We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Lathe.
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Lathe Product List and Ranking from 234 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:Jan 21, 2026~Feb 17, 2026
This ranking is based on the number of page views on our site.

Lathe Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Jan 21, 2026~Feb 17, 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. Takahashi Machinery Co., Ltd. Niigata//Industrial Machinery
  3. 高松機械工業 Ishikawa//Industrial Machinery
  4. 4 サカイマシンツール Osaka//Industrial Machinery
  5. 5 TAKISAWA Okayama//Industrial Machinery

Lathe Product ranking

Last Updated: Aggregation Period:Jan 21, 2026~Feb 17, 2026
This ranking is based on the number of page views on our site.

  1. I tried machining external threads with a tabletop lathe! システムクリエイト
  2. Process integration with just this one machine! The fusion of high-precision multi-tasking and oscillating cutting! Parallel two-axis lathe. Takahashi Machinery Co., Ltd.
  3. Tabletop Mini CNC Lathe 'NC-310S' サカイマシンツール
  4. 4 Powerful Universal Lathe "HR Series" ザブテック
  5. 5 What is imitation processing? ゲートジャパン

Lathe Product List

1~30 item / All 617 items

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Precision Mini Lathe Mecanix L230-INV Model 2

Easy control of the spindle with an inverter. A high-quality machine carefully finished in a domestic factory. ~The definitive premium lathe for amateurs!!~

This is a precision small lathe equipped with a continuously variable transmission mechanism using an inverter, allowing for free speed adjustment of the main spindle with just one knob, significantly enhancing operability. 【Features】 ● Each component, including the main spindle, tailstock, and bed, is robustly constructed and finished with precision grinding. ● It is capable of precision machining comparable to general-purpose machines. ● Left-handed cutting is also possible by changing the tumbler. 【⇒ For more details, please download and view the catalog.】

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[Quick Note] Dynamic Accuracy and Static Accuracy

A simple explanation of "dynamic accuracy and static accuracy."

When we talk about the precision of machines, we usually refer to static precision, which is the accuracy measured when the machine is at a standstill. However, what is truly important is "dynamic precision," meaning the accuracy during operation. There are many cases where static precision is good, but dynamic precision is not. Therefore, mechanics lathes undergo cutting tests before shipment to rigorously check the finish of the workpiece and its dimensional accuracy before being shipped. For more details, please contact us or refer to the catalog.

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"Compact Machinery" Comprehensive Catalog [For Prototyping, Research and Development, and Small Lot Production]

[Latest Catalog Available] A wide variety of small lathes and milling machines for prototyping, research and development, and small lot production.

This is a catalog of high-quality small lathes and milling machines that are carefully finished under a unique quality control system that consolidates years of manufacturing technology for machine tools. Due to their ease of operation and high cost performance, there are numerous sales achievements in various companies, universities, and research institutions. [Contents] ■ Small Lathes ■ Small Milling Machines ■ Small Radial Drilling Machines ■ Universal Machine Tools ■ Small Band Saws ■ Bending Machines ■ Mini Hand Presses ■ Cutting Machines *Recommended for prototyping, research and development, and small lot production! By clicking the link below, you can view the product catalog and prices, as well as product introduction videos and special offers (limited quantity items, outlet items, and clearance items).

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New Standard Lathe 'VERSEC-neo'

New ordinary lathe made in Japan! Achieves reduction in processing time and tool costs! The more you use it, the more comfortable the work becomes! *This is not a CNC lathe.

Our factory (Yaizu City, Shizuoka Prefecture) is currently conducting live machine demonstrations and trial processing with workpieces! The 'VERSEC-neo' is a conventional lathe equipped with an inverter drive for the main spindle and independent servo drives for the lead screw and feed. This allows for independent control of spindle speed and feed rate, enabling various cutting conditions that are not possible with traditional lathes. Additionally, the infinitely variable spindle and feed can significantly reduce machining time. Furthermore, it can minimize chipping and tool breakage, leading to reduced tool costs. The feed for the carriage and tool post is not controlled by a manual pulse generator, preserving the direct usability characteristic of conventional lathes, while also ensuring safety with standard features such as a foot brake, spindle safety cover, T-wrench safety holder, and emergency stop button. **Features** - Freely control various cutting conditions - The operation panel can be adjusted to an angle that is easy for the operator to see - Smooth threading of various types can be performed without changing gears - Equipped with various safety devices as standard *Note: VERSEC is not a CNC conventional lathe.* *For more details, please feel free to contact us.*

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The benefits of automating machine tools! How to improve the detachment from machines?

Introducing the benefits brought to the workplace, such as factories, and what kinds of tasks can actually be automated!

General-purpose lathes and milling machines, which require manual operation during processing, are used in many workplaces. However, it is difficult to achieve precise machining of the same item, making them unsuitable for mass production, and they also require skilled operators, which presents certain disadvantages. As a result, in recent years, there has been progress in the development of "automation" technologies for various tasks using machine tools. In this article, we will introduce the benefits that the automation of machine tools brings to factories and other workplaces, as well as what types of tasks can actually be automated. [Contents] ■ What is automation of machine tools ■ Background of the growing attention to automation ■ Advantages and disadvantages of automation ■ Examples of processes that can actually be automated ■ Automation of multi-tasking machines ■ Conclusion *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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What is the rigidity of machine tools? What makes a good machine?

Explanation of 'The rigidity of machine tools' and 'The balance between rigidity and usability'!

Rigidity generally refers to the difficulty of deformation in response to external forces. In the context of machine tools, it is often used to convey nuances such as the robustness of the machine and the stability of processing accuracy. It is not an exaggeration to say that a machine with high rigidity is one of the essential conditions for a good machine. 【Contents】 ■ What is the rigidity of machine tools? ■ What makes machines with high rigidity impressive? ■ The balance between rigidity and usability ■ Conclusion *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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Explanation of coordinate calculation in the tapered section.

A detailed explanation of coordinate calculations in the tapered section in column format!

A taper refers to a shape that narrows like a cone, and it is a common shape seen in machined parts. At first glance, it may seem that the shape is simply a straight line cut at an angle, without any complicated coordinate calculations. However, in actual drawings, it is not that simple. Often, one of the coordinates for the starting or ending position of the taper can be easily read from the drawing, but the other coordinate needs to be calculated based on the information provided in the drawing. [Contents] ■ What is a taper? ■ Trigonometric functions are essential for coordinate calculations ■ Let's calculate using the drawing! ■ More calculations are needed for actual machining ■ Summary *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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  • Lathe

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What are cutting conditions? How should they be determined?

Explanation of "Content and Method of Cutting Conditions" and "Application of Cutting Conditions"!

To perform machining, machine tools need to specify values such as cutting speed, rotation speed, feed rate, and depth of cut, which are referred to as cutting conditions (or machining conditions). The appropriate values for cutting conditions vary depending on the material of the workpiece and the cutting tool (tool, tool) as well as the shape to be machined, so they must be changed each time the material changes. If the cutting conditions are not appropriate, various disadvantages can occur, such as poor machining accuracy, longer machining time, and chipping or shortening the lifespan of the cutting tool. [Contents] ■ What are cutting conditions ■ Content and determination of cutting conditions ■ Application of cutting conditions ■ How to determine cutting conditions ■ Summary *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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  • Lathe

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Introducing the types of machine tools and processing methods! What features do they have?

Introducing the main types of machine tools used on-site and the processing methods using them!

Products such as smartphones and automobiles, which have become indispensable in our lives, are all created from parts made using machines collectively referred to as "machine tools." There are various types of machine tools developed to match the shapes and materials that need to be processed, supporting the diverse manufacturing in the world. In this article, we will introduce the main types of machine tools used in the manufacturing industry and the processing methods that utilize them. [Contents] - Types of machine tools - Representative machine tools - Processing methods using machine tools - Summary *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.*

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Ultra-precision small NC lathe "SNC-28TG"

Multi-NC grinding machine aimed at composite processing of cutting, grinding, and measuring.

The 28TG, developed from the SNC-20G, is a multi-NC grinding machine that can handle all types of main axes: vertical, inclined, and horizontal, with just one unit. It also grinds molds for optical lenses with a diameter of less than 1mm at high speed. For more details, please contact us or refer to the catalog.

  • lathe
  • Grinding Machine
  • Lathe

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SNC Lathe Series Machining Data Materials

Various machining data for lathe series suitable for high-precision part processing are published!

This data document introduces verification data on the machining accuracy of a lathe series that employs a comb-shaped cutting tool holder, suitable for high-precision component machining. It includes data on dimensional changes for the inner diameter (φ3) during continuous processing of 100 units of the "SNC-35HP," as well as basic accuracy of the "SNC-Pi series" and continuous processing data for 250 units of the "SNC-20P." [Models Featured] ○ SNC-35HP ○ SNC-Pi series ○ SNC-20P ○ SNC20HPISP For more details, please contact us or download the catalog.

  • Other machine tools
  • Lathe

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Precision Small NC Lathe "SNC-35HPi" with Knife Edge Shape

Achieving dimensional changes of less than 1μm during long continuous operation! Introduction of the HP specification 6-inch machine.

The "SNC-35HPi" is a compact NC lathe equipped with a built-in spindle featuring a through hole of φ32. It maintains dimensional changes of less than 1μm during long hours of continuous operation from a cold start. It has a special heat transfer prevention structure that prevents heat generated by the ball screw and servo motor from being transmitted to the slide. An automated system using a gantry loader is standardized, and system expansion is also possible. 【Features】 ■ Special heat transfer prevention structure that prevents heat generated by the ball screw and servo motor from being transmitted to the slide ■ Equipped with a built-in spindle featuring a through hole of φ32 ■ Standardized automated system using a gantry loader ■ Compatible with hard turning ■ Can accommodate bar materials up to φ20mm *For more details, please refer to the PDF document or feel free to contact us.

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  • Lathe

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Precision Small NC Lathe "SNC-40P II" with Knife Edge Shape

High rigidity enables high-precision machining of iron-based components! The X-axis stroke features one of the largest classes of high-rigidity machines in the industry.

The "SNC-40P II" is a precision small NC lathe equipped with a high-rigidity main spindle base, capable of high-precision machining of iron-based and hardened materials. With an X-axis stroke of 400mm, it offers ample tooling space. It adopts a wide-area direct chip discharge system, enabling long hours of unmanned operation. You can choose from two types of spindles (built-in/belt drive). 【Features】 ■ High rigidity allows for high-precision machining of iron-based parts ■ Ample tooling space with an X-axis stroke of 400mm ■ Wide-area direct chip discharge system enables long hours of unmanned operation ■ Two types of spindles (built-in/belt drive) to choose from ■ Standardized automation system with a gantry loader ■ Compatible with hard turning *For more details, please refer to the PDF materials or feel free to contact us.

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Powerful Universal Lathe "HR Series"

Active in small-scale production and processing of large parts! Extensive track record of implementation both domestically and internationally.

Our company has over 60 years of sales experience and handles the powerful general-purpose lathe 'HR Series' manufactured by KINGSTON, which is widely adopted both domestically and internationally. It is suitable for fully manual operations, making it ideal for one-off items and processing that requires modifications, particularly for the machining of large parts in small production runs. 【Features】 ■ Numerous achievements in Japan ■ Can also be utilized for rework of NC lathe processed products ■ Effective for machining large rollers for industrial machinery, rubber rollers, etc. ■ A lineup of 7 types with a center distance of 2000 to 8000 mm *For more details, please refer to the materials (in English). Feel free to contact us as well.

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Small B-axis turning CNC lathe 'MC4200BL'

Compact spherical machining machine! With side processing, it enables a wide range of machining with one chucking.

The "MC4200BL" is a CNC lathe equipped with a small B-axis for turning. It allows for a wide range of machining with one chucking, including side processing. We accept test machining, so please consult with us (costs, materials, tools, etc. will be discussed separately). In addition, our company offers a lineup that can accommodate niche applications, such as machine tools for aerospace components and machinery for producing sample products and prototypes. You can trust us with all your machine tool needs. *For more details, please refer to the PDF document or feel free to contact us.

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CNC Lathe (1 Spindle 1 Turret) 'TCC-Series'

Secure high production and high quality with low investment! This is a two-axis CNC lathe that has reached the pinnacle of compactness.

The TCC-Series, due to its compact size, contributes to increased production in limited installation areas, and with the automation featuring a high-speed gantry loader, it is a CNC lathe that meets expectations for improved operating rates. The rapid feed speed has been increased by 50% compared to conventional machines (TCC-1100), and thermal displacement is minimized for high precision, while the tank bed structure allows for a large-capacity cutting oil tank. Additionally, it comes standard with a powerful 8-station turret tool holder (with a 12-station option available) and supports a hydraulic tailstock (optional). <Features> ■ High speed, high precision, compact ■ Flexible machine size layout ■ Compatible with chuck work and center work ■ Standard powerful 8-station turret tool holder ■ Hydraulic tailstock *For more details, please feel free to contact us.

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Vertical CNC Lathe (1 spindle, Kushi-bar turret) 'TK-Series'

A complete renewal of the long-selling model from 30 years! The definitive compact vertical lathe.

We perform heavy cutting and high-precision stable processing of medium-sized, thin-walled, and irregularly shaped workpieces. Depending on the workpieces, processes, tooling layout, and concepts for flexibility, you can choose from 400 swing or 600 swing specifications, as well as square turret, hexagonal turret, or octagonal turret options. 【Product Introduction】 ■TK-2100 Suitable for high-precision and heavy cutting of gear blanks, hubs, and more. The sliding surfaces utilize highly durable rectangular slide ways. It demonstrates stable turning performance for powerful cutting and intermittent cutting, resulting in high-quality finished surfaces. ■TK-2600 The sliding surfaces utilize highly durable rectangular slide ways. It demonstrates stable turning performance for powerful cutting and intermittent cutting, resulting in high-quality finished surfaces. *For more details, please feel free to contact us.

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High Rigidity CNC Lathe (1 Spindle 1 Turret) 'TC-Series'

High-precision and powerful cutting machines for medium to large items and long materials!

The "TC-Series" is a high-rigidity CNC lathe (1 spindle, 1 turret). It is a high-precision, powerful cutting machine suitable for medium to large workpieces and long materials, featuring a high-precision, powerful spindle base compatible with 12" and 15" chucks, a robust bed and saddle structure with all-axis angular slides, and a high-rigidity turret tool post. The lineup includes turning models like the "TC-40 L20" and turning & milling models like the "TC-40CM L10." 【Features】 ■ High-precision, powerful spindle base compatible with 12" and 15" chucks ■ Robust bed and saddle structure with all-axis angular slides ■ High-rigidity turret tool post ■ High-rigidity tailstock *For more details, please feel free to contact us.

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  • Other processing machines
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Small General Precision Lathe 'TSL-Series'

The skills of the turning craftsman shine! The TSL series is active in various companies and educational training facilities!

The small ordinary precision lathe TSL-Series allows skilled craftsmen to shine and can be utilized in various companies and educational training facilities. For practical training (education and training), the TSL-Series offers the TSL-550 and TSL-800, which are suitable for acquiring basic and advanced skills. 【Features】 ■ It has an automatic stop device for vertical feed (longitudinal direction), ensuring safety. ■ Feed and threading settings can be easily adjusted with lever and knob operations. ■ It features a safety-designed front pull-type start lever. ■ Equipped with a foot brake. ■ Comes with longitudinal memory color. *For more details about each product, please feel free to contact us.

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  • Lathe

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Small Ordinary Precision Lathe "TAL-Series"

The skills of the turning craftsmen shine! The TAL series is active in various companies and educational training facilities around the world and in Japan!

The TAL-Series small ordinary precision lathes allow skilled craftsmen to shine and can be utilized in various companies and educational training facilities. For practical training (education and training), the TAL-Series is suitable for acquiring basic and advanced skills, with models TAL-460, TAL-510, TAL-540N, and TAL-600 available. 【Features】 ■ Equipped with safety features ■ Designed with a low center of gravity ■ Stable heavy cutting and high-precision processing *For more details on each product, please feel free to contact us.

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Okayama Factory Equipment Owned

Introducing our extensive range of equipment, including knife-edge NC lathes and Mitutoyo three-dimensional measuring machines!

We would like to introduce the equipment owned by our Okayama factory. We have a lineup that includes the "OKK VC51" in the 40 class, the "Mori Seiki NV5000," the "Kitamura Machinery Mycenter ZERO" in the 30 class, the turret-type NC lathe "Mori Seiki NL2000Y," and the "Mitutoyo shape measuring machine," among others. 【Owned Equipment (Partial)】 ■ 40 class (10 units) ■ 30 class (16 units) ■ 20 class (10 units) ■ Turret-type NC lathes (3 units) ■ Slant bed NC lathes (22 units) *For more details, please refer to the PDF document or feel free to contact us.

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Universal Precision Lathe Compact 7

For all types of precision machining. Metal processing, resin processing, woodworking, cylindrical cutting, end face cutting, threading, parting processing, drilling, and simple milling can be performed.

This is a tabletop lathe that is essentially a smaller version of a compound lathe. It is compact enough to fit on a standard office desk, taking up minimal space. The motor drive features a genuine timing belt transmission and a variable speed gear mechanism, and it includes an automatic feed system. Basic turning is, of course, possible, as well as simple milling operations using a threading attachment or milling attachment, all in a space-saving design. Additionally, a wide range of options is available to expand its uses. With various items, it can accommodate all kinds of precision machining. You can create your own dedicated machining workshop in your office or home. A three-jaw scroll chuck and cutting tools are included as standard, so you can start machining right away if you have materials.

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  • Milling machine
  • Lathe

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Precision Mini Lathe Compact 3

Easy metalworking in the office! Turning can be done. A convenient ultra-mini lathe that is portable, and a solid cast iron mini mini lathe.

Huh? Is this a lathe?! Everyone says that. It's a mini-sized lathe, but it's portable and can be used on an office desk or installed in a car, making it convenient for small spaces. Despite its size, it features a stable construction with a cast iron, rib-structured V-bed. It's perfect for those who want to see a lathe for the first time, or for learning before using a full-sized lathe, making it just right for enjoying some lathe work at the office or home.

  • lathe
  • Power tools
  • Lathe

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Share 3D data with 3DPDF! 3DTascalX

A high-functioning yet low-cost 3D viewer that is more than a viewer but less than CAD.

Download the free trial version from the link below!! https://www.3dtascal.com/products/trial.html#3dt_trial "3DTascalX" now allows output to 3DPDF. Not only 3D shapes but also information such as hierarchy, dimensions, annotations, and viewpoints can be converted to PDF, making it ideal for information sharing. There is no need for the recipient to install special 3D data software, as it can be viewed with the free Adobe Reader. 【Features】 - Supports a wide range of data including CATIA V4, V5, NX, Creo, SolidWorks, JT, Parasolid, IGES, STEP, ACIS, Cfio, Inventor, and 3DPDF - Dedicated function for batch processing data conversion - High precision measurement up to 1/10,000,000 order - Elliptical and spline approximation arc interpolation possible when converting 3D to 2D - Visually easy verification by color-coding design change areas, heights, slopes, holes, undercuts, etc. - Enables extensive information sharing with minimal licensing using a free viewer

  • Other CAD
  • Other CAM related software
  • Data conversion software
  • Lathe

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[User Case] 3DTascalX: Nissan Motor Co., Ltd.

Confirmation time for processing instruction information has been shortened! Effective in reducing processing errors, streamlining production processes, and significantly lowering cost losses! *Case studies available.

You can download user case studies of "3DTascalX," which is based on the concept of "more than a viewer, less than CAD," from the link below! At Nissan Motor Co., Ltd. (hereinafter referred to as Nissan), the Resin Technology Department, which designs and manufactures production molds for bumper-related parts, has been working on reforms from various angles to reduce in-house labor and shorten lead times. It was understood that to achieve lead time reduction and cost savings, it is essential to maximize the use of 3D data created in the upstream process and to digitize processing information. What led Nissan to choose "3DTascalX" in order to determine the optimal flow with the right tools? *Please check the answer by clicking the download button below!

  • Vehicle body parts
  • Interior parts
  • Resin mold
  • Lathe

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[User Case] 3DTascalX: Daiho Seiki Co., Ltd.

Confirmation time for processing instruction information has been shortened! Effective in reducing processing errors, streamlining production processes, and significantly reducing cost losses! *Case studies available.

You can download user case studies of '3DTascalX', which is based on the concept of "more than a viewer, less than CAD," from the link below! Daiho Seiki Co., Ltd. (hereinafter referred to as Daiho Seiki) is a manufacturer of automotive equipment headquartered in Toyota City, Aichi Prefecture. Originally, they provided prototype welding instructions made on paper along with CAD data. However, in 2002, Toyota Motor Corporation announced the global transition from its in-house developed "Integrated CAD" to CATIA, which led to welding information being provided as CATIA data. What led Daiho Seiki, which struggled with the issue that "welders who have never touched CAD find it difficult to operate even with a CATIA environment set up," to choose '3DTascalX'? *Please check the answer by clicking the download button below!

  • Vehicle body parts
  • Interior parts
  • Resin mold
  • Lathe

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[User Case] 3DFovi: Misaka Light Industry Co., Ltd.

After the introduction of 3DFovi, the estimation man-hours for plastic molded products have been halved!

We would like to introduce the case of Misaka Light Industry Co., Ltd., where the work hours for estimating plastic molded products have been halved after the introduction of 3DFovi, and proposals to manufacturers have also become possible. Misaka Light Industry Co., Ltd. is a company that handles the molding, processing, and sub-assembly of plastic products. Recently, as the shapes being molded have become more complex, it has become impossible to accurately calculate weights using only 2D drawings. With complex shapes, it was difficult to see the structure and detailed parts of the product using 2D drawings. By introducing "3DFovi," accurate and quick weight calculations have become possible. Additionally, the clipping function allows for detailed views of the product's cross-section and structure, which has been helpful in understanding undercut shapes. [Product Introduced] ■3DFovi *For more details, please refer to the PDF materials or feel free to contact us.

  • 3D CAD
  • Other CAD related software
  • Lathe

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[User Case] 3DTascalX: Nagoya Precision Mold Co., Ltd.

The most important sales strength for the company is the quality of the molds created. *Case studies are currently being presented.

You can download user case studies of "3DTascalX," which is based on the concept of "more than a viewer, less than CAD," from the link below! Nagoya Precision Mold Co., Ltd. is a plastic mold manufacturer that designs and manufactures molds primarily used for producing lamps for four-wheeled and two-wheeled vehicles. In the sales department, we could not view any 3D data arranged by our clients, so we had to go to the design department where CAD was available. Additionally, as the production technology department, the design review (DR) before mold design is very important, but looking back now, we were not able to conduct any DR using 3D data at all. There were gaps and omissions in the information communication from the personnel responsible for actual exchanges with clients, and there were frustrating moments when they could not answer questions on the spot. What are the effects of introducing "3DTascalX" at Nagoya Precision Mold Co., Ltd.? *Please check the answer from the download button below!*

  • 3D CAD
  • Other CAD related software
  • Lathe

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[User Case] 3DTascalX: Fujibakelite Co., Ltd.

We can now complete the examination of plastic molded products within the department!

Introducing user cases of '3DTascalX', which is based on the concept of "more than a viewer, less than CAD." Fujibakelite Co., Ltd. is a parts manufacturer that handles everything from mold making, molding, decoration, to assembly of plastic products used in circuit breakers, power meters, and automotive interior components. The engineering department only has one CATIA V5, which often leads to waiting for work orders, causing delays in responses to clients and resulting in omissions or errors due to human involvement. What led Fujibakelite Co., Ltd. to choose '3DTascalX' while considering alternatives to increasing their 3D CAD tools? *Please refer to the external link page for the answer!

  • 3D CAD
  • Other CAD related software
  • Lathe

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[User Case] 3DTascalX: Kyoshin Plastic Co., Ltd.

Quick and accurate estimation of resin parts can be made, and the precision of mold manufacturing instructions has also improved!

Introducing user cases of '3DTascalX', which is based on the concept of "more than a viewer, less than CAD." Kyoshin Plastic Co., Ltd. (hereafter referred to as Kyoshin Plastic) is a manufacturer of plastic parts for automotive interior components, as well as agricultural machinery, construction machinery, and industrial machinery. The automotive industry has advanced in 3D design early on. Kyoshin Plastic also adopted CATIA V4 to accommodate the provision of 3D data from clients. However, CATIA V5 posed challenges such as fundamentally different architecture from CATIA V4, high costs for implementation and maintenance, and a limited number of users who could operate it. Kyoshin Plastic believed that if a sales engineer could use a product that consistently supports their work, it would create a new workflow and be advantageous. What led them to choose '3DTascalX'? *For the answer, please see the external link page!*

  • 3D CAD
  • Other CAD related software
  • Lathe

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