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Processing Machine Product List and Ranking from 951 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Aug 12, 2026～Sep 08, 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:Aug 12, 2026～Sep 08, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. フジ産業 Shizuoka//others
  3. 澁谷工業 Ishikawa//Other manufacturing
  4. 4 スピーディーターゲットグループ Aichi//Industrial Machinery
  5. 5 大野精工 機工販売事業部 Aichi//Industrial Machinery
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Processing Machine Product ranking

Last Updated： Aggregation Period:Aug 12, 2026～Sep 08, 2026
This ranking is based on the number of page views on our site.

  1. Line boring & overlay weldimg machine "WS Series" 大陽工機 本社
  2. Plastic mold steel "KTSM3M" 日本金型材
  3. Panel processing machine "Flat Plus" *Always capable of processing at a constant depth. アドミーンズ
  4. 4 Angle Master II "IS-756LM II" 育良精機
  5. 5 [Equipment Introduction] Matsuden Winning Heater Bending Machine Model W55 マコトプラスチック

Processing Machine Product List

1411～1440 item / All 2819 items

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

  • Laser marker
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Differentiating products through personalization with laser processing machines.

Differentiating products through personalization with laser processing machines.

Able to accommodate from small lots to mass production!

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

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

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

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

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

  • Laser marker
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Only lasers can express the intricacy of architectural models.

Only lasers can express the intricacy of architectural models.

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

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

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

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

Unique and special products with laser!

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

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

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

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

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

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

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

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

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

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

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

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

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

  • Laser marker
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[Architectural Model Production/Case Studies] Efficiently Producing Architectural Models

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

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

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

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

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

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

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

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

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

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

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

  • Laser marker
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[Fashion Industry/Case Study] Expressing delicate cuts that are difficult to achieve by hand.

[Fashion Industry/Case Study] Expressing delicate cuts that are difficult to achieve by hand.

Various materials such as thin silk and polyester are processed all at once with a laser. The fraying of the fabric is also beautifully cut with a laser!

Fashion designer YUIMA NAKAZATO, who is participating as a Japanese guest at Paris Haute Couture Fashion Week, uses a laser cutter in his clothing production. Initially, he tried various manufacturers' laser cutters, but faced issues such as fabric burning, inability to cut, and various precision shortcomings. Through testing different equipment, he realized that accuracy, laser stability, and speed are crucial, and that efficient clothing production requires equipment that balances these factors well. The Trotec laser cutter he ultimately chose was able to perfect all aspects. [Case Overview] ■ Challenge: There were issues with roller cutters not producing clean edges and difficulty in cutting patterns with sharp angles. ■ Results - It became possible to cut decorative elements like lace. - In some materials, the cut areas are melted by the laser, preventing fraying. - The range of possibilities for materials has expanded. *You can download the PDF or click on related links below for more details. Inquiries are also welcome.

  • Laser marker
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Support system that ensures peace of mind after implementation, unique to the manufacturer.

Support system that ensures peace of mind after implementation, unique to the manufacturer.

Direct sales from a trusted manufacturer, reliable manufacturer support.

Trotec's laser processing machines are renowned for their low failure rates and long lifespan. While product quality is important, equally crucial is the after-sales support provided after installation. The introduction of a laser processing machine is not the end of the journey. Trotec has established a support system because we want to continue being a partner for companies that keep their production running. - Direct technical support from the manufacturer. You can rest assured knowing that our certified technicians have completed specialized training! - We provide free support for machine errors and usage via phone or remote software. - We stock around 900 types of consumables and spare parts, minimizing waiting time for replacements. - Additionally, by subscribing to Trotec's maintenance service "Protection Plan," you can receive guaranteed support for everything from the main unit to accessories for up to 10 years from the date of purchase. With Trotec, you can use your laser processing machine with peace of mind for a long time after your purchase.

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[High School/Case Study] Utilizing Laser Technology in Project Work for Classes

[High School/Case Study] Utilizing Laser Technology in Project Work for Classes

"Experience manufacturing through industry-academia collaboration" Case study of the introduction of a laser processing machine used by students!

Wakayama Prefectural Wakayama Technical High School teaches manufacturing using digital machinery in its Industrial Design Department and has introduced the Trotec "Speedy 400." In classes, students create project works and engage in manufacturing in collaboration with local organizations, utilizing the machine in various ways. During practical training, students are given assignments to create works using the laser processing machine. The Speedy 400 has a fast processing speed, allowing multiple students to complete their projects in no time. Its large processing area enables the cutting of large plywood sheets without any issues, allowing for the completion of many works at once. This significantly reduces working time, enabling students to produce their works efficiently. Additionally, students can experience "living manufacturing" by collaborating with local businesses and the city to create wooden plaques using the laser processing machine. We have received positive feedback regarding this. [Reasons for Introduction] - A wide processing area allows for the processing of many works at once. - Students can experience "manufacturing" not only through project creation but also in collaboration with the local community. *You can download the PDF or click on related links below for more details. We also welcome inquiries.*

  • Laser marker
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Maintenance plan for laser processing machines available for up to 10 years.

Maintenance plan for laser processing machines available for up to 10 years.

We have maintenance plans available that can be tailored to your needs.

The laser processing machine, which is essential for daily manufacturing, requires not only proper maintenance but also minimizing machine downtime in the event of a malfunction. Trotec's maintenance plan (Protection Plan) includes a wide range of services to maintain the functionality, stability, and high productivity of the laser processing machine. At Trotec, we offer maintenance programs tailored to our customers' needs, including plans that cover annual inspections of laser equipment and comprehensive coverage plans.

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Use Trotec laser cutters for acrylic goods!

Use Trotec laser cutters for acrylic goods!

Let's create acrylic goods with precise cuts without any misalignment using Trotec's laser!

The Trotec laser processing machine is ideal for producing acrylic goods. This is because it allows for precise and quick cuts that align with the printed position when laser cutting printed acrylic sheets. Without this capability, it cannot be turned into a product. You can create a variety of acrylic goods such as original acrylic keychains, acrylic stands, plates, and three-dimensional objects. The fast processing speed also makes it suitable for small-batch production of various items, which is a point that can be utilized in business! *You can click on the related links below for more details. We also welcome your inquiries.*

  • Laser marker
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Alignment turning machine

Alignment turning machine

Lens optical axis eccentricity measurement + alignment VCM optical axis coaxial processing machine

The lens optical axis is measured, and the optical axis is coaxially aligned with the rotation axis while performing core processing on the flange reference surface and outer diameter of the cell (housing). Since the cell lens is processed while aligning the optical axis, the optical axis of the lens and the axis of the cell become coaxial. In the ATS200, the lens cell arranged with a 4-axis alignment-capable collet chuck (XYθ) can achieve positioning within 0.1μm before and after energization, allowing for processing with minimal alignment time after measurement, resulting in a flatness of less than 0.2μm and a planarity of about 0.01μm after processing. Eccentricity measurement, outer diameter measurement, and lens height measurement are also included as standard functions, and selections can be made from the lineup based on the target diameter and other factors.

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[5-Axis Machining Example] 5-Sided Cube

[5-Axis Machining Example] 5-Sided Cube

Introducing examples of processing SUS303!

We would like to introduce an example of 5-axis machining produced by the machining machine "μV1-5X(MHI)" with a performance of max 40,000 min-1. For three of the five machined surfaces, the Z values in the direct direction of each surface were adjusted by 5μ each, and all machining methods were performed using indexing machining. The repeatability of the indexing machining is within 2μ. The tool difference due to tool changes is within 2μ. This is a high-precision machining process that is not affected by spindle elongation during long machining times. 【Example】 ■Material: SUS303 ■Machined size: 39×39×T57mm *For more details, please refer to the PDF document or feel free to contact us.

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[Examples of Direct Engraving on Hardened Steel] Text Engraving Processing

[Examples of Direct Engraving on Hardened Steel] Text Engraving Processing

Introducing examples of direct engraving processing on hardened steel! Achieving a uniform finish without variation in depth dimensions through high-speed, long-duration processing!

We would like to introduce an example of direct engraving processing of hardened steel made by the machining machine "CEGA-542 (Roku-Roku)" with a performance of max 30,000 min-1. After uniformly machining the flat surface with a CBN ball end mill, it is finished at depths of 0.003 mm for the upper section, 0.006 mm for the middle section, and 0.009 mm for the lower section, with a pitch of 0.003 mm. Even with high-speed and long-duration machining, it is finished uniformly without variation in depth dimensions. 【Example】 ■ Material: STAVAX (HRC 52) ■ Machining size: 120 × 60 × 6 mm *For more details, please refer to the PDF document or feel free to contact us.

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Case study of simulated stent processing for pipes: "Contract processing of laser microfabrication"

Case study of simulated stent processing for pipes: "Contract processing of laser microfabrication"

We accept orders for precision holes and micro-cutting processing, from prototype production to mass production.

Material: Cobalt alloy Pipe diameter: φ (phi) 1.55mm / Wall thickness: 100μm / Remaining width: approximately 100μm At Higashinaru Electro Beam Co., Ltd., we utilize laser technology for microfabrication, offering services such as fine hole drilling, cutting, and groove processing. Selection of laser wavelengths (IR, SHG, THG) is available. We can work with a variety of materials, including various types of stainless steel, titanium, molybdenum, tantalum, niobium, aluminum, copper, iron, ceramics, glass, and resins. Please feel free to consult with us. 【Features】 ○ Suppression of metal burr generation ○ Suppression of thermal sagging in resin materials ○ Hole drilling below 100μm For more details, please contact us or download the catalog.

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Case study of drilling into molybdenum material: "Contract processing of laser microfabrication"

Case study of drilling into molybdenum material: "Contract processing of laser microfabrication"

We accept orders for micro holes and micro cutting processing, from prototype production to mass production.

Material: Molybdenum Plate thickness: 100μm / Hole diameter: φ (phi) 200μm At Higashinaru Electro Beam Co., Ltd., we utilize laser technology for microfabrication, offering services such as fine hole drilling, cutting, and groove processing. Selection of laser wavelengths (IR, SHG, THG) is available. We can work with various materials including stainless steel, titanium, molybdenum, tantalum, niobium, aluminum, copper, iron, ceramics, glass, and resins. Please feel free to consult with us. 【Features】 ○ Suppression of metal burr generation ○ Suppression of thermal sagging in resin materials ○ Hole drilling below 100μm For more details, please contact us or download the catalog.

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Case study of drilling into titanium materials: "Contract processing of laser micro-machining"

Case study of drilling into titanium materials: "Contract processing of laser micro-machining"

We accept orders for micro holes and micro cutting processing, from prototype production to mass production.

Material: Titanium Plate thickness: 100μm / Hole diameter: φ (phi) 300μm At Higashi-Nari Electro Beam Co., Ltd., we utilize laser technology for microfabrication, offering services such as fine hole drilling, cutting, and groove processing. You can choose from laser wavelengths (IR, SHG, THG). We can work with various materials including different types of stainless steel, titanium, molybdenum, tantalum, niobium, aluminum, copper, iron, ceramics, glass, and resins. Please feel free to consult with us. 【Features】 ○ Suppression of metal burr generation ○ Suppression of thermal sagging in resin materials ○ Hole drilling below 100μm For more details, please contact us or download the catalog.

  • Processing Contract
  • Processing Machine

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The cutting process of aluminum parts is done with semi-dry (MQL) processing "Bluebe"!

The cutting process of aluminum parts is done with semi-dry (MQL) processing "Bluebe"!

Cost reduction in cutting processes! The de facto standard for cutting aluminum parts.

Semi-dry processing (MQL) is a metal processing method that accurately supplies a very small amount of mist to the machining point. In the cutting of aluminum parts, the semi-dry processing "Bluebe" is used as the de facto standard. 【Features】 ■ Extension of tool life due to mist lubrication (2 to 5 times) ■ Reduction of management costs for water-soluble cutting oils and waste oil ■ Reduction of cleaning processes (reduction of cycle time)

  • lathe
  • Drill press
  • Milling machine
  • Processing Machine

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Multi-Axis Automatic Lathe

Multi-Axis Automatic Lathe

Cycle time under 10 seconds! Achieving ultra-fast cutting through process segmentation.

The "multi-spindle automatic lathe" is a cutting machine that significantly shortens the cycle time of machining by dividing processes across 6 to 8 stations. It comes in two types: a bar type that processes from bar stock and a chuck type that performs additional machining from forged blanks. In NC lathes, the cycle time is the sum of the machining times for each process, whereas in a multi-spindle automatic lathe, the cycle time of the product is determined by the longest machining time among the processes, contributing to improved production efficiency. 【Features】 ■ Processes are distributed across 6 to 8 stations ■ The longest machining time among processes determines the cycle time ■ Significantly shortens the cycle time of machining ■ Production efficiency is approximately 4.5 times *For more details, please refer to the PDF document or feel free to contact us.

  • lathe
  • Other processing machines
  • Processing Machine

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Laser processing

Laser processing

Not only laser processing but also orders for digital drawings of 3D CAD and CAM are possible.

Daily advancements in Shinwa's "Laser Processing" ◆Features◆ ● Covers from thin plates to thick plates ● Orders for digital drawings using 3D CAD and CAM are also possible ● Creation of unfolded drawings is also available ● Maximum laser processing range: X2,440 XY1,220 Steel: up to t12mm Stainless steel: up to t9mm ○ We manufacture precision canning, sheet metal processing, and machine unit assembly tailored to customer needs.

  • Processing Contract
  • Processing Machine

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HAT discharge machining

HAT discharge machining

Processing of super hard materials is also possible! A processing method that utilizes discharge phenomena for the removal of metal materials.

There are three types of electrical discharge machining: shape cutting discharge machining, wire discharge machining, and fine hole discharge machining, each utilizing its unique characteristics. It allows for high-precision machining of complex shapes, such as curved surfaces and spheres, regardless of hardness, as long as the material is conductive, even for hard materials, hardened materials, and difficult-to-cut materials that cannot be removed by conventional machining machines. Therefore, it has become indispensable in current manufacturing technology. 【Features】 - Unlike conventional machining, electrical discharge machining progresses without contact. - It leaves minimal residual stress in the material, making it a gentle machining method with no stress on the material. - It does not require fixtures or clamps, making it effective for small lots and prototypes. For more details, please contact us or download the catalog.

  • Processing Contract
  • Processing Machine

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