コムネット List of Products and Services

I want to upgrade to a new laser processing machine, but disposing of the old one is a hassle... Do you have such concerns? Comnet is currently running a "Trade-In Replacement Campaign"! During the campaign period, we will pick up your old laser processing machine if you purchase a new one from us. You can easily dispose of your old machine and acquire a new laser processing machine at a special price. 【All laser processing machines are eligible for trade-in】 ■ Other manufacturers' products are also acceptable! ■ Even if it's old, it's okay! ■ Even if it's broken, it's okay! ◎ Comnet will cover all transportation and disposal costs for the trade-in. 【Other equipment besides laser processing machines are also eligible for trade-in】 ■ Peripheral devices for laser processing machines ■ Multiple laser processing machines * Some large machines that require special transportation using cranes or stairs may be excluded. 【Campaign period: Until December 27, 2024 (Friday)】 Based on the laser processing machine you own and the processing content, we will provide you with the optimal laser processing machine and trade-in price. Please feel free to contact us.

• Woodworking machines, instruments, and tools

The small water jet cutter WAZER is designed for easy use, compactness, and quiet operation, unlike traditional large industrial water jet cutters. It is intended for use in shared workshops, fab spaces, research and development (R&D), and educational institutions. 【Recommended for】 ■ Those who want to utilize it for test pieces or prototypes, and small lot production ■ Those who want to introduce water jet processing (WJ processing) while keeping costs down ■ Those who want to implement compact and quiet processing machines in R&D, educational institutions, or fab facilities ■ All engineers, designers, artists, etc. 【Materials that can be cut】 ■ Metals (steel, aluminum, titanium, etc.) ■ Composite materials such as CFRP (carbon fiber) ■ Tiles like ceramics, marble, and granite ■ Glass for art and industrial applications ■ Soft materials such as plastics, rubber, and foams For more details, please download the PDF materials or contact us directly. ■ WAZER product catalog (cut thickness list by material) ■ WAZER service overview document ■ Case studies by industry ■ Frequently asked questions collection

• Woodworking machines, instruments, and tools

If you are outsourcing laser processing and feeling challenged by the effort and costs involved, this is a must-see! We explain common issues when outsourcing processing and reasons why we recommend in-house production, focusing on the theme of "in-house production." 【About the Guidebook】 - Common issues when outsourcing processing - Benefits of in-house production - What is laser processing? - Reasons to recommend in-house production of laser processing machines - Case studies of introducing laser processing machines in-house - Recommended laser processing machines for in-house production *For more details, please download the PDF or contact us directly.

• Woodworking machines, instruments, and tools

Attention business owners looking to explore new ventures or those wanting to start something new! This is a must-read! Focusing on "new business development," we explain common challenges in launching new ventures and reasons why we recommend laser processing machines for starting new businesses. 【About the Guidebook】 - What is a new business? Background and reasons for pursuing it. - Common challenges in new business development. - What is laser processing? - New businesses utilizing laser processing. - Reasons to recommend laser processing machines for new businesses. - Recommended laser processing machines for new businesses. - Case studies of laser processing machine implementation in new businesses. *For more details, please download the PDF or contact us directly.*

• Woodworking machines, instruments, and tools

For those who feel challenges in research and development, technology development, and want to improve productivity and cut costs, we focus on "Research and Development (R&D)" and introduce recommended digital machining tools while addressing common issues in research and development and technology development. 【About the Guidebook】 ■ What is Research and Development? Background and Reasons for Engagement ■ Common Challenges in Research and Development ■ Recommended Digital Machining Tools for Research and Development ・ Small CO2 Laser Cutting Machine ・ Small Fiber Laser Cutting Machine ・ Hybrid Laser Cutting Machine (CO2/Fiber) ・ Small Water Jet Cutter ■ Reasons for Recommending Digital Machining Tools for Research and Development ■ Free Consultation on Implementation (Estimates, Demos, Processing Tests) *For more details, please download the PDF or contact us directly.

• Woodworking machines, instruments, and tools

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

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

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.

• Woodworking machines, instruments, and tools
• Work tools
• others

At Comnet, we offer free consultations regarding the introduction of laser processing machines and laser cutters. 【Do you have any of these concerns?】 ■ I don't know how far lasers can go. ■ I don't know which laser is suitable for my work. ■ Will it really yield results after implementation? Based on our track record of achieving the number one sales volume and revenue for 23 consecutive years, along with our expertise, we will propose a laser that is suitable for you. 【Recommended for】 ■ Those who are specifically considering the introduction of lasers. ■ Those who want to think together about which laser is best. ■ Those who are interested and would like to receive a proposal for now. ■ Those who want to see laser processing in action. ■ Those who want to test if their products can be processed with lasers. ▼ Please also request 【Guidebook】Quick Guide! How to Choose a Laser Processing Machine Without Making Mistakes (Includes a handy checklist for selection).

• Woodworking machines, instruments, and tools
• Work tools
• Other fittings

If you are considering metal processing with lasers, this is a must-see! When processing metal with lasers, it is essential to choose the optimal assist gas, and for those introducing it for the first time, it can be difficult to determine which assist gas is best. This guidebook summarizes and explains the characteristics of assist gases, as well as the results of processing quality and costs verified with the fiber laser FMC280, categorized by gas type and material. What you can learn from this guidebook: - The necessity of assist gases - Commonly used assist gases and their characteristics - Costs, productivity, and microscopic images of cutting surfaces for each assist gas - A reference table for gas compatibility - Processable materials *If you are interested, please feel free to apply from the download page.

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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

Are you facing challenges in cardboard and packaging production? We propose a laser processing machine that can complete the die-cutting and creasing processes in one unit. The benefits of introducing laser processing in the cardboard and packaging industry are explained in our free guidebook "Paper One in 3 Minutes." ■What you can learn from this document - What is the laser processing machine PAPER ONE? - What is the unique digital crease system ORIGAMI? - Three challenges in cardboard and packaging production - Reasons why PAPER ONE can solve these challenges - Case studies of PAPER ONE implementation *For more details, please refer to the proposal document or feel free to contact us.

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In the gift, novelty, and goods industry, even if we sell products that are the same as those of other companies, we get caught up in price competition and end up with thin profit margins. Therefore, we have always been looking for original products and services that can differentiate us. By utilizing lasers, we were able to develop original products that rely on creative ideas, which allowed us to avoid price competition and secure sufficient profits. 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. [Case Studies] ■Challenge - We want to develop original products that can differentiate us from other companies. ■Effect - It is possible to create and sell original products by adding logos or designs to existing products. - We can set unique prices, ensuring sufficient profits to cover costs. - The speed of product development has significantly increased since we can quickly prototype ideas. *For more details, please refer to the PDF materials or feel free to contact us.

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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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In the denim jeans processing industry, color fading and damage treatments are performed on denim. Many processes rely on brushing, mixing various chemicals, manual labor, and skilled techniques, and the working environment, including dust, cannot be said to be good. Traditional methods have limitations in productivity. By utilizing lasers, we have digitized denim processing and dramatically shortened the processing methods. For more details, please refer to the PDF download below. Additionally, we have included 14 case studies that address common challenges in manufacturing through the use of lasers. [Challenges] ■ There are limitations in productivity with traditional methods. *For more information, please refer to the PDF document or feel free to contact us.

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The textile industry is one where high-performance synthetic fibers are continuously being developed, and tests are conducted to determine whether they can be processed for each request. As a result, there has been an increase in fibers that cannot be cut with traditional blades, so we were looking for machines that could handle any material. By utilizing lasers, we received a flood of orders from various industries. We have now been able to process a variety of materials with just one machine. 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. [Challenge] ■ Looking for machines that can flexibly handle high-performance synthetic fibers. *For more details, please refer to the PDF document or feel free to contact us.

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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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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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In the soft packaging (food packaging) industry, films for soft packaging are processed using die cutting. Food packaging requires visually appealing shapes, ease of opening, and preservation of food quality, leading manufacturers to have various requests. As a result, the materials for the films are diverse, and it took a lot of adjustments and time to complete the die cutting. By utilizing lasers, we were able to shorten the prototyping and adjustment period. This speed of response earned us strong trust from manufacturers. For more detailed information, please refer to the PDF download below. Additionally, we have published 14 case studies on how "lasers" have solved common challenges in the manufacturing industry. [Case Studies] ■Challenges - We want to shorten the production period for film die cutting. ■Effects - If data is available, processing can be done on the spot, significantly speeding up prototyping. - There is no need to change blades for punching, half-cutting, or perforating. - The period from product planning to prototyping, adjustment, and development is greatly shortened. *For more details, please refer to the PDF document or feel free to contact us.

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In the printing industry, printing is done in-house, but package processing (die cutting and creasing) is outsourced. As a result, for non-standard items, creating new molds incurs costs, and there are many communications for adjustments before processing, so we were concerned about how to reduce costs and time further. By utilizing lasers, we were able to internalize the processes of scoring, folding, and cutting on packages. 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] ■ The number of small lot orders has been increasing, but outsourcing mold production is not cost-effective. *For more details, please refer to the PDF document or feel free to contact us.

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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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In the seal and label manufacturing industry, labels and seals are cut out using die-cutting processes. Die-cutting incurs costs not only for production but also for storage space and personnel management. As the number of jobs increases, so do these costs, leading to a constant search for ways to minimize them. By utilizing lasers, we found that laser processing machines do not require dies, only data management is necessary. This eliminated the production time for dies, enabling shorter delivery times. For more details, please refer to the PDF download below. Additionally, we have included 14 case studies that address common challenges in manufacturing through the use of lasers. [Challenge] ■ We want to reduce the costs of die production, storage, and management. *For more information, please refer to the PDF materials or feel free to contact us.

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In the paper and paper manufacturing industry, as well as the printing industry, the entire sector has been shrinking due to the trend towards paperless operations, and the development of new customers has not progressed. Currently, the existing equipment can only process paper, which has limited the products and proposals that can be offered. Therefore, by utilizing lasers and leveraging the design capabilities cultivated in the printing business, we entered the merchandise production market and successfully acquired new customers. 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 printing industry is shrinking in the paperless era, struggling to develop new customers. ■Effects - We were able to expand designs into ready-made products and goods made from materials other than paper, enabling continuous new product development. - We became able to engage in transactions with industries that we had not previously interacted with in the printing business. - It has become one of the businesses that generates revenue alongside the printing business, creating a synergistic effect. *For more details, please refer to the PDF materials or feel free to contact us.

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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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In the sign and display industry, we had been turning down complex and intricate designs because they required too much time and effort, making them not worth it. However, since other competitors also handle simple processing, we had no choice but to compete on price and delivery time or rely on our sales capabilities. By utilizing lasers, we were able to increase the order unit price thanks to the processing. We reduced labor costs without relying on craftsmen and were able to accommodate quick deliveries with fast processing. 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 want to increase order unit prices with complex and highly detailed designs. ■Effects - High-quality reproduction of designs through digital processing. - Easy processing even for part-time workers and temporary staff. - Quick delivery with lasers that can perform cutting and engraving simultaneously. *For more details, please refer to the PDF materials or feel free to contact us.

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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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Utilizing the business restructuring subsidy, which provides support of up to 60 million to 100 million yen, we propose a package sale of a digital label printing machine and a laser processing machine. For customers considering a bold business restructuring amid the COVID-19 pandemic, why not rapidly start a digital processing business for seals and labels using the business restructuring subsidy? ▼ (1) Digital Label Printing Machines EPSON 'SurePress L-4533A/AW' KONICA MINOLTA 'Accurio Label 230' XEIKON 'CX300' ▼ (2) Laser Processing Machine (Digital Post-Processing Machine) Laser processing machine for roll labels and seals 'LABEL MASTER' With both (1) the digital label printing machine and (2) the laser processing machine (digital post-processing machine), you can quickly launch a label processing business! *For specific subsidy amounts, product configurations, and other details, please refer to the PDF document "Package Sale of Digital Label Printing Machine + Laser Processing Machine Utilizing the Business Restructuring Subsidy" or feel free to contact us.

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This is a notice from Comnet regarding the "Business Restructuring Subsidy." Are you considering giving up on introducing a laser processing machine due to lack of funds? The second round of applications for the "Business Restructuring Subsidy" has been announced! This subsidy supports companies in making bold business restructurings (transformations) and can be used for a wide range of purposes, including equipment investments such as laser processing machines, and in some cases, advertising expenses and building renovation costs (remodeling expenses) are also subsidized. ◆ Application period for the second round: Scheduled from around May 12 to early July Since this subsidy can be utilized for a wide range of purposes, there is a possibility of a rush of applications. We encourage you to prepare early. ◆ Inquiry Benefits Currently, we are offering a free booklet that provides a rough overview of the subsidy (for small and medium-sized enterprises) to all those who consult with us. ◆ Video explanation of the "Business Restructuring Subsidy" on our special page Our company has extensive know-how in introducing laser processing machines using subsidies and has numerous case studies. If you would like to know more details, please feel free to consult with us. We will provide robust support for the introduction of laser processing machines! For details on pre-preparation, please contact our company.

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【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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The "RX II" is a cutting machine (cutting plotter) equipped with an automatic feeding (transport) mechanism, suitable for small lot production of paper containers, POP displays, and packaging prototypes. It features an automatic feeding (transport) function that allows continuous feeding and processing of data for cutting letters and designs with a pen-type cutter. Its automatic alignment ensures accurate and high-quality cuts. Additionally, the automatic sheet feeding unit achieves high efficiency and labor-saving. 【Applications】 ■ In-store POP and promotional POP ■ Packaging prototypes ■ Paper crafts ■ Swing seals and swing POP 【Features】 ■ Ideal for producing paper containers, POP displays, and packaging prototypes ■ Supports standard B3 size (maximum B2 size) ■ No manual feeding required ■ Suction cup sheet feeding (four suction cups stabilize the paper feed) ■ Minimizes paper jams ■ Fully automatic alignment ■ Easy data output ■ Jam prevention with air assist and pick ■ Cut sheet storage tray *For more details, please refer to the PDF document or feel free to contact us.

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Did you know that subscription services, which are becoming increasingly common around us, actually offer significant benefits for companies as well? In addition to being an effective means of reducing fixed costs, subscriptions significantly lower the initial costs required to start using a service, making it much easier to begin. If you are considering introducing a laser, please consider the subscription laser MAKES, which allows for flexible usage methods tailored to the needs of the times. ■ Benefits of Subscription Services - Can be recorded as an expense rather than an asset - Monthly price includes maintenance and support fees - Cancel anytime (six-month renewal contract) ■ How to Use For those who want to try it out with low risk: → Subscription service starting from 33,000 yen per month For those who want to purchase using subsidies or leasing: → Set sale price starting from approximately 1.3 million yen ■ Recommended for: - Those who are handling it for the first time and want peace of mind - Those who want to challenge a new business - Those who want to add value to their products and differentiate themselves - Those who want to internalize and improve response speed A detailed explanatory booklet on the subscription laser MAKES is also available!

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Would you like to take on the challenge of introducing laser processing machines and laser cutters by utilizing the Monozukuri Subsidy (Monozukuri Hojo)? ◆ Monozukuri Subsidy 17th Deadline: Until March 1, 2024 (Friday) ◆ Features The Monozukuri Subsidy is a high-value grant that is very popular in the manufacturing industry, making the competition for acceptance increasingly fierce each year. Our company has numerous case studies regarding the introduction of laser processing machines using "subsidies." If you would like to know more about using them or are interested in subsidies and grants, please feel free to consult us. ◆ Benefits of Consulting Our Company for Lasers - Many models eligible for the subsidy - Numerous acceptance case studies - Advice on laser introduction and utilization methods *For the latest information, please check our official website.

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Maximum speed of 120m/min! Distance accuracy of ±0.05mm/1m! Processing speed is four times that of conventional machines. Achieving the world's highest level in both processing speed and accuracy. Lower price compared to products with the same specifications from other companies. Currently offering laser processing samples for fiber lasers used in thin sheet metal cutting. Machine dimensions W2356mm × D2110mm: Ultra-compact design with a processing area of 1250mm × 800mm. It is the smallest class among laser cutting machines for thin sheet metal with over 1kW. ◆ Specification Information Maximum speed: 120m/min Distance accuracy: ±0.05mm per 1m Maximum acceleration: 2G Drive method: Linear servo motor (higher precision than ball screws) ◆ Product Features - Space-saving compact design (W2356mm × D2110mm) - High precision with linear servo motor (±0.05mm) - Energy-saving machine with electricity costs below one-third - Remarkably low burr and dross production - Easily cuts micron-thick metal foils (can cut below 40μm) - Amazing ease of use (existing data can be utilized) - Class 1 safety design, with fully automatic door opening and closing ★ If you would like to request a free sample, please contact us through the [Contact Us] section.

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We are currently offering a free booklet that clearly summarizes what types of processing laser cutters and laser processing machines can perform, as well as what materials they can work with, in a way that is easy for beginners to understand. While answering the question, "What can lasers do?", we set aside classifications such as manufacturers and home vs. commercial use, and focus on what can actually be done with machines known as laser cutters and laser processing machines. We have compiled this information into an eBook, aiming to convey the benefits of introducing these machines without using too much technical jargon. By reading this, you can learn the basic knowledge related to laser cutters and laser processing machines. [Contents (excerpt)] - Types of processing that can be done with laser cutters and laser processing machines - Materials that can be processed with laser cutters and laser processing machines - Materials that cannot be processed with laser cutters and laser processing machines - Benefits of introducing laser cutters and laser processing machines *You can view detailed content immediately by clicking on "PDF Download."

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This document presents 14 case studies that demonstrate how "lasers" can solve common challenges in the manufacturing industry, such as expanding sales, enhancing productivity, improving quality, and differentiating from competitors. It clearly introduces the challenges faced by various industries, including the sign and display industry, packaging industry, and metal processing industry, along with the benefits of laser implementation, accompanied by photographs. It serves as an introductory guide to understanding laser applications that you may have been hesitant to ask about. 【Recommended for those with the following concerns】 ■ Want to increase sales ■ Want to strengthen productivity ■ Want to improve processing quality ■ Want to eliminate waste in work and materials ■ Want to enhance competitiveness (differentiate / develop unique technologies and services) *You can view detailed content immediately by clicking on "PDF Download."

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Our company offers a wide range of laser processing machines for the sign, display, and signage industry. With capabilities for cutting large acrylic sheets, thick materials, smooth curved cuts, and intricate detailed cuts, we can handle orders for "large sign cut letters" and other "large size and thick acrylic cutting processing." Even with 30mm thick transparent acrylic, we can achieve beautiful and clear ice melt cuts, enabling fast delivery with high-speed laser cutting. Processing requests from the sign and display industry are concentrated in one place. 【Types of Processing Available】 ■ Light guide plate processing ■ Large format and thick material processing ■ Metal processing *For more details, please refer to the PDF document or feel free to contact us.

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Introducing our "Gift, Novelty, and Goods Solutions." With our product offerings, we can provide services such as personalized engraving, production of commemorative items, engraving on bottles and glasses, and the creation of stamps, seals, and rubber stamps. Additionally, our laser cutters, which can easily reproduce photos and designs, have inspired the creative spirit of artists and creators. 【SEI Laser Lineup】 ■ Mercury 609 ■ NRG ■ Eckstype ■ Dragon *For more details, please refer to the PDF materials or feel free to contact us.

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We offer a wide range of laser processing machines for the printing, cardboard, and paper industries. In an era where small lots and short delivery times are increasingly demanded, laser processing is the solution for post-processing in the digital printing age! Featuring overwhelming speed and high quality, our "Label Master" is just one of the many options available. You can also choose "Paper One," which allows for small lot production with no die required and complete digital production. 【Types of Processing Available】 ■ Label Processing ■ Package Processing ■ Printing Processing *For more details, please refer to the PDF materials or feel free to contact us.

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Our company offers a wide range of laser processing machines for the LED light guide plate processing industry. The "BLU series," utilizing plotter-type and galvano-type laser processing machines along with ICARO BLU software, allows for the free manipulation of light, enabling the creation of innovative products. It enables flexible selection and positioning of components and parts, bringing a revolution to the processing of light guide plates that differs from conventional technologies and laser processing machines. [Examples of Use] ■ Signage & Displays ■ Architectural Lighting ■ TV Monitors/Technical Lighting *For more details, please refer to the PDF materials or feel free to contact us.

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• Spatial Design
• Lighting

We offer a wide range of laser processing machines for the textile and apparel industry. These machines significantly reduce processing time and labor costs, making them ideal for developing highly differentiated and stylish products compared to competitors. They allow for flexible selection and positioning of components and parts, bringing a revolution to the processing of light guide plates, which differs from traditional technologies and laser processing machines. [Examples of Use] ■ Technical Fabric ■ Interior Design *For more details, please refer to the PDF document or feel free to contact us.

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We offer a wide range of laser processing machines for the metal and sheet metal processing industry. Our machines enable precise cutting and shaping of thin sheet metals, as well as marking and engraving of metals. We achieve the high-precision processing required in the manufacturing, medical, and automotive industries. 【Proposed Products and Services】 ■MERCURY FIBER ■MERCURY 609 ■FMC280 ■StellarMark i Series *For more details, please refer to the PDF materials or feel free to contact us.

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The "MERCURY" is a laser processing machine capable of light guide plate processing, large format and thick material processing, and metal processing. It can handle inquiries like "Can you do this?" with ease. Large format processing is also completed effortlessly. In addition to cutting and engraving various materials, it can also cut metal. By simply replacing the dedicated head, it quickly transforms into a metal laser, eliminating the need to purchase an expensive metal laser. 【Features】 ■ High-quality ice melt cutting ■ Fast delivery for projects that cannot be handled by standard lasers ■ Vertical cutting of acrylic up to 30mm thick ■ The power, speed, and frequency of the laser can be finely adjusted according to the material, thickness, and processing data ■ From acrylic and wood to metal cutting, work can be set up in just five minutes *For more details, please refer to the PDF document or feel free to contact us.

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Maximum speed of 120m/min! Distance accuracy of 0.05mm! The SEI series MERCURY FIBER fiber laser cutting machine for thin sheet metal cutting boasts exceptionally fast processing speeds and top-level processing accuracy. Developed with a new concept and compact design, it is a laser processing machine for metal/industrial fiber laser cutting machine. ◆ Specifications Maximum speed: 120m/min Distance accuracy: ±0.05mm/m Maximum acceleration: 2G Drive method: Linear motor ◆ Product Features - Compact design - Equipped with linear motor - Energy-efficient - Ideal for customers who want to cut thin sheet metal at high speed and high quality - Flexible usability - Safety design ★ If you would like to request a free sample, please contact us through the [Contact Us] section. Please clearly state "Sample Request" in your inquiry. *We kindly ask that sample shipments to competitors or similar businesses be refrained from.

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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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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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