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

91～120 item / All 567 items

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Laser Processing Machine "INFINITY"

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"

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"

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.

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)

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)

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)

【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)

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)

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

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

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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What are the benefits of film processing with lasers?

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

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

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"

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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Osaka Court Rope Co., Ltd. Business Description

Osaka Court Rope Co., Ltd. Business Description

Opening up the world with 9μ - our next 'challenge' is contributing to healthcare.

Drawing, twisting, coating, and end processing of stainless steel wire with a minimum diameter of 9 microns.

  • Safety and consumables
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Tsukise Mechanical Design Office - Business Introduction

Tsukise Mechanical Design Office - Business Introduction

Leave the planning and design of dedicated machines, automatic machines, and plastic processing machines to us.

This is an introduction to our business from Tsukise Mechanical Design Office.

  • Foundation construction machinery
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Water Jet (WJ) Comprehensive Catalog

Water Jet (WJ) Comprehensive Catalog

Utilizing specialized technology in water jet methods! We provide cutting-edge products and technology!

The "Water Jet Comprehensive Catalog" from Nippon Kiko Co., Ltd. is a comprehensive catalog featuring a wide range of water jet-related products. It includes a broad lineup, starting with the "Eco Master Magnum," which boasts a discharge pressure of up to 245 MPa, as well as the "Ultra High Pressure Triple Plunger Pump" and "Eco Top Gun." [Contents] ■ UNIT ■ PUMP ■ TOOL ■ ACCESSORY *For more details, please refer to the PDF document or feel free to contact us.

  • Other construction services
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Fiber Laser Processing Machine

Fiber Laser Processing Machine

For those troubled by rust and paint peeling! Proposal for laser blasting treatment.

The "fiber laser processing machine" is composed of an oscillator, LD power supply, control unit, cooling device, process fiber, and emission unit. It uses a special optical fiber with rare earth elements attached to the core, where excitation light is introduced to amplify only light of a specific wavelength, which is then extracted as laser light. It is an ideal laser that achieves all: compact size, high efficiency, high reliability, high beam quality, and high output. If you are troubled by rust or paint peeling, please try laser blasting treatment. 【Features】 ■ Very little thermal impact on the material itself *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
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Safe removal of rust and paint with laser blasting!

Safe removal of rust and paint with laser blasting!

Minimal thermal impact on materials! Rust and paint removal method using laser: "Laser Keren Method" *Demonstration video now available.

The "fiber laser processing machine" consists of an oscillator, LD power supply, control unit, cooling device, process fiber, and emission unit. It is structured to input excitation light into a special optical fiber with rare earth elements attached to the core, confining and amplifying only light of a specific wavelength within the core, which is then extracted as laser light. It is an ideal laser that achieves all: compact size, high efficiency, high reliability, high beam quality, and high output. If you are troubled by rust or paint peeling, please try laser blasting treatment. [Features] ■ Very little thermal impact on the material itself *For detailed specifications, please refer to the PDF document or feel free to contact us.

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[Equipment Introduction] Wire Cutting Machine

[Equipment Introduction] Wire Cutting Machine

The maximum processing stroke of the wire cutting machine is 750 mm in width, 500 mm in length, and 400 mm in height.

Our company owns a variety of machinery and accepts outsourcing for processing. We have a total of five wire processing machines from 'SODICK'. 【Model Introduction SODICK】 ■ AQ750L LP2WH… Width 750 × Depth 500 × Height 400 ■ AQ750L LP33W… Width 750 × Depth 500 × Height 400 ■ AQ750L LQ33W… Width 750 × Depth 500 × Height 400 ■ AQ550L… Width 550 × Depth 350 × Height 300 ■ A500W… Width 500 × Depth 350 × Height 250 【Advantages of Wire Cutting Machines】 ■ Can process regardless of material thickness or hardness ■ Capable of processing complex shapes ■ High precision ■ No burrs produced ■ Does not require special tools ■ Minimal damage to the material *For more details, please refer to the PDF document or feel free to contact us.

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[Equipment Introduction] Fine Hole Discharge Machining Machine

[Equipment Introduction] Fine Hole Discharge Machining Machine

The maximum machining stroke of the fine hole discharge machining machine is 300 mm in width and 400 mm in height.

Our company owns a variety of machinery and equipment, and we accept outsourcing for processing. We have a total of 2 fine hole discharge machining machines from "SODICK." The fine hole discharge machining machine can perform micro-diameter hole drilling using the discharge phenomenon. It is capable of processing high-hardness hardened steel and cemented carbide, which are difficult to drill, as well as hard-to-machine materials (such as tungsten, titanium, molybdenum, etc.) with high precision. [Model Introduction SODICK] ■ K1C… Width 200 × Length 300 ■ K1C (Long Stroke)… Width 300 × Length 400 *For more details, please refer to the PDF document or feel free to contact us.

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Laser processing gear shape

Laser processing gear shape

We mainly focus on cutting processes and use laser processing machines equipped with "CO2 lasers" and "YAG lasers" for product processing.

To perform machining using NC control, it is possible to process free shapes ranging from simple to complex geometries.

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[Laser Processing Example] Pipe Cutting Product

[Laser Processing Example] Pipe Cutting Product

Contributing to improved work efficiency! A case study using a laser processing machine dedicated to pipe processing.

This is an introduction to products made using our dedicated laser processing machine for pipe processing. Thanks to the precise control of the dedicated pipe machine, it is possible to process fitting shapes at the joint sections. This makes alignment before welding easier and is expected to improve work efficiency. 【Example】 ■Product Name: Pipe cutting products made with a dedicated laser processing machine for pipes ■Usage: Various frames assembled from pipes ■Technology: Processing through precise control of the dedicated pipe machine *For more details, please refer to the PDF materials or feel free to contact us.

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Proposal and Challenge with New Technology: Introduction of TruLaser Cell3010

Proposal and Challenge with New Technology: Introduction of TruLaser Cell3010

Both laser cutting and laser welding can be performed with a single machine!

At Kurashiki Laser Co., Ltd., the introduction of the TruLaser Cell 3010 has made it possible to perform both welding and cutting with a single machine, enabling a variety of 2D and 3D processing. Is it thought that YAG welding has weak welding strength? With the integration of multi-joint robots, welding with continuous output (CW) is possible. Stable welding can be achieved with minimal distortion and bead width, allowing for the overlapping welding of plates of various thicknesses (keyhole welding), resulting in a 70% cost reduction compared to traditionally machined parts, and the joint areas can also be machined. 【Features】 ■ Cost reduction ■ Quality improvement (output 4kW) ■ Capable of cutting copper, brass, and pure aluminum ■ Supports everything from single items to mass production *For more details, please refer to the PDF document or feel free to contact us.

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[Information] Kurashiki Laser Co., Ltd. Headquarters

[Information] Kurashiki Laser Co., Ltd. Headquarters

Introducing a new type of laser processing machine! Starting bevel processing for square pipes and round pipes.

Kurashiki Laser Co., Ltd. has introduced a new type of laser processing machine at its headquarters, enabling us to perform diagonal cuts on round and square pipes that were previously impossible. This allows us to better meet our customers' needs than ever before. For more details, please contact our sales representative, who will bring samples and provide explanations. We encourage you to take this opportunity to try out our new cutting products. 【Business Activities】 ■ Precision sheet metal processing ■ Cutting, bending, and welding of metal sheets using CO2 laser and YAG laser processing machines *For more information, please refer to the PDF materials or feel free to contact us.

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Kurashiki Laser Co., Ltd. Case Studies

Kurashiki Laser Co., Ltd. Case Studies

We have published numerous examples, including frame manufacturing without welding!

This catalog features processing examples handled by Kurashiki Laser. It introduces various cases, including frame production achieved without welding, using ribs and screws, as well as protrusion processing that reinforces with unevenness instead of using reinforcement materials. You can view many examples along with photographs. 【Featured Examples (Excerpt)】 ■ Frame production without welding ■ Protrusion processing without the need for dedicated molds ■ Such things can be done with a dedicated pipe machine ■ Pipe processing with bevel cuts ■ Corner welds with YAG laser *For more details, please refer to the PDF document or feel free to contact us.

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No dedicated mold required for extrusion processing.

No dedicated mold required for extrusion processing.

Reinforce with contours instead of reinforcement materials! You can design the contours in any shape you like.

At Kurashiki Laser, it is possible to perform extrusion processing without the need for a dedicated mold. Typically, press processing requires a dedicated mold that creates a concave-convex shape, but we achieve this by using a roller mold that shapes the steps with our multifunction machine (laser and turret punch). This allows for free design of the concave-convex parts. 【Features】 ■ No dedicated mold required ■ Uses a roller mold to shape steps with a multifunction machine (laser and turret punch) ■ Free design of concave-convex parts possible (with some limitations, such as minimum R) *For more details, please refer to the PDF document or feel free to contact us.

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Introducing the insert type into the frame.

Introducing the insert type into the frame.

Easily align and temporarily assemble before welding! It will reduce costs.

By introducing a plug-in type into the frame, alignment and temporary assembly before welding can be easily performed. By laser processing the pipes for the frame, time can be reduced during assembly and welding. Additionally, by providing protrusions and holes on the pipes, positioning can be easily achieved. 【Features】 ■ Laser processing of pipes for the frame ■ Time reduction during assembly and welding ■ Cost reduction ■ Easy positioning by providing protrusions and holes on the pipes *For more details, please refer to the PDF document or feel free to contact us.

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  • Processing Machine

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Notice of New Equipment Installation: "Pipe Processing with Tapping Function Machine"

Notice of New Equipment Installation: "Pipe Processing with Tapping Function Machine"

One machine completes everything from cutting to tapping! We also present examples of precision sheet metal processing and laser processing.

Our company, which handles sheet metal processing to meet a wide range of needs from thin plates to thick plates, has introduced "pipe processing machines with tapping functions" at our three locations: headquarters, Chubu, and Kyushu. Until now, tapping processing, which required a setup change after cutting and drilling to be performed on a drill press, can now be completed directly from the cutting process. This has significantly improved processing speed and achieved a substantial increase in productivity. ★ In addition to introducing processing machines, we are currently showcasing our processing examples! You can view them immediately via "PDF Download." 【Currently Available Processing Examples】 ◎ Welding of dissimilar materials using YAG laser ◎ Frame production without welding ◎ Buff polishing of aluminum products after welding ◎ Fillet welding of iron and stainless steel ◎ Bending processing using a panel bender

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  • Processing Machine

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