Processing Machine Product List and Ranking from 175 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.

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. シンクス Shizuoka//Building materials, supplies and fixtures manufacturers
  2. トロテック・レーザー・ジャパン 本社 Tokyo//others
  3. オータケ 本社 Aichi//Trading company/Wholesale
  4. 4 フンデガー 本社 Hiroshima//Facility Design Office
  5. 5 コムネット Hyogo//Trading company/Wholesale
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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. Caster-equipped branching processing machine "Ponta" オータケ 本社
  2. 6-axis controlled robotic arm special processing machine Fundegar Robot Max フンデガー 本社
  3. Leica iCS20 / iCS50 3D Measurement and Laser Layout ムーヴ 川崎事業所
  4. 4 Laser processing machine "Piolas400" コムネット
  5. 4 H-beam beveling machine MHV series beveling machine シンクス

Processing Machine Product List

361～390 item / All 567 items

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14 Ways to Utilize Lasers in Manufacturing, as Taught by a Laser Sales Company

14 Ways to Utilize Lasers in Manufacturing, as Taught by a Laser Sales Company

Introducing the benefits of laser implementation by industry, such as sales expansion, productivity improvement, and quality enhancement!

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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Introduction to Lasers: What You Can Do with Laser Cutters and Laser Processing Machines.

Introduction to Lasers: What You Can Do with Laser Cutters and Laser Processing Machines.

A document that clearly summarizes what kind of processing a laser cutter and laser processing machine can perform, and what materials can be processed.

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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Start digital seal processing with the Business Restructuring Subsidy + Label Master.

Start digital seal processing with the Business Restructuring Subsidy + Label Master.

For customers considering bold business restructuring during the COVID-19 pandemic: Package sale of a digital seal printing machine + laser processing machine utilizing the business restructuring subsidy.

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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Case studies of laser applications in the textile, fiber, and apparel industry.

Case studies of laser applications in the textile, fiber, and apparel industry.

From natural fibers to chemical fibers! It can handle processing various materials with just one machine!

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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Case studies of laser utilization in the denim jeans processing industry.

Case studies of laser utilization in the denim jeans processing industry.

Damage processing is just about preparing the data! Here are examples of how we have revolutionarily shortened the processing methods.

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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Examples of Laser Utilization in the Gift, Novelty, and Goods Industry

Examples of Laser Utilization in the Gift, Novelty, and Goods Industry

Secured sufficient profits to make it financially viable! A case where the speed to productization has significantly increased.

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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[Free Offer] Digitalization of cardboard and packaging production, new market entry, in-house production

[Free Offer] Digitalization of cardboard and packaging production, new market entry, in-house production

Are you facing challenges in cardboard and packaging production? A free guidebook explains the benefits of introducing laser processing in the cardboard and packaging industry.

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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Reasons to Recommend Digital Machine Tools for Research and Development

Reasons to Recommend Digital Machine Tools for Research and Development

Explaining why common challenges in research and development (R&D) can be solved by the introduction of digital machine 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
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Benefits of Introducing a Laser Processing Machine for In-House Production?

Benefits of Introducing a Laser Processing Machine for In-House Production?

Explaining common challenges when outsourcing processing and reasons for recommending in-house production of laser processing machines, with the theme of "in-house production."

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
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【Equipment Introduction】SPEEDIO

【Equipment Introduction】SPEEDIO

High-speed, high-precision, high-efficiency cutting machine! Maximum processing size 1000 × 500.

Nihon Sakas Co., Ltd. owns the high-speed, high-precision, and high-efficiency cutting machine 'SPEEDIO'. It mainly focuses on 2.5-axis and 3-axis machining. 【Specifications】 ■S1000X1 ■Brother Industries, Ltd. ■Maximum machining dimensions: 1000 × 500 *For more details, please refer to the catalog or feel free to contact us.

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Arakawa Machinery Co., Ltd. Two-Sided Processing Machine

Arakawa Machinery Co., Ltd. Two-Sided Processing Machine

Simultaneous processing of two edges (opposite edges) of glass.

- Simultaneous processing of two edges (opposite edges) of glass - Process: Belt conveyance (inbound) → Positioning in W and H directions → Upper clamping → Processing → Upper unclamping → Release of positioning in W and H directions → Belt conveyance (outbound) - Cycle time: 25 seconds for 750mm (varies depending on processing size). - Notes: Supports glass sizes from 350mm to 900mm. Uses 5-axis servo to accommodate various processing patterns. Can correct and process glass with approximately 1mm of warping.

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Arakawa Machinery Router Processing Machine

Arakawa Machinery Router Processing Machine

Aluminum profile machinery

- Machine for aluminum profiles KLM200W-08 - Specifications Motor: 0.35kw 2p Motor speed: 3600rpm (60Hz) Drive method: Pneumatic Operating air pressure: 0.5Mpa Material clamp: Upper and front clamp included Material stopper: Manual adjustment stopper included Cutting dimensions: Width 15.5 × Length 87mm End mill used: φ8 (single blade) Weight: Approximately 40kg *Note: Design may involve changes in dimensions.

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NC Processing Machine for Aluminum Profiles Sash-IN

NC Processing Machine for Aluminum Profiles Sash-IN

A revolutionary NC machining machine that automatically processes complex cross-section materials with a one-touch clamp, reducing the burden of mold investment!

Processing of aluminum profiles, such as sashes, is often primarily done through press processing, which requires a significant investment in molds for each product. This aluminum processing machine, "Sash-In," is an NC machine with a unique mechanism that operates like a press, allowing for easy clamping of complex cross-sectional profiles with just one touch, making it accessible for anyone to operate. It streamlines and automates the processing of low-volume, diverse products that cannot justify mold creation, achieving a renewal of production lines and an increase in productivity.

  • Aluminum sash
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Portable opening processing machine "High Beveling Machine SB-10G type"

Portable opening processing machine "High Beveling Machine SB-10G type"

A small body with great capabilities. It can easily handle corner processing such as convex and concave shapes.

The "High Beveling Machine SB-10G" is a compact and lightweight portable beveling machine. It accommodates various metals and minimizes material changes such as oxidation, allowing for a clean finish on the processed surface. Additionally, it can easily handle corner processing for workpieces with convex or concave shapes. Furthermore, the motor features a double insulation structure for safety. 【Features】 ■ Does not cause thermal hardening ■ Fast and efficient processing speed ■ Compact ■ Lightweight ■ Can quickly and easily process standard welding joints *For more details, please refer to the PDF document or feel free to contact us.

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Tabletop Chamfering Machine "High Chamfer SC-5 Model"

Tabletop Chamfering Machine "High Chamfer SC-5 Model"

Easily, accurately, quickly, and beautifully. This product can achieve a maximum chamfer of 5C.

The "High Chamfer SC-5 Type" is a tabletop chamfering machine that anyone can easily operate. The cutter can be moved back and forth with an external handle, allowing for efficient use of the blade. It can work with various materials such as stainless steel, aluminum, and resin. Additionally, by changing the chip, R2 and R3 chamfering can be achieved. 【Features】 ■ Capable of chamfering up to 5C ■ Fast and clean chamfering ■ Easy operation for anyone ■ Uses carbide tools (standard is cermet) ■ Square chips allow for use on four sides *For more details, please refer to the PDF document or feel free to contact us.

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Welding Processing Example: Heat Exchanger

Welding Processing Example: Heat Exchanger

Delivering stable products with YAG laser welding robots!

This is an introduction to the processed products manufactured using our welding technology. After performing YAG laser welding on two sheets of thin plate stacked together, we apply high-pressure gas to expand them, creating a tunnel-like interior. By utilizing this structure and flowing fluid inside, it can be used as a heat exchanger. 【Case Study】 ■Product Name: Heat Exchange Device via Overlapping Welding ■Application: Heat Exchange Device ■Technology: YAG Laser Welding followed by High-Pressure Gas Expansion *For more details, please refer to the PDF document or feel free to contact us.

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Huh? You can do welding like this? Internal welding processing technology for 1.5mm plate material.

Huh? You can do welding like this? Internal welding processing technology for 1.5mm plate material.

Full circumferential welding from the inside of the polyhedron using laser welding processing! No water leakage! 【*Micro Manufacturing Okayama - Excellent Work Award in the Works Contest】

At Kurashiki Laser Co., Ltd., we created this work using high laser welding technology, welding entirely from the inside rather than the conventional outside welding. This soccer ball-shaped piece was recognized for its high level of craftsmanship and won the "Excellent Work Award" at the "Micro Manufacturing Okayama Works Contest"! 【Overview and Features of This Work】 ■ Material: Stainless Steel (SUS304 HL) ■ Size: Approximately 30cm ■ Features: All welding of the soccer ball shape is done from the inside No water leakage due to circumferential welding *Please refer to the catalog available for download for details on the processing technology used for this work.

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[Information] Kurashiki Laser Co., Ltd. Tohoku Office

[Information] Kurashiki Laser Co., Ltd. Tohoku Office

Hello to everyone in the Kanto, Tohoku, and Chubu regions. We are expanding our sales area!

Kurashiki Laser Co., Ltd. Tohoku Branch is engaged in precision sheet metal processing and more. We also hold traveling exhibition presentations that replicate trade shows held in major metropolitan areas. Our sales representatives will visit your company with samples to propose sheet metal products and technologies. A challenge to precision sheet metal that changes manufacturing with light. We will respond to your requests, so please feel free to contact us. 【Business Content】 ■ Precision sheet metal processing ■ Cutting, bending, and welding of metal sheets using CO2 laser and YAG laser processing machines *For more details, please refer to the PDF materials or feel free to contact us.

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[Notice] Kurashiki Laser Co., Ltd. Kansai Sales Office

[Notice] Kurashiki Laser Co., Ltd. Kansai Sales Office

Starting bevel processing for square pipes and round pipes! We will meet our customers' requests.

Kurashiki Laser Co., Ltd. Kansai Sales Office specializes in precision sheet metal processing and more. A challenge to precision sheet metal that changes manufacturing with light. Additionally, at our traveling exhibition presentations that replicate trade shows held in major metropolitan areas, our sales representatives will visit your company with samples to propose sheet metal products and technologies. Our sales area is also expanding, so please feel free to consult with us at this opportunity. 【Business Activities】 ■ Cutting, bending, welding, and processing of metal sheets using CO2 laser and YAG laser processing machines. ■ Precision sheet metal processing *For more details, please refer to the PDF materials or feel free to contact us.

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Kurashiki Laser Co., Ltd. Equipment Introduction

Kurashiki Laser Co., Ltd. Equipment Introduction

The beauty of this beat breaks the common sense of welding. Let me introduce the equipment we have implemented!

We have introduced the "High-Power YAG Laser Articulated Robot" and the "Pipe-Specific Laser Processing Machine." The "High-Power YAG Laser Articulated Robot" offers high quality that overturns the conventional wisdom of thin plate processing with a YAG laser processing machine that has a maximum output of 4,000W. With the introduction of two articulated robots and one handheld type, it can accommodate various applications from prototyping to mass production. The "Pipe-Specific Laser Processing Machine" is equipped with an automatic loading and unloading device capable of processing pipes up to 6,000mm in length. There are only a few of these machines in the country, and they enable high-precision, high-quality laser cutting compared to general-purpose machines for pipe processing. 【Features】 <High-Power YAG Laser Articulated Robot> - Uniform welding quality with extremely low thermal distortion due to high-quality YAG laser beams. - Wide operating range and high degree of freedom in movement enabled by mobile robots. <Pipe-Specific Laser Processing Machine> - Capable of laser cutting round pipes, square pipes, and irregularly shaped pipes. - Achieves assembly with fitting using metal pipes, similar to the pre-cut method in wood processing. *For more details, please refer to the PDF document or feel free to contact us.

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Pipe dedicated laser processing machine

Pipe dedicated laser processing machine

A specialized machine for cutting pipes, angles, and channels!

【Features and Benefits】 - Can easily perform drilling, marking, and positioning hole cutting in a short time. - Capable of processing daikon holes and irregular holes that could only be handled by machining. - Tapping can be done simultaneously with cutting. 　　　　　　　　　　　　　　　　　　　　　　　　　　etc... There are many more benefits beyond the above. This is a processing machine worth keeping an eye on in the future, so please refer to the PDF document for more details or feel free to contact us.

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[Example] Welding of aluminum products

[Example] Welding of aluminum products

Thanks to our unique know-how, welding aluminum products is now possible to this extent!

At Kurashiki Laser, we are capable of welding aluminum products using our unique know-how. Welding aluminum materials, which are prone to cracking after bead cutting, is made possible without generating cracks thanks to our proprietary techniques, allowing us to perform "bead cutting and buff finishing." Please feel free to contact us when you need our services. 【Examples】 ■ Welding of aluminum products - Welding using our unique know-how - "Bead cutting and buff finishing" without generating cracks *For more details, please refer to the PDF document or feel free to contact us.

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"Smooth cut surface" Processing of stainless steel up to a thickness of 25mm.

"Smooth cut surface" Processing of stainless steel up to a thickness of 25mm.

Cutting stainless steel plates more cleanly! Shortening delivery times and reducing costs with advanced laser processing technology.

We updated the machine that was introduced to our headquarters over 10 years ago, which was known for its brilliant cut of stainless steel thick plates, due to aging. The new machine has advanced technology that allows for processing with a much cleaner and smoother cutting surface, far surpassing the previous model. With fewer burrs, we can significantly reduce the finishing work hours, leading to shorter delivery times and lighter subsequent processes! While many machines can only handle laser processing for holes with diameters equal to the plate thickness, in our case, we can perform laser drilling for holes with diameters smaller than the plate thickness. 【Features】 ■ Achieves smooth cutting surfaces even for stainless steel thick plates ■ Reduces finishing work hours, leading to shorter delivery times and cost savings ■ Further minimizes the minimum diameter for laser hole processing ■ Reduces work hours for drilling through post-laser cutting drilling *For more details, please refer to the PDF document or feel free to contact us.

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Laser processing of angles and channels (shaped steel)

Laser processing of angles and channels (shaped steel)

Contributing to the efficiency of welding and assembly work through laser processing of angles and channels. Reducing man-hours with positioning by scribing and simultaneous tapping during cutting!

Our company utilizes a laser processing machine specifically designed for pipes to perform laser processing on angles and channels (shaped steel). We can handle not only drilling and end face cutting (dimension cutting), but also simultaneous processing of two or more sides and custom shapes according to your requirements. We can also mark on the outer surface, contributing to a reduction in labor during welding and assembly. Additionally, we have machines equipped with tapping tools, allowing us to accommodate requests for tapping processing simultaneously with cutting. 【Features】 - High precision cutting with minimal angle defects - Capable of processing shapes that are less likely to shift during welding and assembly - Supports drilling and notching simultaneously with dimension cutting - Reduces customer labor through marking and tapping processing done simultaneously with cutting *For more details, please feel free to contact us. You can view the "Product Information for Pipe Processing Machines" and "Frame Production Examples" from the PDF download.

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The Basics of Machining Technology for Ultra-Precision Processing Requests from the Automotive Industry [Free Gift]

The Basics of Machining Technology for Ultra-Precision Processing Requests from the Automotive Industry [Free Gift]

Numerous achievements in ultra-precision machining with a minimum setting unit of 10 nanometers, including automotive head-up displays! The essence of the know-how and machining technology cultivated over 45 years.

Free distribution of "The Basics of Machining Technology," which receives requests for ultra-precision machining from the automotive industry! Utilizing ultra-precision vertical machining centers, we can achieve machining with a setting unit of up to 10 nanometers, leveraging this technology to produce numerous results, including "aspheric mirror molds for head-up displays (HUD)." To enhance the added value of products, we have equipped ourselves with facilities capable of various technologies such as hand wraps, convex freeform mirror surface machining, and micro lens arrays. In mold design, we conduct resin flow analysis and respond quickly to customer needs with the know-how and technology cultivated over 45 years. We can manufacture molds for machine sizes ranging from 30t to 400t, accommodating many specifications including high-cycle molds, two-color molding molds, and insert molding molds. Trust us with your plastic lens molds. We support you with low costs and short delivery times. [Contents] ■ Ultra-precision vertical machining centers ■ Head-up displays (HUD) ■ Aspheric mirror molds for HUD ■ Hand wraps ■ Non-contact three-dimensional shape measurement devices * For more details, please refer to the PDF materials or feel free to contact us.

  • Processing Technology
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Newtex Co., Ltd. Company Information

Newtex Co., Ltd. Company Information

Leave it to us for plastic molds and textures, etching processing of metals, and more.

Newtex Co., Ltd. is a company located in Yao City, Osaka Prefecture, that specializes in embossing for molding dies and etching processing and sales of various metal products. The company also engages in product application through leather development, enabling matching through simultaneous development of leather embossing and plastic embossing. Additionally, modeling using computer processing is conducted. 【Main Applications of Products】 ○ Automotive Industry (Plastic Products) → Console boxes, handles, meter panels, dashboards, etc. ○ Electronics Industry (Plastic Products) → Televisions, VCRs, cassette players, air conditioners, lighting fixtures, calculators, OA equipment, etc. ○ Other Fields → Plastic products for miscellaneous goods, etc. For more details, please contact us or download the catalog.

  • Nursing bathtubs and bathing equipment
  • Water Supply Facilities
  • Other construction services
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LPKF Laser Processing Machine 'StencilLaser G6080'

LPKF Laser Processing Machine 'StencilLaser G6080'

Metal mask laser processing machine

The opening size of metal masks has become smaller, and the printing of solder paste is becoming increasingly precise. This can be attributed to the advancement of stencil technology. The LPKF Stencil Laser G6080, which has achieved superiority in speed, precision, safety, as well as initial and running costs, is a metal mask laser processing machine that leads the industry. The LPKF Stencil Laser G6080 is designed with the concept of achieving high productivity at minimal cost while maintaining high quality. Its excellent design and high productivity have earned it high praise from customers around the world. Until now, cooling equipment that was necessary for operating metal mask laser processing machines has become unnecessary. This not only saves space but also reduces running costs. In addition to the MicroCut6080, which specializes in small hole processing with a minimum incident diameter of 18um (output 10um), we offer the PowerCut6080, which can handle SMT masks as well as precision processing parts with a maximum processing thickness of 4mm, and can process non-stainless materials such as copper and aluminum, contributing to the development of our customers.

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Equipment VF804α

Equipment VF804α

This is a torsion processing machine for wire diameters from Φ0.1 to 0.4 mm.

Various processes such as bending and tension springs are possible. Moreover, we can accept orders starting from just one piece, allowing for the production of completely original shapes and sizes.

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CADCAM software "G-Battle"

CADCAM software "G-Battle"

An original simple CAD that emphasizes processing! A system that can generate the necessary processing data in a short time.

"G-Battle" is a CAD/CAM system software that generates machining data for contours, areas, and drilling, performed through milling and machining, along with a general drawing CAD component. It focuses on essential functions, minimizing the time spent on shape creation, and quickly generates the necessary machining data. It also allows for the import of drawing data (DXF) created in other CAD software. The operation is simple, as it only requires parameter selection and numerical input. 【Features】 ■ CAD component: Emphasizes the standardization of operability with the MILLCAM side ■ CAM component: Generates machining data for contours, areas, and drilling (engraving: optional) ■ Original simplified CAD that prioritizes machining ■ Quickly generates the necessary machining data ■ Allows for the import of drawing data (DXF) created in other CAD software *For more details, please refer to the PDF materials or feel free to contact us.

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  • Drawing, tracing, CAD
  • Architectural CAD
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3D scanning and cropping machine <patent pending>

3D scanning and cropping machine <patent pending>

Finally completed after 7 years! Without using 3D CAD or molds, we can restore and mass-produce wooden and resin products such as furniture legs and parts.

The "3D Scanning and Cutting Machine" is a revolutionary device that allows you to scan the shape of an object you want to create and carve it out. There is no need to create new molds for maintenance-required molds or minor design changes, nor is there a need to create three-dimensional data in 3D CAD. As long as you have the actual object, anyone can easily duplicate it, making mass production possible. 【Features】 ■ Capable of restoring and mass-producing woodworking products such as furniture legs and parts ■ Can produce identical items without using molds or 3D CAD for data collection ■ Set the actual object in the machine, scan the exterior shape with a measuring probe, and digitize the data ■ Equipped with LED lighting to enhance work efficiency ■ Touch panel focused on data visualization and operability *For more details, please refer to the related links or feel free to contact us.

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