Laser processing machine Product List and Ranking from 47 Manufacturers, Suppliers and Companies | IPROS

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

Laser 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. トロテック・レーザー・ジャパン 本社 Tokyo//others
  2. コムネット Hyogo//Trading company/Wholesale
  3. ムーヴ 川崎事業所 Kanagawa//Information and Communications
  4. 4 好川産業 Osaka//others
  5. 5 創新テック SST Osaka//retail

Laser 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. Leica iCS20 / iCS50 3D Measurement and Laser Layout ムーヴ 川崎事業所
  2. Laser processing machine "Piolas400" コムネット
  3. Safe removal of rust and paint with laser blasting! 好川産業
  4. 4 Compact Size CO2 Laser Engraving Machine 'Speedy50' トロテック・レーザー・ジャパン 本社
  5. 5 High-precision compact CO2 laser processing machine 'Speedy100' トロテック・レーザー・ジャパン 本社

Laser processing machine Product List

31~60 item / All 180 items

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

Used for "manufacturing parts for competitive 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.

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[University/Case Study] Fully utilizing lasers in research and fixture manufacturing at universities!

Quickly create display stands, enclosures, and jigs when using the interface.

At the Kakei Yasuaki Laboratory of the University of Tokyo, a Trotec laser cutter "Speedy 400" was introduced in 2017. The laboratory fully utilizes the laser cutter, which is part of digital fabrication, to research the very nature of manufacturing using this technology, as well as to quickly create display stands and jigs. Activities in the laboratory serve both educational and research purposes, so a key point is how quickly and easily things can be made as ideas arise. We have received feedback expressing great satisfaction with the ability to produce exactly what is needed, when it is needed. [Introduction Overview] ■ Produces minimal odor ■ Absorbs odors ■ Can be used without stress and has not experienced major breakdowns ■ In a situation where we can produce as much as needed, when needed *You can view more details by downloading the PDF below or clicking on the related links. We also welcome inquiries.

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

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

In April 2022, Otemon Gakuin University established a new major in the Faculty of Literature called "Aesthetics and Architectural Culture," utilizing the Trotec laser cutter "Speedy 400" for the production of architectural models. The laser is primarily used for cutting model materials such as wood and paper, and its advantage lies in 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 designs into PDF format 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. 【Key Factors for Adoption】 ■ Ability to cut multiple small accessories at once ■ High performance of the dust collection and deodorization system, allowing for 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 your inquiries.

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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.

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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 provide assistance with applications for the Monozukuri Subsidy or management consultations.

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ITO film peeling processing example: "Contract processing of laser fine machining"

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 100μm For more details, please contact us or download the catalog.

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[Limited to Ipros Public] [Contract Processing] List of Laser Processing

【Exclusive Ipros Acrylic Processing Super Discount Now Available】 In-house laser processing, research and development, processing machine sales, material sales, auxiliary material sales, total support.

【Laser Processing】 ■ Alma Mark sold through our company A special aluminum plate material that allows for easy production of aluminum nameplates if you have a laser processing machine. No pre-processing or post-processing is required, making it highly efficient to work with. <Suitable for in-house production> <Suitable for small lots> ■ Acrylic Processing: Simple cutting. Used by Alma Mark users and metal nameplate users, it can be engraved, colored, and back-engraved with various options. <Suitable for small lots> <High lot production possible> ■ Two-layer resin: A resin board made of acrylic or synthetic resin in two layers. By engraving the surface, the color underneath is revealed, creating letters and impressions. <Suitable for in-house production> <Suitable for small lots> <High lot production possible> ■ Special synthetic leather: Synthetic leather compatible with laser processing. ■ Fabric and paper materials: Depending on thickness, these materials have good compatibility with lasers and can be processed into complex shapes beautifully. * A separate catalog for machine sales and material sales is being prepared. * Laser processing of resins has proven successful with materials other than acrylic, such as PET and ABS. PVC is not suitable and will require separate cutting or pressing processes.

  • Other wall materials
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Leica iCS20 / iCS50 3D Measurement and Laser Layout

The latest advanced compact robot sensor! Evolved 3D measurement and high-precision data capture.

The motor-driven Leica iCON iCS20 is ideal for capturing 3D measurement data and projecting installation points. With a high-resolution camera and laser points, it allows for easy targeting of measurement points. The robotic sensor Leica iCON iCS50, along with the laser technology and wireless measuring pen Leica vPen, can easily measure areas that are not visible. The convenience of measurement is enhanced by using the vPen and vPole.

  • Other construction services
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[Information] Dramatically Changing Tribological Properties through Ultrafast Pulse Laser Processing

How does tribology improve through ultrashort pulse laser processing and composite treatment?

This document introduces the advantages of ultra-short pulse laser processing, including application examples. It covers the mechanisms for reducing friction and wear through surface texture formation with ultra-short pulse lasers, as well as improvements in tribological characteristics through laser processing, 3D wrapping, and DLC composite treatments. Our company and our group company, Friction Co., Ltd., have introduced a picosecond laser system as a new technology to improve tribological characteristics. [Contents] ■ Mechanisms for reducing friction and wear through surface texture formation with ultra-short pulse lasers ■ Improvement of tribological characteristics through laser processing, 3D wrapping, and DLC composite treatments ■ Reduction of friction in valve lifters using ultra-short pulse lasers and 3D wrapping ■ Reduction of friction in piston rings using ultra-short pulse lasers ■ Reduction of friction in turbocharger bearings using ultra-short pulse lasers *For more details, please download the PDF or feel free to contact us.

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Laser processing machine purchases are handled by MachineBuy.com - Used laser processing machine purchases.

Laser processing machine purchases are available at MachineBuy.com. As a company specializing in the purchase of laser processing machines, we can offer high prices for your equipment.

Leave the purchase appraisal of laser processing machines to KOEI Industries! KOEI Industries has many sales channels, not only direct sales routes to users and domestic sales routes through years of experience in used machinery sales, but also direct exports overseas. We thoroughly manage costs, avoid unnecessary inventory, and do not maintain unnecessary warehouses, optimizing many costs to reflect even a little in the purchase price for our customers, allowing us to sell a large number of used machines in a short period of time, even at low margins.

  • Other Management Services
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Laser processing machine "NRG-L"

Achieving a combination of high performance and performance at a reasonable price.

The "NRG-L" is a new medium to large-sized laser processing machine capable of engraving and cutting. It is easily operated through SEI's proprietary output software "ICARO." The pressure of the assist gas can be controlled during processing. We have achieved a combination of high performance and performance at a reasonable price. 【Features】 ■ Capable of engraving and cutting ■ Easy operation with SEI's proprietary output software "ICARO" ■ Control of assist gas pressure during processing ■ Maximum processing area: 3200×2000mm ■ Ice melt cutting of 20mm thick acrylic (with laser power of 250W) *For more details, please refer to the PDF document or feel free to contact us.

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Large Laser Processing Machine "NRG-L TEXTILE"

Large laser processing machine designed for the textile and apparel industry.

The "NRG-L TEXTILE" is a large laser processing machine equipped with a conveyor table designed to pursue productivity. It is designed for cutting and marking roll materials for the technical fabric, interior design, and fashion industries. The maximum processing area is 3200×2000mm, and the pressure of the assist gas can be controlled during processing. 【Features】 ■ Functionality with a conveyor table ■ Capable of cutting roll materials, surface engraving, marking, and perforating ■ Maximum processing area: 3200×2000mm ■ Easy operation with SEI's proprietary output software "ICARO" ■ Assist gas pressure can be controlled during processing *For more details, please refer to the PDF document or feel free to contact us.

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World's fastest laser processing machine SEI series 'X-TYPE'

This is the world's fastest XY laser processing machine, capable of cutting thin materials at maximum speed. The double table allows for efficient mass production processing.

The "X-TYPE" is a laser processing machine that can process thin materials at high speeds. With a double table system, it enables highly efficient mass production. Additionally, thanks to the CCD camera, cutting printed sheets and sublimation printed fabrics is easily achievable. 【Features】 ■ Cutting of thin materials such as paper, cardboard, textiles, and sheet-like resins is possible for mass production due to maximum cutting speed. ■ While processing, the next setup can be done, allowing for highly efficient mass production. ■ Cutting printed sheets and sublimation printed fabrics is easily achievable. ■ By selecting a conveyor specification, it can be integrated into a production line. *For more details, please refer to the PDF document or feel free to contact us.

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CCD camera-equipped laser processing machine "DRAGON"

Laser processing machine equipped with a CCD camera that enables alignment processing with printing, achieving a maximum processing speed of 120m/min and a maximum acceleration of 2G.

The "DRAGON" is a laser processing machine suitable for acrylic, textiles, embroidery, inlay, architectural models, rubber stamps, and processing of textiles and paper. Its unique system is found in its rich product range. With a high-quality innovative brushless interpolation algorithm, it achieves a maximum processing speed of 120m/min and a maximum acceleration of 2G. The removable front and back panels allow for easy setup even with large materials. 【Features】 ■ Equipped with a CCD camera for precise alignment processing with printing ■ Maximum processing speed of 120m/min ■ Achieves a maximum acceleration of 2G ■ Significantly shortens the work process *For more details, please refer to the PDF document or feel free to contact us.

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Label Master Laser Processing Machine for Seal and Label Rolls

Overwhelming productivity of roll-to-roll! A proposal for a laser processing machine that can solve challenges from seal and label printing to post-processing with consistent digital processing.

The "LABEL MASTER" is a laser processing machine compatible with roll labels and stickers. It achieves overwhelming productivity and high-quality cuts with "die-cutless at 100m/min." It will assist in further improving the efficiency of small lot processing. The manufacturer, SEI, is recognized worldwide for its high technological capabilities, boasting sales of 300 units globally and 10 units domestically. The laser processing machine "LABEL MASTER" solves these challenges: ■ Equipped with the essential time-saving module for the digital age, "Auto Job Change." It reads printed QR codes and instantly changes processing data, enabling responsiveness to the increasing demand for small lots. ■ No need for die-related labor or costs. Laser processing does not require dies. This eliminates not only the manufacturing costs of dies but also the labor and costs associated with die sharpening, replacement, and management. ■ Capable of processing complex shapes that cannot be achieved with dies. Laser processing excels at handling intricate and fine shapes, allowing for work that was previously impossible with blades. *For more details, please refer to the catalog materials or proposal documents, or feel free to contact us.

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Laser Processing Machine "INFINITY"

Model equipped with the scanning head "I-SCAN". Maximum large work area of 700×700mm.

The "INFINITY" features a large work area of up to 700×700mm. It is a laser processing machine equipped as standard with a rotary table that significantly enhances work efficiency. By rotating the two processing tables, it allows for alternating laser processing. While one table is undergoing laser processing, the other table can be prepared for the next operation. 【Features】 ■ Large work area with standard rotary table ■ Improved work efficiency with automatic switching rotary table ■ Model equipped with scanning head I-SCAN (INFINITY5070/INFINITY7070) ■ Exceptional productivity with 3AXIS (INFINITY3550) *For more details, please refer to the external link page or feel free to contact us.

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Laser processing machine "FLEXI 800/1200 series"

A galvano laser processing machine boasting overwhelming productivity.

The "FLEXI 800/1200 Series" is a galvano laser processing machine that boasts overwhelming productivity with its 3AXIS configuration. To meet the diverse needs of our customers, we have developed the "FLEXI800 Series" and "FLEXI1200 Series," equipped with innovative and flexible table types and laser systems. [Features] ■ High-performance model with AXIS-mounted GALVO head ■ Processing area compatible with 600×600mm ■ Reproduces suitable beam diameters for various work areas *For more details, please refer to the PDF materials or feel free to contact us.

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Laser Processing Machine "EASY"

High-speed cutting of thin materials (approximately 0.5mm) and surface engraving on various materials is possible.

"EASY" is a laser processing machine of the popular model type with a galvanometer. Born as a popular model of the galvanometer type that stands apart from domestic manufacturers. With the ultra-fast GALVO head, high-speed cutting can be done in no time. It allows for high-speed cutting of thin materials (approximately 0.5mm) and surface engraving on various materials. 【Features】 ■ No need for mold costs ■ Running costs are only electricity ■ Uses a sealed CO2 gas oscillation tube ■ Supports a wide range of data formats (EPS, DXF, JPEG, BMP, etc.) *For more details, please refer to the PDF document or feel free to contact us.

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Free samples of processing with the fiber laser processing machine FMC280 are currently being offered.

We will provide a free sample and proposal processed with the compact model of the fiber laser processing machine, GCC series 'FMC280'.

【Free Metal Processing Samples Available!】 To confirm the quality of cutting thin sheet metal processed with the compact fiber laser cutting machine GCC series 'FMC280', we are offering free processing samples and product proposal documents. The 'FMC280' is a compact-sized fiber laser cutting machine that produces beautiful cutting edges. In addition to excellent cost performance, it achieves outstanding output quality. Based on years of experience, GCC has developed a user-friendly system for the metal processing industry. 【What You Can Learn from This Proposal Document】 ■ Processable Materials ■ Differences in Processing Quality Compared to Metal Tools ■ Necessary Peripheral Equipment for Laser Cutting Machines ■ Required Software ■ Customer Case Studies ■ Metal Processing Sample Gallery *We will provide free processing samples to those who apply for the proposal document for the FMC280 via the 'PDF Download' button.

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Signage & Display Industry: Laser Utilization Case Study (1)

Almost no shavings are generated! Since power adjustments are made with software, there is no need to change the blades.

In the sign and display industry, acrylic cutting is done manually (with acrylic cutters) or using NC routers, but this process generates shavings, requiring regular cleaning and post-processing to polish the cut edges, which is inefficient. By utilizing lasers, we achieved shorter lead times and increased order volumes. Overtime hours were reduced, allowing us to implement work style reforms while increasing profits. For more details, please refer to the PDF download below. Additionally, we have published 14 case studies that address common challenges in manufacturing through the use of lasers. [Case Studies] ■Challenges - We want to improve the quality and efficiency of acrylic cutting. ■Effects - The cut edges are smooth with ice melt cuts, eliminating the need for post-processing. - Since very little shavings are generated, cleaning time is significantly reduced. - Power adjustments are made through software, eliminating the need for blade replacements. *For more details, please refer to the PDF materials or feel free to contact us.

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Case Studies of Laser Utilization in the Paper and Paperboard Industry and the Printing Industry (1)

No matter who processes it, the quality remains unchanged! It can be processed from just one piece, allowing for differentiation from other companies!

Since the spread of the internet, the market size of the printing industry has been on a downward trend, while work has been concentrated in major printing companies that accommodate internet orders. As a result, the printing industry has been seeking solutions to its shrinking market size. By utilizing lasers, we have been able to offer paper processing services with laser processing machines that can provide high-quality products that do not fall behind competitors in the same industry. For more detailed information, please refer to the PDF download below. Additionally, we have included 14 case studies that demonstrate how "lasers" have solved common challenges in the manufacturing industry. [Case Studies] ■Challenges - The market size of the printing industry is on a downward trend, and solutions are being sought. ■Effects - Customers and designers can quickly prototype and propose their ideas. - Impactful promotions generate advertising effects that exceed expectations. - Processing that requires expertise can be done easily without experience or knowledge. *For more details, please refer to the PDF materials or feel free to contact us.

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【Seal and Label Manufacturing Industry】Examples of Laser Utilization (2)

Manage jobs containing instructions necessary for processing with barcodes! Advanced processing is possible for anyone!

In the seal and label manufacturing industry, we outsource orders for various specifications of labels, including large lots, small lots, and variable data labels. As a result, delivery times and operational costs have become bottlenecks, prompting us to search for more productive methods. By utilizing lasers, we successfully established a position as a trusted supplier for label production. You can find detailed information in the PDF download below. Additionally, we have included 14 case studies that demonstrate how "lasers" have solved common challenges in the manufacturing industry. [Challenges] ■ Responding to various specifications of seal and label designs leads to low productivity and stagnant sales. *For more details, please refer to the PDF document or feel free to contact us.

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Woodworking Industry: Examples of Laser Utilization (1)

Add value! By combining with materials other than wood, new proposals for fixtures and interiors are possible.

In the woodworking industry, we primarily received orders for the processing of ready-made products, but we faced a tough situation where we could not compete in price against products mass-produced overseas. By utilizing lasers, we were able to avoid getting caught up in price competition, and we began receiving orders from various industries such as interior design, furnishings, and building materials. For more detailed information, please refer to the PDF download below. Additionally, we have included 14 case studies that demonstrate how "lasers" have solved common challenges in the manufacturing industry. [Case Studies] ■Challenges - We were caught in price competition because we could only perform similar processing as other companies. ■Effects - Significant reduction in processing steps and the ability to process complex shapes in one go. - High-quality, intricate processing adds value to interiors and custom-made furniture. - Possibility to propose new fixtures and interiors by combining materials other than wood, such as acrylic. *For more details, please refer to the PDF document or feel free to contact us.

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Wood Processing Industry: Examples of Laser Utilization (2)

Effectively utilizing leftover materials that were previously incinerated! A case of successful hit product development.

In the woodworking industry, offcuts, waste, and scraps generated during wood processing are typically incinerated. Therefore, we wanted to make effective use of these materials and turn them into products for profit, but our large woodworking machines were not capable of fine and skillful processing. As a solution, we utilized lasers and started online sales of miscellaneous goods made from offcuts. What was once discarded has become a significant source of income. For more details, please refer to the PDF download below. Additionally, we have included 14 case studies that demonstrate how "lasers" have solved common challenges in the manufacturing industry. [Case Study] ■Challenge - We wanted to effectively utilize offcuts, waste, and scraps to turn them into profit. ■Effect - We were able to earn additional income through the manufacturing and sale of wooden miscellaneous goods that utilize natural materials. - We have become capable of fully utilizing offcuts that were previously incinerated. - We successfully developed hit products in woodworking that target the trendy "Instagram-worthy" market. *For more information, please refer to the PDF materials or feel free to contact us.

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Examples of Laser Utilization in the Metal Processing Industry

Even one can be processed! We will introduce examples where processing is possible with just data, eliminating the need for molds.

In the metal processing industry, metal drilling and cutting are performed using press processing. Since a mold is always required, if there isn't a certain production lot size, the unit price becomes too high, making it difficult to reach an agreement with customers. Additionally, there were limitations with complex and intricate shapes when using molds. By utilizing lasers, the costs and time associated with molds have been reduced to zero. There are no longer any restrictions on the production lot size. For more detailed information, please refer to the PDF download below. Additionally, we have published 14 case studies that demonstrate how "lasers" have solved common challenges in the manufacturing industry. [Case Studies] ■Challenges - We want to improve the efficiency of sheet metal processing and eliminate restrictions on lot sizes. ■Effects - The costs associated with mold production have been completely eliminated. - The risk of material damage due to material fixation or press pressure has been eliminated. - There are no longer any restrictions on production lot sizes, leading to an increase in order volume. *For more details, please refer to the PDF materials or feel free to contact us.

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Case Studies of Laser Implementation in Educational Institutions

What benefits have the fiber laser FMC280 and CO2 laser processing machine S400 brought to students? Case studies of laser introduction in educational institutions.

What benefits have the fiber laser "FMC280" and CO2 laser processing machine "S400" brought to students? We will introduce examples of laser implementation in educational institutions. This is a case study of the University of Cape Town, the oldest public research university in South Africa, which has introduced the GCC series fiber laser processing machine "FMC280" and CO2 laser processing machine "S400." We discuss the reasons for introducing laser processing machines in educational institutions (research labs), their applications, the advantages of implementation, and the benefits they have brought to students when creating prototype models, product development, and prototypes. We are offering a free case study featuring an interview with Mr. John Kotze, the head of the Architectural Science Manufacturing Lab, regarding the introduction of lasers. ■ Profile of the educational institution that introduced the laser processing machine South Africa University of Cape Town, Architectural Science Manufacturing Lab University characteristics: The University of Cape Town, located in Cape Town, South Africa, is a public research university founded in 1829 as the South African College and is the oldest traditional higher education institution in South Africa, producing many outstanding individuals for the world.

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  • Woodworking machines, instruments, and tools
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What are the benefits of film processing with lasers?

An explanation of the methods for processing film with lasers, the types of film that can be processed, and the industries where it is utilized, along with the benefits of laser film processing.

This document explains the advantages of laser film processing, focusing on processing methods, types of films that can be processed, and industries where it is utilized. 【About the booklet】 ■Common challenges in film processing ■What is a laser processing machine or laser cutter? ■Film processing that can be done with lasers ■Industries utilizing laser processing ■Films utilized in laser processing ■Advantages of processing films with lasers *For more details, please download the PDF or contact us directly.

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Reasons Why Laser Processing is Suitable for Acrylic Goods Manufacturing

Explaining the overview of acrylic goods (acrylic keychains, acrylic stands), the manufacturing process, and the reasons why laser processing is suitable for the production of acrylic goods.

For those considering in-house production of acrylic goods or those looking to start a new business in the acrylic goods sector, we provide an overview of acrylic goods (such as acrylic keychains and acrylic stands), including the manufacturing process and reasons why laser processing is suitable for acrylic goods production. 【About the Guidebook】 ■ What are acrylic goods? ■ Reasons for the popularity of acrylic goods ■ Manufacturing process of acrylic goods ■ Reasons why laser processing machines are suitable for acrylic goods production ■ Recommended laser processing machines for acrylic goods production ■ Case studies of laser implementation in acrylic goods production *For more details, please download the PDF or contact us directly.

  • Woodworking machines, instruments, and tools
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Benefits of Introducing Laser Processing Machines in Woodworking

Focusing on wood processing, this explains the key points that those considering effective use of leftover materials, processing efficiency of wood, and personalization should know.

If you are feeling challenged by the effective use of leftover materials and want to improve productivity and cut costs, this is a must-see! We provide a clear explanation of the essential points you should know about the effective use of leftover materials, wood processing efficiency, and custom engraving. 【About the Guidebook】 - What is laser processing? - What can be done with a laser processing machine? - Types of wood that can be processed with a laser processing machine - Benefits of processing wood with a laser processing machine - Recommended laser processing machines for wood processing - User case studies of successful wood processing *For more details, please download the PDF or contact us directly.

  • Woodworking machines, instruments, and tools
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Laser processing machine "Piolas400"

[New Product] Introducing the highest quality laser cutter in the GCC series, the 'Piolas 400', focused on productivity.

"Piolas 400" is the highest quality laser processing machine in the series, developed in collaboration between GCC and Comnet, reflecting the voices of many users in Japan, starting with the acrylic goods industry. It is equipped with features focused on "productivity," such as cut edge quality, cutting precision, ease of maintenance, and compatibility with UV printers. 【Features】 ■ Speed increase ■ Reduced loss rate ■ Improved operability 【Matches Japanese Processing Needs】 It aligns with the productivity demands of the Japanese domestic market for acrylic goods (acrylic keychains, acrylic stands), 10mm acrylic cutting, goshuin, goshuincho, MDF cutting, and more. *For more details, please refer to the PDF materials or feel free to contact us.

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