction to its features and benefits.

There are several types of processing methods, such as sculpting, removal, decolorization, annealing, and foaming!

"Laser marking" refers to the process of irradiating materials with a laser beam to create labeling or numbering similar to printing. Marking with a laser processing machine is highly precise and allows for the differentiation and readability of very fine detail designs and 1-point text fonts. Depending on the type of material to be processed, either a fiber laser or a CO2 laser light source is selected, and based on the size of the material, the method of irradiation is chosen between a plotter type or a galvanometer laser. [Features] - Always guarantees high-quality labeling - Achieves high productivity and low cost - Laser etching - Long-lasting, resistant to friction, heat, and acids - By adjusting parameter values, it is also possible to mark certain materials without damaging their surface. *For more details, please refer to the related links or feel free to contact us.

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What is laser engraving? Introduction to its features and benefits.

What is laser engraving? Introduction to its features and benefits.

Cost-effective and highly productive processing is possible! The engraving process is resistant to thinning and fading, and lasts semi-permanently.

Laser engraving is one of the three processing methods that a laser processing machine can perform: "cutting, engraving, and marking." During laser processing, the laser beam is directed at the material with considerable thermal energy. Depending on the duration of the exposure, the material may change color to create contrast, vaporize, or char, resulting in laser engraving. It is resistant to friction and has excellent durability, making it less likely to wear down or fade, resulting in a semi-permanent engraving. 【Advantages of Laser Engraving】 ■ Wide range of applications ■ Non-contact processing ■ No cutting tools required ■ High precision and high detail processing ■ Economically superior productivity *For more details, please refer to the related links or feel free to contact us.

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What are the differences in processing between laser engraving and machine engraving?

What are the differences in processing between laser engraving and machine engraving?

Lasers enable intricate and high-precision engraving! We will introduce a comparison of each technology and the suitable processing methods.

Laser engraving and mechanical engraving are common methods for cutting and surface engraving various materials. In mechanical engraving, a milling cutter moves over the surface of the material fixed with fasteners. It has advantages for engraving metal surfaces, allowing for deeper engravings, which can be colored for decoration. On the other hand, laser engraving is suitable for many materials (wood, glass, fabric, paper, metal, etc.), does not require clamping the material, and is a non-contact process. 【Features of Laser Engraving】 - Suitable for many materials (wood, glass, fabric, paper, metal, etc.) - No need to clamp the material, non-contact processing - No tool wear - Can be processed with extremely high precision - Economical for both single items and series production *For more details, please refer to the related links or feel free to contact us.

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Would you like to introduce a laser processing machine through leasing?

Would you like to introduce a laser processing machine through leasing?

You can introduce a laser processing machine with a low monthly payment while keeping initial investment costs down!

Are you considering giving up on purchasing a Trotec laser processing machine due to budget or funding shortages? "Leasing" refers to a transaction where a leasing company purchases the specified product on behalf of the customer and rents it out for a long period. This allows you to introduce a laser processing machine with minimal monthly expenses while keeping initial investments low. It also covers damages caused by fire, lightning, water disasters, typhoons, collisions, theft, and employee errors. If you would like information about laser processing machines, please feel free to contact us. 【Benefits of Leasing】 ■ Reduced initial burden ■ Can be recorded as an expense (limited to small and medium-sized enterprises) ■ Coverage under property insurance *For more details, please refer to the related links or feel free to contact us.

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Differentiating products through personalization with laser processing machines.

Differentiating products through personalization with laser processing machines.

Able to accommodate from small lots to mass production!

Personalized items such as pens with names, wine glasses with engravings, promotional items with company logos, and engraved data plates can become unique creations when simple everyday goods are personalized with laser engraving. With laser engraving services, the selling price of personalized products can be 5 to 10 times higher than that of standard products. Personalizing with laser engraving is a cost-effective and economical way to transform items into unique works, accommodating both individual products and mass production. 【Comparison of Technologies / Comparison with Mechanical Engraving】 ■ Advantages and Benefits of Laser - High-speed processing is possible as no pre-treatment or post-treatment of materials is required. - Achieves precise cuts and intricate shapes. ■ Strengths of Trotec - High stability and reliability of Trotec laser quality. - Patented CeramiCore laser source with accurate optical axis. *For more details, please refer to the related links or feel free to contact us.

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Can accommodate all shapes when made with a laser processing machine: 'Signboards and Displays'

Can accommodate all shapes when made with a laser processing machine: 'Signboards and Displays'

A high-quality display with a complex shape is completed in no time.

Creating excellent-shaped POS/pop-up displays, illuminated advertisements, and advertising signs with a laser processing machine results in sophisticated, high-quality products. From simple rectangular signs to complex-shaped displays and stands, we cater to a wide variety of needs. Furthermore, since the laser processing machine is a wear-free processing method, it allows for the provision of new products at low costs, enabling greater profits and ensuring a competitive advantage. 【Comparison of Technologies / Comparison with Milling Machines】 ■ Advantages and Benefits of Laser - Flame polishing of cross-sections without any pre-processing or post-processing of materials - Quieter and cleaner laser processing ■ Strengths of Trotec - Achieves beautiful cut quality with precise light guidance - Efficient and quiet Atmos dust collection and deodorization technology, along with InPack technology for dust-proof design *For more details, please refer to the related links or feel free to contact us.

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Only lasers can express the intricacy of architectural models.

Only lasers can express the intricacy of architectural models.

Fast and precise laser cutting! No need for post-processing such as burrs, dust, or chips.

In the construction model and toy industry, small parts can be laser cut or engraved. Laser processing machines cut parts with top-class precision, faithfully reproducing fine architectural models, railway models, and various structures and buildings to scale. Parts require no post-processing for burrs, dust, or shavings, so they can be used immediately, and the cuts are accurate and clean. 【Comparison of Technologies (Excerpt)】 <Comparison with 3D Printers> ■ Advantages and Benefits of Laser - High-speed and precise processing - Capable of processing various materials such as wood, fabric, and resin - Lasers are non-contact, resulting in low maintenance ■ Strengths of Trotec - Direct transfer of CAD and AI data to "Ruby" - Precise cuts with CeramiCore laser source *For more details, please refer to the related links or feel free to contact us.

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Add extra value to promotional items and novelties with a laser processing machine.

Add extra value to promotional items and novelties with a laser processing machine.

Unique and special products with laser!

Laser processing machines are ideal tools for personalizing gifts. By personalizing, the sales value of the product increases. With lasers, you can engrave on a variety of materials such as wood, acrylic, fabric, and glass, as well as process metals and plastics. The processing speed is also fast, allowing for both one-of-a-kind items and small-batch production of various types, which can help expand product lineups and develop aesthetically pleasing products, differentiating them from competitors' products. [Comparison of Technologies / Comparison with Mechanical Engraving] ■ Advantages and Benefits of Laser - High-speed processing is possible as it does not require pre- or post-processing of materials. - Fewer consumable parts and low maintenance. ■ Strengths of Trotec - High quality of Trotec lasers, known for stability and reliability. - Efficient and quiet dust collection and deodorization technology, along with dust-proof design in the processing area. *For more details, please refer to the related links or feel free to contact us.

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[Plastic Processing/Case Study] Achieving Fine Engraving Unique to Lasers

[Plastic Processing/Case Study] Achieving Fine Engraving Unique to Lasers

Delicate processing that makes the letters stand out can be expressed as desired with a laser.

We would like to introduce a case study of the introduction of our laser processing machine "SP 500" at Kubopura Co., Ltd., a comprehensive plastic processing manufacturer. For example, when performing name engraving work, such as adding company names to plastic products using a machining center, the cutting tools (blades) are large, making it impossible to carve fine details. After introducing the SP500 and processing acrylic sheets, we felt that the engraving of letters was much cleaner compared to using the machining center. [Case Overview] ■ Issues: Fine letters and logos cannot be engraved with a machining center ■ Results: - Clean engraving of letters - Increase in requests for laser processing to create original goods *You can download the PDF or click on the related links below for more details. We also welcome your inquiries.

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[Model Production/Introduction Case] Accurate Cuts in Architectural and Interior Model Making

[Model Production/Introduction Case] Accurate Cuts in Architectural and Interior Model Making

Laser processing is ideal as a machine for creating molds and prototypes because the finish is precise.

We would like to introduce a case study of the introduction of our laser cutting machines, "Speedy 100" and "Speedy 300," in the Digital Fabrication Room at Nagoya Zokei University. The laser cutting machines are utilized for material production of models in the architecture and interior design fields. Previously, we were using a laser cutting machine from another manufacturer, but we faced issues with slow processing speeds, resulting in time losses. After introducing Trotec, we were able to process materials accurately and quickly, which improved our work efficiency. [Case Overview] ■ Issues: Cutting was not completed as scheduled, leading to significant time losses. ■ Results: - We can now process materials accurately and quickly. - The operating methods are easy to understand, allowing all workshop staff to use the machines immediately. *You can download the PDF or click on the related links below for more details. We also welcome your inquiries.

  • Laser marker
  • Processing Machine

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[LED Product Production/Implementation Case] Utilization in LED products requiring processing precision

[LED Product Production/Implementation Case] Utilization in LED products requiring processing precision

Since it can engrave fine text clearly without distortion, a laser processing machine is indispensable.

We would like to introduce a case study of the introduction of our laser processing machine "Speedy 100" at Ichikawa Seiki Co., Ltd., a precision machinery manufacturer. Ichikawa Seiki Co., Ltd. manufactures various LED products used in emergency vehicles such as ambulances. Initially, they were using a compact laser aimed at beginners, but it was not suitable for tasks that required high precision, such as making intricate parts. After the introduction of Trotec, they were able to cut thick acrylic sheets beautifully and process fine text cleanly. 【Case Overview】 ■ Issues: Unable to achieve satisfactory cuts or engravings ■ Results - The cutting edges of the acrylic were cut beautifully. - Fine text engravings were completed neatly without distortion. *For more details, you can download the PDF or click on the related links below. We also welcome your inquiries.

  • Laser marker
  • Processing Machine

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[Architectural Model Production/Case Studies] Efficiently Producing Architectural Models

[Architectural Model Production/Case Studies] Efficiently Producing Architectural Models

Quickly producing high-precision and high-quality models using laser technology for important presentations and exhibitions.

The Kengo Kuma Architecture and Urban Design Office, famous for designing the National Stadium and Takanawa Gateway Station, has introduced Trotec's laser cutter "Speedy 360," which is widely used for creating models, signs, and installations. In a design office where high precision and quality in model making are required, the laser cutter is used every day. We asked about the reasons for introducing Trotec and how it is utilized on a daily basis. 【Case Overview】 ■ Challenge: The previous (competitor's) laser machine had deteriorated significantly over time, making it the right time for replacement. ■ Results: - It can cut many pieces from a single material at once, and it can also handle larger materials, providing time-saving benefits. - Processing time was reduced, which also lowered labor costs. *You can download the PDF or click on the related links below for more details. We also welcome your inquiries.

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  • Processing Machine

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[Acrylic Lighting/Case Study] Producing Lighting Panels That Can Be Freely Bent with Precision Machining

[Acrylic Lighting/Case Study] Producing Lighting Panels That Can Be Freely Bent with Precision Machining

Fine laser processing is possible in areas as small as a few millimeters. It is a hybrid type of CO2 and fiber, compatible with a wide range of materials!

We would like to introduce a case study of the introduction of Trotec's laser processing machine at YSM Corporation. The company develops custom lighting and its own products aimed at end users, and the high processing precision that allows for the creation of fine through holes was the deciding factor in the adoption of the "Speedy300 flexx." They have produced flexible lighting panels made from acrylic sheets with fine laser processing, and we have received feedback expressing satisfaction with the high precision of the finished products. [Deciding Factors for Adoption] - Ability to process accurately in fine increments of a few millimeters, with fast processing speed - Capability to create products that require processing precision like FFLP - Ability to produce quickly by processing in-house - Realization of more meticulous craftsmanship - Reduction of outsourcing costs *You can view more details by downloading the PDF below or clicking on the related links. We also welcome your inquiries.

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[Display/Case Studies] Production of displays, signs, and accessories

[Display/Case Studies] Production of displays, signs, and accessories

The cut of the acrylic board is beautiful and precise. A laser processing machine that excels in the balance of price, quality, and size.

Tukuri Co., Ltd. is a design office that specializes in spatial production, including store interiors and displays. They use the Trotec mid-sized laser cutter "Speedy 300" to create displays, signboards, and accessories for upcycled brands. The deciding factor for their introduction was its excellent ability to cut thin acrylic sheets beautifully and precisely. Considering the compact size that fits within their workshop, the price, and the high processing quality, they are satisfied that the "Speedy 300" is a well-balanced machine. [Deciding Factors for Introduction] - Quick response to troubles and the ability to create prototypes right in front of them - The ability to immediately shape ideas that come to mind - The operation is quiet and clean, with almost zero issues after five years of use *You can download the PDF or click on related links below for more details. We also welcome your inquiries.

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