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Precision CNC Lathe Product List and Ranking from 5 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.

Precision CNC Lathe Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.

  1. 中村留精密工業 Ishikawa//Industrial Machinery
  2. Takahashi Machinery Co., Ltd. Niigata//Industrial Machinery
  3. 長谷川機械製作所 Saitama//Industrial Machinery
  4. 4 北村製作所 本社 Tokyo//Industrial Machinery
  5. 5 S&Mマシナリー Chiba//Industrial Machinery
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Precision CNC Lathe Product ranking

Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.

  1. Parallel 2-Spindle 2-Turret Precision CNC Lathe 'L5T-W-NCL' Takahashi Machinery Co., Ltd.
  2. Small Precision CNC Lathe Comprehensive Catalog 北村製作所 本社
  3. Small Precision CNC Lathe 'J25' 長谷川機械製作所
  4. Ultra-compact Precision CNC Lathe 'P15/25' 長谷川機械製作所
  5. 5 What is the rigidity of machine tools? What makes a good machine? 中村留精密工業

Precision CNC Lathe Product List

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

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?

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.

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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What are cutting conditions? How should they be determined?

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

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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Small Precision CNC Lathe WNC-25FX

Small Precision CNC Lathe WNC-25FX

Compact design for space-saving. Eliminate worries about chip disposal!! Directly from the large opening directly beneath the main spindle.

Using the Mitsubishi MELDAS 64AL equipped with a 64-bit RISC processor in the control unit. Achieves significant improvement in processing capability, high efficiency, and high-precision machining.

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Small Precision CNC Lathe WNC-25-FX

Small Precision CNC Lathe WNC-25-FX

Solve the problems of chip disposal!!

The large opening makes it very easy to change setups.

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Small Precision CNC Lathe WNC-25-FX

Small Precision CNC Lathe WNC-25-FX

Solve your chip disposal problems! A compactly designed, space-saving small precision CNC lathe.

The compact and lightweight WNC-25-FX small precision CNC lathe features a space-saving design and uses the highly reliable Mitsubishi MELDAS control system. It achieves high precision and functionality, allowing for free manipulation of R curves. Additionally, it is cost-effective. For more details, please download the catalog or contact us.

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Ultra-compact Precision CNC Lathe 'P15/25'

Ultra-compact Precision CNC Lathe 'P15/25'

High-precision specifications of 0.1μm + environmentally friendly semi-dry specifications! It features an ultra-compact design with a width of only 550mm.

The "P15/25" is a super compact lathe that has received high praise for its excellence in precision parts processing, particularly in IT and automotive-related fields. With a compact design featuring a front profile and a width of just 550mm, it minimizes the work transport distance during line construction, contributing to reduced idle time and improved production efficiency. 【Features】 ■ Ideal for high-precision parts processing in IT and automotive-related fields ■ Ultra-compact design with a width of only 550mm ■ High precision specification of 0.1μm ■ Equipped with a super-fast gantry loader with a rapid feed of 200m/min ■ A variety of loader options available *For more details, please download the PDF or feel free to contact us.

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[Information] Nakamura Toru in 5 Minutes

[Information] Nakamura Toru in 5 Minutes

A machine tool manufacturer that reduces burdens in the field around the world and enriches the lives of those involved in manufacturing.

This document provides a brief introduction to Nakamura-Tome Precision Industry. It includes sections such as "What is Nakamura-Tome Precision Industry," "What is a multitasking machine," "Benefits of process integration," "Product lineup," and "Core values." The document is easy to understand and features numerous images. We encourage you to read it. 【Contents (partial)】 ■ What is Nakamura-Tome Precision Industry ■ The stage is the whole world ■ What is a multitasking machine ■ Features of multitasking machines ■ Benefits of process integration ■ Product lineup *For more details, please refer to the PDF document or feel free to contact us.

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Know-how for reducing cycle time in NC lathes!

Know-how for reducing cycle time in NC lathes!

An explanation of the key points for time reduction that manufacturer engineers actually implement!

NC lathes can automatically cut workpieces by setting the position information of the cutting edge and directing the movement path of the tool with an NC program. Once the program is created, it can repeatedly perform high-precision machining. At this time, the cycle time per product is determined by the created NC program, but it can be shortened by reviewing and optimizing this program once again. In this article, we will explain the key points for time reduction that manufacturer engineers actually implement. [Contents] ■ Introduction ■ Concept of Cycle Time ■ Points for Reducing Idle Time ■ Methods for Reducing Idle Time ■ 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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How was 1 meter determined? An explanation of the history of length and units!

How was 1 meter determined? An explanation of the history of length and units!

This time, I have summarized the history of length and units in a column format!

In manufacturing, "length" is an inseparable relationship. What we call "1m" is a universally recognized standard, and while there may be slight discrepancies depending on the object, it is almost the same length. How was this determined and standardized? This time, we have summarized the history related to length and units. [Contents (excerpt)] ■ Introduction ■ Shakkanhō (Japanese traditional measurement system) ■ Metric system and the Meter Convention ■ Abolition of Shakkanhō ■ Yard-Pound system ■ Abolition of the meter prototype and new standards *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 intelligent technology? The amazing technology of machine tools!

What is intelligent technology? The amazing technology of machine tools!

We will introduce the types and benefits of intelligent technologies in a column format!

Intelligent technology refers to systems or software that allow machines to understand real-time situations, detect changes, and perform appropriate actions, making it seem as if the machines are thinking and acting on their own. In everyday examples, this includes air conditioning sensors that detect people and room temperature to automatically adjust airflow direction and volume, or smart speakers that interact with people and respond to various requests. [Contents] ■ What is the intelligence of machine tools? ■ What types of intelligent technologies are there? ■ Benefits of intelligent technology ■ 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 are the industry terms and technical jargon in the machinery industry?

What are the industry terms and technical jargon in the machinery industry?

Explanation of various industry terms and specialized terminology! I will also explain the reasons for their usage.

Have you ever experienced a situation where words you casually mentioned while talking about work with friends or family didn’t resonate, or when someone new asked you what a term meant while you were teaching them? These might be what are commonly referred to as industry jargon or technical terms. What kinds of terms exist in fields such as machine tools, metal manufacturing, and factories? Why are such words used? I have summarized these points. 【Contents】 ■ Introduction ■ Various industry terms and technical terms ■ Why are industry terms and technical terms used? ■ Conclusion *For detailed content of the column, you can view it through the related links. Please feel free to contact us for more information.

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How big is Nakamura's machine?

How big is Nakamura's machine?

Things as large as a refrigerator or even factories can be completely buried! Here’s an example.

The size of machine tools varies depending on the type, processing method, and the size of the items to be processed. For simple general-purpose machines, there are ones as small as a refrigerator, while fully automated machines that utilize many peripheral devices can be large enough to fill an entire factory. Nakamura's machines are CNC lathes and multi-tasking machines designed for small to medium-sized parts, but just how big are they? I would like to introduce an example. [Contents] ■ Introduction ■ Overall Length ■ Height ■ Weight ■ Summary *Detailed content of the column can be viewed through the related links. For more information, please feel free to contact us.

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Why does poor processing occur? Explanation of causes and countermeasures!

Why does poor processing occur? Explanation of causes and countermeasures!

We will introduce topics such as Bali, chipping, and edge chipping in a column format!

This column will provide a detailed explanation of the causes and countermeasures for processing defects. Processing defects refer to situations where the shape or accuracy does not conform to the specifications in the drawings, or where processing must be interrupted. When processing defects occur, various disadvantages arise, such as "the need for rework or corrections, which increases labor hours," and "deterioration of accuracy and fit." [Contents] ■ What are processing defects ■ Burrs ■ Edge chipping ■ Chipping ■ Chip entanglement ■ Summary *For more details on the column, you can view it through the related links. Please feel free to contact us for more information.

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Small Precision CNC Lathe 'WNC-25(17)-OXP'

Small Precision CNC Lathe 'WNC-25(17)-OXP'

We offer a cutting oil system as an option! Introducing a high-precision small CNC lathe.

The "WNC-25(17)-OXP" is a compact precision CNC lathe with high-precision specifications. As an option, a cutting oil system is available. The spindle motor is an AC200V-2.2KW-4P inverter. The X-axis travel is 130mm, and the Z-axis travel is 100mm. 【Specifications (excerpt)】 ■ Swing over bed: 240mm ■ Swing over tool post: 48mm ■ Collet diameter: φ25, body diameter 32 (φ17, body diameter 23) mm ■ X-axis travel: 130mm ■ Z-axis travel: 100mm *For more details, please refer to the PDF document or feel free to contact us.

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Parallel 2-Spindle 2-Turret Precision CNC Lathe 'L5T-W-NCL'

Parallel 2-Spindle 2-Turret Precision CNC Lathe 'L5T-W-NCL'

3-axis vertical NC loader included! Precision CNC lathe with parallel 2 spindles and 2 turret system.

The "L5T-W-NCL" is a precision CNC lathe with a 3-axis vertical NC loader and a parallel twin-spindle, twin-turret design. With two main spindle units arranged in parallel and an 8-station turret tool holder, it allows for various processing options, including identical processing and front-and-back processing with an additional reversing device. The product stocker can accommodate conveyors, index stockers, pallet stockers, and more. 【Features】 ■ Equipped with a 3-axis vertical NC loader ■ Parallel twin-spindle, twin-turret design ■ Various processing options available ■ Product stocker compatible with conveyors, pallet stockers, etc. ■ Main spindle units mounted on Z-axis slides *For more details, please refer to the PDF document or feel free to contact us.

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Precision CNC Lathe "MICROSTAR L20T-W-NCL"

Precision CNC Lathe "MICROSTAR L20T-W-NCL"

Parallel 2-spindle 2-turret type! The 8-sided tool holder features high rigidity and high precision three-piece coupling.

The "MICROSTAR L20T-W-NCL" is a precision CNC lathe equipped with a 3-axis vertical NC loader. It features two parallel main spindle units, each equipped with an 8-station turret tool holder on their respective X and Z-axis slides. This allows for various processing options, including the same processing or back-and-forth processing with an additional reversing device. Additionally, the main spindle units and turret tool holders are installed on the same base, with the left and right sides separated, making it resistant to vibrations and capable of high-precision machining. 【Features】 ■ The product stocker can accommodate various options such as conveyors, index stockers, and pallet stockers. ■ The spindle has a robust structure that can withstand powerful cutting and is suitable for high-speed rotation. ■ The 8-station tool holder uses a high-rigidity and high-precision three-piece coupling. ■ The X-axis slide utilizes precision linear guides. *For more details, please refer to the PDF document or feel free to contact us.

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Precision CNC Lathe 'MICROSTAR L70FB-NCL'

Precision CNC Lathe 'MICROSTAR L70FB-NCL'

Patented technology for high precision and high efficiency! Equipped with our own built-in spindle unit.

The "MICROSTAR L70FB-NCL" is a precision CNC lathe that enables high-precision machining of both sides of a workpiece simultaneously through independent 4-axis slides. With opposing dual spindles, it allows for high-precision, phase-aligned chucking. The delivery chuck enables fast workpiece loading and unloading. 【Features】 ■ Equipped with a 3-axis orthogonal NC loader ■ Capable of high-precision machining on both sides of the workpiece simultaneously ■ Allows for high-precision, phase-aligned chucking ■ Fast workpiece loading and unloading with the delivery chuck ■ Equipped with an in-house built-in spindle unit *For more details, please refer to the PDF document or feel free to contact us.

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Small Precision CNC Lathe Comprehensive Catalog

Small Precision CNC Lathe Comprehensive Catalog

Featuring the compact precision CNC lathe "KNC Series," known for its high rigidity and high precision!

This catalog is the comprehensive catalog of Kitamura Seisakusho Co., Ltd., which manufactures and sells precision machine tools. It features the compact precision CNC lathe "KNC Series," which combines years of accumulated manufacturing know-how and cutting-edge technology, as well as the upgraded compact precision CNC turret lathe "TX Series," based on the pioneering CNC series. [Contents] ■ KNC Series (Compact Precision CNC Comb Lathe) ■ TX Series (Compact Precision CNC Turret Lathe) *For more details, please download the PDF or feel free to contact us.

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Small Precision CNC Lathe 'J25'

Small Precision CNC Lathe 'J25'

High precision stability over a long period with a double V-shaped slide! Compact new comb blade type NC lathe.

The J25 is a representative small NC lathe manufactured by a precision machine tool maker that produces high-precision equipment capable of achieving roundness of 0.1μm and surface finish roughness of 0.7μm, using a 5-inch chuck with a comb blade type NC lathe. It is built by consolidating the technology of small NC lathes, achieving high performance while thoroughly reducing costs. It can accommodate various automation devices and special specifications. Additionally, it features a structure designed to counter thermal deformation, resulting in an extremely low number of corrections needed during a day's work, which is one of its characteristics. 【Features】 ■ Abundant applications ■ Stable machining accuracy ■ Compact ■ Excellent cost performance, etc. *For more details, please download the PDF or feel free to contact us.

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3-axis vertical NC loader included! Parallel 2-spindle 2-turret precision CNC lathe.

3-axis vertical NC loader included! Parallel 2-spindle 2-turret precision CNC lathe.

Precision CNC lathe 'L5T-W-NCL' with parallel 2-spindle 2-turret design.

【Parallel 2-Spindle 2-Turret Precision CNC Lathe 'L5T-W-NCL'】 Various configurations are possible, including identical processing on both axes and back-and-forth processing with an inversion device. 〈Features〉 ■ The spindle uses a built-in motor By incorporating the motor inside the spindle head and directly driving the spindle, it enables high-precision and high-speed cutting compared to belt-driven systems. It is also equipped with a cooling system to effectively manage heat generation. ■ Equipped with a user-friendly compact 8-station turret. ■ Our self-designed 3-axis linear CNC loader can be customized according to the factory layout. *For more details, please refer to the PDF document or feel free to contact us.

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High-precision machining resistant to vibration! Precision CNC lathe

High-precision machining resistant to vibration! Precision CNC lathe

Parallel 2-spindle 2-turret type! The 8-sided tool holder features high rigidity and high precision with the three-piece coupling 'MICROSTAR L20T-W-NCL'.

【Precision CNC Lathe 'MICROSTAR L20T-W-NCL'】 Equipped with a spindle that can accommodate up to 8 inches, it allows for various machining processes such as identical machining and front-and-back machining. 〈Features〉 ■ The spindle is compatible with an easy-to-use 8-inch chuck. ■ The high-rigidity slide structure can handle everything from rough machining to finishing. ■ Conveyors, index stockers, and pallet stockers are designed in-house to meet all your requirements. *For more details, please refer to the PDF document or feel free to contact us.

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Simultaneous high-precision machining of both sides of the workpiece! Precision CNC lathe.

Simultaneous high-precision machining of both sides of the workpiece! Precision CNC lathe.

Patent technology for high precision and high efficiency! Equipped with our own built-in spindle unit, the 'MICROSTAR L70FB-NCL'.

【Precision CNC Lathe 'MICROSTAR L70FB-NCL'】 A new machine that is optimal for automotive parts processing with a 5-inch chuck for front and back machining! 〈Features〉 ■ Renewed from our patented L60FB-NCL to support a 5-inch chuck ■ Ideal for mass production of workpieces where phase is important, thanks to simultaneous front and back machining ■ Achieves precision finishing processes comparable to grinding machines with a dual-spindle NC comb-type lathe, ensuring roundness and surface roughness ■ Equipped with a built-in motor in the spindle The motor is housed inside the spindle head, allowing for direct drive of the spindle, enabling high-precision and high-speed cutting compared to belt-driven systems Complete with a cooling system to effectively manage heat generation ■ Equipped with a gantry loader, enabling automated production in combination with various peripheral devices such as conveyors and stockers *For more details, please refer to the PDF document or feel free to contact us.

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