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Processing Machine Product List and Ranking from 943 Manufacturers, Suppliers and Companies | IPROS GMS

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. システムクリエイト Osaka//Industrial Machinery
  2. アマダ（アマダグループ） Kanagawa//Industrial Machinery
  3. 大野精工 機工販売事業部 Aichi//Industrial Machinery
  4. 4 フジ産業 Shizuoka//others
  5. 5 フコク Kanagawa//Industrial Machinery
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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. I tried engraving on five different types of metal! システムクリエイト
  2. I tried doing test processing using ATC! システムクリエイト
  3. I tried changing the maximum output to three levels and irradiating it! システムクリエイト
  4. 4 Ultra-precision small fiber laser processing machine 'LTC6050' ランテクノロジー
  5. 5 Plastic mold steel "KTSM3M" 日本金型材

Processing Machine Product List

1411～1440 item / All 2679 items

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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
  • Processing Machine

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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.

  • Special Processing Machinery
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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.

  • Processing Contract
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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.

  • Processing Contract
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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
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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
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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
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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
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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
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What is fine hole discharge machining that does more than just create holes?

What is fine hole discharge machining that does more than just create holes?

What is fine hole processing for cooling? Oblique hole processing is possible for aircraft parts and turbine blades.

The hole used to intake air for cooling the main body of the product is called a "cooling hole." "Fine hole electrical discharge machining" can create angled holes in aircraft components and turbine blades. Not only can we create regular holes, but we can also improve the air cooling effect with fan-shaped machining using our 5-axis fine hole machining machine. Additionally, creating fine holes at the peak of a mountain with conventional machining is extremely difficult due to tool slippage, but with our processing, we can smoothly create fine holes at the peak. 【Features】 ■ Capable of angled hole machining for aircraft components and turbine blades ■ Fan-shaped machining is also possible with our 5-axis fine hole machining machine ■ We have introduced three 5-axis fine hole machining machines to meet customer needs ■ It is also possible to create fine holes at the peak *For more details, please refer to the PDF document or feel free to contact us.

  • Electric discharge machine
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[Newsletter] The World of Graphite Processing

[Newsletter] The World of Graphite Processing

Minimal deformation due to thermal effects! It is possible to process thin electrodes and other shapes using shape-cutting electrical discharge machining.

"Graphite" refers to carbon in its crystalline form and is a material used in various applications such as semiconductors, batteries, and machinery. It has high electrical conductivity, heat resistance, and self-lubricating properties. The "Graphite 5-Axis Machining Center," which incorporates a fully enclosed splash guard and dust collector to completely seal the processing area, prevents the leakage of graphite dust and keeps the processing environment clean. Our company offers "Graphite Machining." If you have products that can be used with modifications or repairs, please consult with us. 【Graphite Machining】 ■ Leave it to us for products you need as soon as possible for prototypes and development. ■ Feel free to consult us from the design stage about whether specific shapes can be processed. ■ If you have products that can be used with modifications or repairs, please consult with us. ■ Directly sourced from major domestic carbon material manufacturers. *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
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[Newsletter] Tips on Discharge Machining (Part 3)

[Newsletter] Tips on Discharge Machining (Part 3)

How smooth can the surface roughness be with wire cutting? I measured the surface roughness!

This time, we used titanium, which is commonly used as a material for aerospace components, and measured the surface roughness after performing wire cutting with the following number of passes on the same surface: 1 time, 3 times, 4 times, and 6 times. Typically, only the 1st cut is done, but if the machining drawing requires a specific surface roughness, it may be passed through multiple times. If the altered layer from electrical discharge machining is unacceptable, finishing is done using methods such as machining or polishing. 【Wire Cutting Passes and Surface Roughness (Measured Values)】 ■1st: Ra3.2 ■3rd: Ra1.6 ■4th: Ra0.7 ■6th: Ra0.2 *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
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Wire EDM (Electrical Discharge Machining) machine

Wire EDM (Electrical Discharge Machining) machine

Our passion for manufacturing is unmatched! We achieve high mechanical precision.

We handle wire electrical discharge machines from Seibu Electric Co., Ltd. The CNC wire electrical discharge machine was born from Seibu Electric in 1972. Since its establishment, the commitment to the traditional "kizage" has remained unchanged, realizing high mechanical precision. Please feel free to contact us when you need assistance. 【Product Lineup】 ■ Ultra-precision and high-precision wire electrical discharge machines ■ High-precision small NC lathes ■ High-precision free-form grinding machines, etc. *For more details, please refer to the PDF materials or feel free to contact us.

  • Electric discharge machine
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Laser processing machine for thin-film solar cells 'Laser Patterning Device'

Laser processing machine for thin-film solar cells 'Laser Patterning Device'

We use our unique optical system! We perform high-speed patterning processing of thin-film solar cells.

We would like to introduce the laser processing machine for thin-film solar cells, the "Laser Patterning Device," handled by Seishin Shoji. The compatible substrate size is 1100mm × 1400mm with a thickness of 3 to 5mm, and the processing line width is approximately 60μm. By using our unique optical system (multi-beam processing), we can perform the patterning process for thin-film solar cells at high speed. 【Features】 ■ Utilizes our unique optical system (multi-beam processing) ■ High-speed patterning processing for thin-film solar cells ■ Compatible substrate size: 1100mm × 1400mm t=3 to 5mm ■ Table speed: 1000mm/sec MAX ■ Processing line width: approximately 60μm *For more details, please refer to the related link page or feel free to contact us.

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Sky Diving Processing Machine "SKV-8"

Sky Diving Processing Machine "SKV-8"

A special machine specialized in skydiving processing has arrived! It will lead to increased work efficiency.

The "SKV-8" is a sky-boring machining machine that achieves high-quality surface roughness and significant process integration. To handle the cutting load of sky-boring machining and maintain high precision, it employs a high-rigidity bed and a high-output spindle motor. With the standard built-in tailstock, it is also capable of processing long items such as shafts. 【Features】 ■ Enhanced machine rigidity and processing capability ■ Adoption of a mountain-flat slide ■ Standard equipped with a high-rigidity built-in tailstock ■ Improved workability and maintainability ■ Contributes to process integration *For more details, please refer to the PDF document or feel free to contact us.

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Takamatsu-style technique: Smart groove processing (ongoing test project)

Takamatsu-style technique: Smart groove processing (ongoing test project)

Even in outer diameter processing where it is unavoidable to use groove tools due to tool interference, surface roughness can be improved!

In groove machining, there are cases where surface roughness and roundness accuracy are required depending on the application. This time, we examined a new machining method and conducted confirmation tests to determine the extent of the limits for improving the surface roughness and roundness of the groove bottom. This document introduces the "test environment," "test results," "additional features," "applications," "applied machining," and a summary. Please take a moment to read it. [Contents] ■ Test Environment ■ Test Results ■ Other Features ■ Applications ■ Applied Machining ■ Summary *For more details, please refer to the PDF document or feel free to contact us.

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TAKAMAZ Laser Composite Processing Machine

TAKAMAZ Laser Composite Processing Machine

Depending on the product, it is possible to achieve high-quality welding that eliminates the need for post-weld removal processing!

In recent years, the performance of fiber lasers has significantly improved, allowing for the integration of laser processing equipment into CNC lathes due to the miniaturization and enhancement of electronic devices and transmitters. This document introduces the increasingly popular laser hybrid processing machines. We invite you to read it. 【Contents】 ■Challenges of integrating laser processing equipment ■Advantages and disadvantages of laser processing ■Future possibilities for machines equipped with laser processing equipment *For more details, please refer to the PDF document or feel free to contact us.

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[Precision Machining Example] Simultaneous 5-Axis Composite Machining (with Counter Spindle)

[Precision Machining Example] Simultaneous 5-Axis Composite Machining (with Counter Spindle)

Since it supports full 5-axis, it is possible to manufacture shapes that cannot be processed with a 3-axis machine!

We perform milling/turning mixed processes using a multi-tasking machine with a single chuck setup. With full 5-axis capability, we can manufacture shapes that cannot be processed on a 3-axis machine. We can utilize the characteristics of a 5-axis machine to create continuous grooves and protrusions on the cylindrical side, as well as undercuts in the inner diameter. High-precision machining with dual spindles is possible with our multi-tasking machine.

  • Processing Contract
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Rotary Post-Processing Machine "Absol Dicer" [Video Released!]

Rotary Post-Processing Machine "Absol Dicer" [Video Released!]

A rotary post-processing machine that automatically rolls up the margins of seals neatly! With just one magnetic cylinder, you can freely change the die size and pitch!

The "SRDim W Series" is an absolute die cutter that allows you to freely change the cutting size and pitch with just one magnetic cylinder. Thanks to its rotary mechanism, there is no need for adjustments for uneven cutting or half-cutting. 【Features】 - Automatically rolls up the seal margins neatly. - Allows for flexible changes in cutting size and pitch with just one magnetic cylinder. - No need for adjustments for uneven cutting or half-cutting. - Eliminates the need for skilled labor. ★ Demonstration operation available in the showroom ★ The following showroom has almost all models available at all times, and demonstrations can be conducted! Showroom: 532-166 Shimodano, Nasushiobara City, Tochigi Prefecture *For more details, please request materials or view the PDF data available for download.

  • Other packaging machines
  • cutter
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Center hole at both ends of a round bar, laser marker engraving processing device.

Center hole at both ends of a round bar, laser marker engraving processing device.

By machining the center hole in a separate process as a pre-step for lathe processing, the accuracy of runout and productivity can be improved.

It is possible to simultaneously process center holes and engrave management numbers on both end faces of round bars. By processing the center holes in a separate step before lathe machining, we can improve the accuracy of runout during lathe processing. Additionally, while management numbers were traditionally engraved on both ends of round bars using a marking machine, we have been able to eliminate that task by equipping a laser marker.

  • lathe
  • Processing Machine

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CNC cold forging machine (swaging machine)

CNC cold forging machine (swaging machine)

Complex forging processing with automatic operation without die exchange! Increases the strength of parts due to work hardening.

CNC simultaneous 2-axis control enables automatic operation of complex forging processes without die changes! CNC rotary cold forging automatic machine for reduction processing of arbitrary shapes. 【Features】 ○ Coil material fed from the reel base is drawn using an integrated rotary linear machine. ○ After swaging, it is clamp-cut to a fixed dimension. ○ Dedicated machine for coil material processing. ○ Equipped with processing feed guide. ○ SW-8003 ○ Usable wire diameter: Φ1.0 to Φ6.0 Coil material is supplied as is. Easy setup change when changing material diameter. ○ Usable material wire diameter: Φ1.5 to Φ4.0 Long materials and coil-shaped materials can be supplied interchangeably. Capable of processing difficult materials such as NT alloys. ● For other functions and details, please download the catalog.

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  • Processing Machine

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[Hard-to-Cut Material Processing Case] Screw Assembly Processing (A7075)

[Hard-to-Cut Material Processing Case] Screw Assembly Processing (A7075)

Aluminum alloy A7075 (super duralumin)! The requirement is that the supplied male part fits without any drawings.

We would like to introduce a case of "Screw Alignment Processing (A7075)" conducted at Aitec Co., Ltd. A7075 is one of the materials with top-class strength among aluminum alloys. In addition to the material itself, processing the screw section is very challenging, as there are no dimensional specifications for the screw section, and the requirement was to accommodate a supplied male part without any drawings. First, we measured the male screw using a three-dimensional measuring instrument and an image measuring instrument, and then we manufactured a dedicated cutting tool. Using the manufactured tool, we determined the processing values while aligning the male screw and completed the finishing. 【Case Overview】 ■Material: Aluminum Alloy A7075 ■Requirements: Accommodate a supplied male part without any drawings ■Processing Details: Screw Alignment Processing *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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Robot Automation Case: I/B Electrolytic Processing Machine

Robot Automation Case: I/B Electrolytic Processing Machine

An example of a device that applies a constant voltage from a DC power supply for deburring and processing through electrolysis!

We would like to introduce a case study on the design of the I/B electrolysis processing machine by Aitec Co., Ltd. To optimize our customers' operational efficiency, we analyze their operations and propose suitable robot implementations tailored to each customer. We achieve automation, labor-saving, and unmanned operations centered around the results of our customers' operations, so please feel free to consult us for any requests. 【Case Overview】 ■Device Name: I/B Electrolysis Processing Machine ■Field: Automotive ■Workpiece: Injector Body ■Process: Electrolysis Processing ■Specifications - A device that flows electrolyte inside the injector body, inserts a negative electrode at the intersection of holes, and applies a constant voltage from a DC power supply to perform deburring and processing through electrolysis. *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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