システムクリエイト Product Lineup

The "Mill-key PRO" is a CNC milling machine capable of various machining operations with a maximum spindle speed of 60,000 RPM and a wide processing range. ■ Extensive Size Options We offer a wide lineup from desktop sizes to large models that can accommodate sheets up to 1000×500 in size. [Table Sizes] - 30: 790×390mm - 60: 1,000×700mm - 60L: 1,610×700mm - 60 ATC: 1,080×700mm - 60L ATC: 1,690×700mm ■ Reduced Processing Time with ATC Models We provide models equipped with automatic tool changers that can hold up to 6 tools as standard. Machining can be completed from roughing to finishing without stopping. ■ Various Options to Support Different Machining Needs - Coolant Specification: Improves surface finish and accuracy - Dust Collection Specification: Reduces chip scattering - Vacuum Table: Ideal for routing processing of sheet materials - High Column Z-axis: Accommodates machining of thick workpieces - Half Cover/Full Cover: Measures for chip scattering and safety - Spindle: Selectable RPM for different machining applications - Tool Length Measurement Device: Reduces time for tool length correction *You can download the PDF catalog from the button below.

【Processing School in Progress!】 The "MDX-50" is a 3D milling machine that allows for design, prototyping, additional processing, and in-house jig manufacturing, all on a desktop. It accommodates various resin materials and can perform milling with the same material as the final product. [Features] ■ Balances a large processing area with ease of installation Achieves a large processing range with a compact body size. Operates on a 100V power supply, requiring no additional equipment, making it easy to install. ■ Reduces processing time Equipped with an automatic tool changer (ATC) as standard, allowing for automatic tool exchange without interruption from roughing to finishing. ■ Supports automatic double-sided processing Using an optional rotary axis unit reduces setup time for double-sided processing. ■ Easy processing setup with included software The interactive CAM software "SRP-Player" is included as standard. Even beginners can easily set up processing by simply answering questions. A simplified processing software "ClickMILL," which allows for drilling, surfacing, chamfering, and pocket milling without using 3D CAD, is also included as standard.

The "SRM-20" is a low-cost, compact cutting machine that is widely used by companies and educational institutions for circuit board creation. With cutting processing, you can create circuit boards from design data in a short time without worrying about outsourcing lead times and costs, or handling corrosive liquids and waste disposal during etching. This offers many advantages when multiple prototypes or small quantities of circuit boards are needed.

This document is a series that proposes solutions for various challenges faced in production sites, from identifying issues to finding solutions. In the "3D Data Utilization Edition," we will introduce various solutions to manufacturing challenges through the use of 3D data. In Vol. 6, we will focus on "Shortening the Development Cycle" and discuss improvements in the prototyping process using 3D modeling tools. [Document Overview] The internalization of the prototyping process is making significant progress alongside the trend of shortening product development cycles, such as reducing the number of prototypes through the use of CAD and CAE analysis. However, in prototyping with widely used 3D printers, we often hear about challenges such as: - Inability to evaluate with desired materials - Dissatisfaction with precision - Excessive costs for maintaining equipment To address these challenges, an increasing number of people are considering the use of "modeling machines." This document introduces the features of "3D modeling tools" that achieve cost reduction and shorten the development process. It explains the scenarios in which the two tools, 3D printers and modeling machines, excel and struggle. *You can download the document using the button below.

This CNC lathe is recommended for processing small cylindrical shapes and skill development. It can handle a variety of external diameter machining, which is the most commonly used process in lathe machining. [Features] ■ High operability Compatible with ISO standard G-code, it supports general programs, threading cycles, constant surface speed, and constant spindle speed machining commands. ■ Compatible with light metals such as aluminum and brass, as well as resins Equipped with a high-power/high-speed spindle on a cast iron machine base, it can handle materials from light metals like aluminum and brass to resins. ■ Sturdy machine base made of cast iron Combining ball screws with a dovetail structure for the drive unit reduces vibrations during machining, achieving a positioning accuracy of 0.02mm. ■ Space-saving CNC machining It occupies a minimal installation area of just 0.7m², and the main unit is fully covered, allowing for safe and space-efficient machining. *Please refer to the PDF data available via the download button below.

[Features] ■ Customizability according to the environment Based on the main unit, it is possible to combine options such as safety covers and ATC units. You can customize the machine to suit your company's environment according to its usage and surroundings. ■ CAM software that requires no specialized knowledge The dedicated CAM for Mill-Key Pro, "Bob-CAM for Mill-Key Pro," can be installed as an option. It allows you to create processing programs in just four simple steps, enabling anyone to easily create programs from day one. ■ Achieving excellent quality It can process various materials, including resin materials, lightweight metals such as aluminum and brass. *For more details, please refer to the PDF data available via the download button below.

The "AM4036" is a tabletop CNC router with a compact body size and a wide processing range. It can perform various tasks such as cutting out panels, producing multiple small parts, engraving, and creating jigs, equipped with the essential functions needed for on-site use. [Features] ■ Wide Processing Range It has a wide processing area of 440×360mm, capable of handling large workpieces as well as cutting out from sheets and processing small parts. ■ High-Speed Spindle The 2.2kW spindle supports a rotation speed of 6,000 to 24,000 min⁻¹. With inverter control, the optimal rotation speed can be set numerically according to the material and tool, allowing for processing while maintaining a constant rotation. ■ Space-Saving Machine Configuration The control box is housed at the back of the unit, and it uses a handheld controller. Machine operation allows for direct G-code transmission from USB to the controller, enabling operation without a PC, thus saving space outside the main unit and making it easier to introduce in limited environments. *You can download the PDF catalog from the button below.

In the prototype stage of the automotive industry, a quick response to design changes and the ability to process various shapes are required. In particular, since the precision of parts affects the performance of the product, high machining accuracy is essential. The tabletop CNC lathe 'YORNEW CK140' can handle lightweight metals such as aluminum and brass, as well as resins, accommodating the diverse materials needed for prototyping. 【Usage Scenarios】 - Prototyping of automotive parts - Machining of low-volume production parts - Production of prototypes for design verification 【Benefits of Implementation】 - Enables rapid prototyping - Accommodates a variety of materials - CNC machining in a compact space

In research and development, precise processing is required for the production of prototypes and experiments. Especially when prototyping new materials or shapes, high accuracy and flexible responses are essential. Conventional large lathes may not be suitable for small-lot prototyping or experimental processing due to issues with installation space and operability. The tabletop CNC lathe 'YORNEW CK140' achieves high operability and precision while being space-saving, meeting various needs in research and development. 【Usage Scenarios】 - Processing experiments for new materials - Production of prototypes - Processing of small quantities of diverse parts 【Benefits of Implementation】 - Increased efficiency of experiments - Shortened prototyping period - Cost reduction

In educational institutions, it is essential to provide students with skill acquisition and a safe practical environment. Particularly in learning the basics of metalworking, operability, safety, and space-saving are important factors. Inappropriate lathes can lead to student injuries and loss of educational time. The tabletop CNC lathe 'YORNEW CK140' addresses these challenges. 【Usage Scenarios】 - Metalworking practice - Skills training - Programming education 【Benefits of Implementation】 - Provision of a safe practical environment - Space-saving installation - Promotion of practical skill acquisition

In educational institutions, there is a demand for diverse teaching materials to nurture students' creativity and help them acquire practical skills in manufacturing. In particular, three-dimensional teaching materials made from materials such as wood and acrylic, as well as the processing of complex-shaped parts, are important for deepening students' understanding. However, manual processing is time-consuming and labor-intensive, making it difficult to produce high-precision items. The tabletop CNC router 'AM4036' enables cutting of various materials with its wide processing range of 440×360mm and high-speed spindle. This supports the efficiency of teaching material production in educational settings and fosters students' creativity. 【Usage Scenarios】 * Creation of three-dimensional teaching materials from wood and acrylic sheets * Enhancement of teaching materials' added value through engraving and design processing * Production of jigs and models 【Effects of Implementation】 * Reduction in teaching material production time * Improvement in students' creativity and technical skills * Enhanced learning outcomes through diverse teaching material production

In the prototype process of the mold industry, a quick response to design changes and high-precision machining are required. In particular, modifications during the prototype stage can not only affect the quality of the product but also lead to increased costs and time. The Mill-Key Pro 5040, despite its small size, addresses these challenges in prototyping by accommodating various materials and achieving high machining precision. Its dedicated CAM software allows for easy program creation even without specialized knowledge, contributing to a reduction in prototype lead time. 【Usage Scenarios】 - Prototype of mold design - Shape verification - Material compatibility assessment - Small lot production 【Benefits of Implementation】 - Reduced prototype lead time - Cost savings - Quick response to design changes - Creation of high-quality prototypes

In educational institutions, it is essential to nurture students' creativity and help them acquire practical manufacturing skills. In particular, 3D modeling and processing technologies are important elements in developing the human resources that will support the future. The Mill-Key Pro 5040 is ideal for use in educational settings as it allows for easy hands-on experience with metal and resin processing. 【Usage Scenarios】 - Technology classes in schools - University laboratories - Vocational training schools - Workshops that foster creativity 【Benefits of Implementation】 - Acquisition of practical manufacturing skills - Improvement of students' creativity and problem-solving abilities - Hands-on experience in a safe environment - Enhanced learning outcomes through use as teaching materials

In experimental research fields, rapid prototyping is essential. Particularly in the creation of samples for evaluating material properties and in the manufacturing of components for experimental apparatus, high precision and flexibility are crucial. The Mill-Key Pro 5040 accommodates various materials and offers high customization, making it possible to process according to research needs. 【Usage Scenarios】 - Creation of experimental samples - Manufacturing of research jigs - Production of prototype parts 【Benefits of Implementation】 - Increased efficiency in experiments - Reduced prototyping time - Accelerated research

The compact CNC lathe "CK210B" is a machine that condenses a 1.2kW high-torque spindle and full-axis servo control into a space-saving design. By adopting a simple "tool post" as standard equipment, it achieves high rigidity capable of continuous processing of steel materials despite its small size. <Features of YORNEW CK210B> - Dimensions: Width 1170 × Depth 697 × Height 1350 mm - 1.2kW high-torque servo motor spindle - Feedback drive with full-axis servo control - Compatible with ISO standard G-code - Standard coolant equipment - 4-position tool post (orthogonal arrangement) - Optional: 8-station turret (spindle parallel arrangement)

In the automotive parts industry, stable quality and efficient production are essential for the processing of precision parts that require high accuracy and reliability. Particularly for parts that demand complex shapes and fine tolerances, the rigidity of the machining equipment and control precision are directly linked to the product's performance. Our small CNC lathe, the 'YORNEW CK210B', has been developed to meet these demands. 【Usage Scenarios】 - Processing of automotive sensor parts - Precision machining of small gears and shafts - Prototype and small lot production 【Benefits of Implementation】 - Quality improvement through high-precision part processing - Efficiency of production lines through space-saving design - Equipment introduction with reduced initial investment

In the aerospace field, the manufacturing of components that require extremely high precision is essential. Particularly for parts that demand lightweight design and strength maintenance, precise dimensional control and stable processing quality are directly linked to the safety and performance of the products. Improper processing can lead to functional failures of components and, ultimately, serious issues related to the safety of aircraft. The compact CNC lathe "CK210B" features a space-saving design while incorporating a 1.2kW high-torque spindle and full-axis servo control, achieving high rigidity capable of withstanding continuous processing of steel materials. This supports stable processing of high-precision components required in the aerospace sector. 【Application Scenarios】 - Precision machining of aircraft engine components - Prototyping and small-scale production of satellite parts - Machining of lightweight structural components for drones - Manufacturing of precision measurement instrument parts 【Benefits of Implementation】 - Enables component machining with the required high dimensional accuracy - Improves productivity in limited space - Capable of processing a variety of materials - Achieves continuous processing with stable quality

In the electronic components industry, particularly in the manufacturing of small connectors, precise machining accuracy and stable productivity are essential. The dimensional accuracy of fine parts and fitting sections directly affects the reliability and functionality of the products, making high-quality management indispensable. Improper machining can lead to contact failures or assembly issues, potentially resulting in decreased performance or product failures. The compact CNC lathe "YORNEW CK210B" achieves high rigidity capable of withstanding continuous processing of steel materials, thanks to its space-saving design, 1.2kW high-torque spindle, and full-axis servo control, addressing these challenges. 【Usage Scenarios】 - Precision machining of small connector parts - Small-scale production of prototypes - Space-saving upgrades of existing equipment - Cost-effective equipment introduction 【Benefits of Implementation】 - Stable production of high-precision small connector parts - Increased production capacity in limited space - Equipment updates with reduced initial investment - Response to diverse machining needs

In the field of robotics, precise machining of small actuators directly impacts the performance and reliability of robots. Particularly for miniaturized actuators, achieving high-precision machining in limited spaces is essential. Insufficient machining accuracy can lead to actuator malfunctions and reduced lifespan. The compact CNC lathe "YORNEW CK210B" features a space-saving design while incorporating a 1.2kW high-torque spindle and full-axis servo control, providing the rigidity necessary for continuous machining of steel materials. This meets the precision machining needs of small actuators. 【Application Scenarios】 - Machining of parts such as gears, shafts, and housings for small actuators - Rapid production of prototypes - Support for low-volume, high-variety production 【Benefits of Implementation】 - Improved actuator performance through high-precision part machining - Flexibility in installation locations due to space-saving design - Cost reduction through low-cost implementation

In the field of research and development, the production of prototypes is required to quickly turn ideas into reality. In particular, the ability to process a variety of materials and shapes, as well as the capability to install in limited spaces, are crucial. Insufficient processing capabilities or constraints on installation locations can lead to delays in the development cycle and increased costs. The compact CNC lathe "YORNEW CK210B" offers rigidity that can withstand continuous processing of steel materials while maintaining processing performance that meets practical needs, thereby supporting the efficiency of prototype production. 【Usage Scenarios】 - Verification of new part shapes - Production of parts for functional evaluation - Small-batch, diverse prototypes 【Benefits of Implementation】 - Reduction of development lead time - Rapid response to design changes - Cost-effective prototyping

In practical training at educational institutions, it is important for students to have the opportunity to operate machines and learn the fundamentals of manufacturing. In particular, an environment that allows for safe and efficient experience with various parts processing is required. Our product "YORNEW CK210B" is designed to be space-saving while providing processing performance that meets practical needs, making it suitable for use in educational settings. 【Usage Scenarios】 - Practical classes in mechanical and engineering departments - Manufacturing clubs and technical research groups - Prototype production and processing of teaching materials 【Benefits of Implementation】 - Acquisition of practical skills by students - Adaptability to diverse parts processing - Installation and operation in limited spaces