システムクリエイト List of Products and Services

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

• 3D Printer

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

• 3D Printer

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

• 3D Printer

Mitarepo is a series that introduces what can be done using various products with the concept of "I tried doing this!" Materials that can be used with FDM 3D printers are being developed in various types every day. However, compared to general molding materials, the current options are still limited. One of the reasons for this is the high difficulty level of shaping each material. There are quite a few materials that are difficult to shape with FDM due to the influence of resin properties and other factors. In this context, we have received POM filament from Polyplastics. This material is optimized for 3D printing and enables stable shaping with POM, which has been difficult to mold until now. In this document, we used the FDM 3D printer "CreatBot PEEK-250," which is equipped with excellent temperature control features, to challenge the actual shaping of POM! Can POM really be shaped? Under what conditions can it be shaped? For the results that you may be curious about, please check the document. *You can download the document from the button below.

• 3D Printer
• Engineering Plastics
• Material Evaluation Test

In the machine tool industry, issues such as machine damage due to programming errors and increased setup times are prevalent. Particularly in the processing of complex shapes and high-precision machining, a significant amount of time and cost is required for program verification. NC2Check addresses these challenges through G-code NC program simulation. By detecting interferences and collisions based on G-code and verifying movements similar to actual machines, it helps prevent accidents in advance and contributes to reducing setup times. 【Usage Scenarios】 * Processing of complex shapes * High-precision machining * Prototyping and small-scale production 【Benefits of Implementation】 * Reduced risk of machine damage * Shortened setup times * Increased efficiency in program verification

• 3D CAM
• simulator
• Other CAM related software

In the mold industry, the precision of molds, which affects product quality, is crucial. Particularly for molds that require complex shapes or high precision, even a slight mistake in the NC program can lead to product defects or rework. NC2Check helps prevent these issues by simulating G-code NC programs, supporting the production of high-precision molds. 【Usage Scenarios】 - High-precision mold production - Production of complex-shaped molds - Verification of NC programs 【Benefits of Implementation】 - Improved accuracy in mold production - Reduction of defective products - Decrease in rework labor hours

• 3D CAM
• simulator
• Other CAM related software

In the automotive industry, there is a demand for the efficient manufacturing of high-quality parts. Particularly in parts processing using CNC machine tools, the accuracy and safety of the programs are crucial. Errors in G-code or interference between tools, workpieces, and jigs can lead to defective parts or damage to machines, potentially reducing production efficiency. NC2Check prevents these issues by simulating G-code NC programs. 【Usage Scenarios】 * Verification of NC programs in prototype and mass production of automotive parts * Interference checks in the processing of complex-shaped parts * Reduction of processing time and cost 【Benefits of Implementation】 * Reduction of processing defects and improvement in quality * Decreased risk of damage to machinery * Increased productivity through process optimization

• 3D CAM
• simulator
• Other CAM related software

In the aerospace industry, high precision and safety are required in the manufacturing process. Particularly in the machining of parts with complex shapes, accurate verification of G-code programs is essential. Errors in the program, as well as interference between tools, workpieces, and fixtures, can lead to damage of expensive parts and, in the worst case, accidents. NC2Check faithfully reproduces G-code NC programs and detects interference and collisions in advance, thereby reducing these risks. 【Use Cases】 * Verification of G-code programs in the manufacturing of aerospace components * Ensuring safety in the machining of complex-shaped parts * Interference checks with fixtures and clamps 【Benefits of Implementation】 * Reduction of cost increases due to machining defects * Decreased risk of damage to machinery * Realization of a safe manufacturing process

• 3D CAM
• simulator
• Other CAM related software

In the furniture industry, there is a growing demand for diverse designs and high-quality products. For example, creating templates for complex cushion shapes by hand is time-consuming and labor-intensive, and the increased costs from repeated prototypes are also a challenge. ExactFlat allows for the direct creation of cushion template data from 3D models, reducing the number of prototypes and achieving an efficient manufacturing process. 【Usage Scenarios】 * Changing cushion designs * Manufacturing cushions of various shapes * Reducing the number of prototypes 【Benefits of Implementation】 * Shortening template creation time * Reducing material waste * Cost reduction

• Other CAD related software
• Data conversion software
• 3D CAD

In automotive interior design, it is important to balance aesthetics and functionality. In particular, complex-shaped parts such as seats and trim require precise pattern data. Creating patterns by hand is time-consuming and labor-intensive, and revisions can be cumbersome. ExactFlat allows for the direct creation of pattern data from 3D models, reducing the number of prototypes and shortening the design period. 【Use Cases】 - Seats - Trim - Dashboard 【Benefits of Implementation】 - Reduction in prototype costs - Shortened design period - Realization of high-quality interior design

• Other CAD related software
• Data conversion software
• 3D CAD

In the apparel industry, as the diversification of designs and the demand for shorter delivery times progress, efficient pattern making is required. In particular, creating patterns for complex-shaped garments and considering the characteristics of materials is a time-consuming and labor-intensive challenge. ExactFlat addresses these issues by directly creating pattern data from 3D models. 【Usage Scenarios】 - Pattern creation from 3D models - Pattern creation considering material characteristics - Reduction of prototype iterations 【Benefits of Implementation】 - Reduction of man-hours - Reduction of prototype costs - Realization of high-quality products

• Other CAD related software
• Data conversion software
• 3D CAD

In the automotive industry, it is important to efficiently design smooth curves to achieve a balance between aesthetics and functionality. Particularly in body design, which affects aerodynamic characteristics, and in interior design, which pursues visual beauty, the quality of curves significantly influences the value of the product. Traditional CAD software requires a lot of time and effort to express complex curves, limiting design freedom. xNURBS complements the functionality of Rhinoceros, enabling the generation of complex curves with just a few clicks. This allows designers to approach their designs with greater creative freedom and improves the efficiency of product development. 【Application Scenes】 - Automotive body design - Interior design - Parts design considering aerodynamic characteristics 【Effects of Implementation】 - Reduction in design time - Increased design freedom - Improvement in product quality

• Data conversion software
• Other CAD related software
• Engineering Plastics

In research and development experiments, testing and inspections are repeated. To enhance the accuracy of experiments and efficiently acquire data, it is necessary to quickly prepare jigs that are suitable for the purpose. However, traditional jig design often requires specialized knowledge and can be time-consuming. "EZ Jig for Rhino" enables jig design through intuitive operations without the need for expertise in 3D CAD. By collaborating with 3D printers, it allows for the rapid creation of necessary jigs when needed, contributing to the efficiency of experiments. 【Usage Scenarios】 - Design of experimental jigs - Fixtures for prototypes - Measuring jigs - Component fixation in research and development 【Benefits of Implementation】 - Reduction in jig design time - Shortening of prototype development time - Improvement in experimental accuracy - Acceleration of research and development

• Other CAD related software
• Inspection fixture
• Assembly Jig

In the machine tool industry, high-precision positioning is a crucial factor that affects product quality and production efficiency. In the case of small-batch production with many variations, the design process can take a long time. Delays in jig design and issues with precision can lead to decreased productivity and the occurrence of defective products. EZ Jig for Rhino allows for intuitive design of assembly jigs, fixtures, and more, simply by placing models, without relying on expertise in 3D CAD. 【Usage Scenarios】 - Inspection jigs and painting jigs - Design of jigs in the machining process - Rapid production of jigs utilizing 3D printers 【Benefits of Implementation】 - Reduction in jig design time - Cost savings in jig production - Achievement of high-precision positioning - Improvement in production efficiency

• Other CAD related software
• Inspection fixture
• Assembly Jig

In the toy industry, the prototyping stage requires rapid realization and modification of designs. Especially for toys that demand complex shapes and detailed expressions, the efficiency of prototyping is crucial. Traditional prototyping methods have been challenged by time and cost issues. QUICKSURFACE allows for direct modeling from 3D scan data, faithfully reproducing toy designs and shortening the prototyping period. 【Application Scenarios】 - Prototyping toys using 3D scanning - Redesigning based on the shapes of existing toys - Modeling complex-shaped toys 【Benefits of Implementation】 - Reduced prototyping time - Cost savings - Faithful reproduction of designs

• 3D measuring device
• Other CAD related software
• 3D CAD

In the automotive industry, reverse engineering requires accurately understanding the shapes of existing parts and reconstructing them as CAD data. This is especially important for parts with complex shapes or freeform surfaces, where precise data acquisition and efficient modeling are crucial. Inaccurate data or cumbersome tasks can lead to design delays and a decline in part quality. QUICKSURFACE utilizes 3D scan data to streamline the reverse engineering process. 【Use Cases】 - Shape measurement of existing parts - Creation of CAD data - Design modifications - Duplication of parts 【Benefits of Implementation】 - Direct modeling from 3D scan data - Efficient shape correction through mesh data editing features - Flexible design changes through history-based hybrid modeling

• 3D measuring device
• Other CAD related software
• 3D CAD

In the toy industry, the prototyping stage requires rapid realization and modification of designs. Particularly when dealing with complex shapes or organic designs, converting 3D scan data into CAD models is key to efficient prototyping. Mesh2Surface for Rhinoceros reduces the time required for prototyping and lowers design costs by converting 3D scanned mesh data into CAD models. 【Use Cases】 - Toy design prototyping - Shape modification of existing toys - Creation of data for 3D printers 【Benefits of Implementation】 - Shortened prototyping period - Reduced design costs - Flexible response to design changes

• 3D CAD

In the ship repair industry, obtaining accurate shape data is essential for replacing aging parts and repairing damaged areas. Particularly in the repair of parts with complex shapes, it is important to accurately understand the shape and create CAD data. Mesh2Surface facilitates the easy creation of CAD models from 3D scan data, contributing to the efficiency of repair work. 【Use Cases】 - Repairing damaged areas of the hull - Replacing aging parts - Duplicating parts without drawings 【Benefits of Implementation】 - Reduced repair time - Lower design costs - Increased efficiency in part manufacturing

• 3D CAD

In the furniture industry, rapid realization of customized designs is essential to meet the diverse needs of customers. In particular, accurate 3D data is indispensable for customizing based on existing furniture and creating complex-shaped parts. Manual measuring and modeling not only take time and cost but also tend to lead to precision issues. Mesh2Surface for Rhinoceros addresses these challenges by directly generating CAD models from 3D scan data. 【Usage Scenarios】 - Digitizing the shapes of existing furniture into 3D data for customized design - 3D scanning complex-shaped parts to create CAD data - Efficiently realizing one-of-a-kind furniture designs tailored to customer requests 【Benefits of Implementation】 - Reducing the production time for customized designs - Cutting design costs - Improving customer satisfaction

• 3D CAD

In the prosthetics industry, precise design of prosthetic limbs tailored to the patient's body is required. It is particularly important to accurately capture the patient's body shape while balancing comfort and functionality. Traditional design methods have posed challenges due to the time and cost involved. Mesh2Surface for Rhinoceros facilitates the conversion from 3D scan data to CAD models, achieving greater efficiency in prosthetic design. 【Use Cases】 - Prosthetic design from scan data of the patient's body shape - Modifications and improvements based on the shape of existing prosthetics - Data creation for prosthetic manufacturing using a 3D printer 【Benefits of Implementation】 - Reduced design time - Lower design costs - Design of prosthetics that fit the patient's body - Provision of high-quality prosthetics

• 3D CAD

In the automotive industry, it is important to accurately understand the shape of existing parts and create CAD data during refurbishment work. This is especially crucial when replacing parts that have deteriorated over time or been damaged, or when making design changes, as precise shape data is essential. Mesh2Surface for Rhinoceros facilitates the conversion from 3D scan data to CAD models, contributing to the efficiency of refurbishment work. 【Use Cases】 - Restoration of the shape of damaged parts - Creation of CAD data for old parts - Shape modification due to design changes 【Benefits of Implementation】 - Reduction in refurbishment work time - Decrease in design costs - Creation of high-quality CAD data

• 3D CAD

In the educational field, the creation of teaching materials using 3D printers is in demand. Particularly when students create 3D models they designed themselves, there may be instances of data modification and error handling. VoxelDance Additive supports smooth modeling by quickly resolving errors with its one-click automatic repair function. Additionally, it supports various file formats, allowing for the utilization of a wide range of 3D model data. 【Usage Scenarios】 - Creation of teaching materials in classes utilizing 3D printers - Modification and modeling of student design data - Utilization of educational 3D model data 【Effects of Implementation】 - Reduction of class interruptions due to modeling errors - Provision of an environment where students can focus on design - Expansion of teaching materials through support for diverse 3D model data

• 3D Printer
• Data conversion software
• Other CAD related software

In the toy industry, mass production requires the efficient manufacturing of high-quality products. In particular, flexible responses to design changes and timely deliveries are crucial. By utilizing 3D printers, it is easy to produce toys with complex shapes and customized products, but correcting and editing data can sometimes be cumbersome. VoxelDance Additive enables quick resolution of errors during data conversion with its one-click automatic repair function, facilitating smooth modeling. 【Usage Scenarios】 - Manufacturing of toys with complex shapes - Production of customized toys - Timely deliveries 【Benefits of Implementation】 - Reduction in error correction time - Shortening of modeling time - Flexible response to design changes

• 3D Printer
• Data conversion software
• Other CAD related software

In the automotive industry's prototyping process, a quick response to design changes and high-quality modeling are required. Especially for prototypes aimed at functional verification, accurate modeling within a short timeframe is essential. VoxelDance Additive maximizes the productivity of 3D printers and addresses challenges in prototyping. 【Usage Scenarios】 - Confirmation of design models - Creation of functional verification prototypes - Production of jigs and small parts - Model editing 【Benefits of Implementation】 - Reduction of prototyping time - Improvement in design quality - Cost reduction

• 3D Printer
• Data conversion software
• Other CAD related software

Mitarepo is a series based on the concept of "Trying out things like this!" where we introduce what can be done using various products. In recent years, it has become easier to introduce 3D scanners at an affordable price. However, when actually operating them, many may have felt that the preparation work takes more effort than the scanning itself, such as "It's a hassle to put a lot of target markers..." To reduce this burden, the scanning range per shot becomes important. That's why we would like to introduce the handheld 3D scanner "Peel 3." The Peel 3 has a wide scanning range that can be captured in one scan, allowing you to minimize the number of necessary target markers. So, we tested how many markers are actually needed for scanning. We have explained the interesting results along with the scanned images, so please check it out! *You can download the materials from the button below.

• Other analytical and testing equipment
• Other measurement and measuring equipment

In the machine tool industry, the compatibility of Mazatrol programs is crucial for maintaining efficient production activities. The exchange of programs between different generations of controllers, as well as conversion and backup tasks, often require significant time and effort, potentially leading to decreased productivity. MazView addresses these challenges by managing various formats of Mazatrol programs and ensuring compatibility with older generation controllers. The offline program preview feature streamlines the program verification process, supporting a smooth workflow. 【Usage Scenarios】 - Factories using different generations of Mazatrol controllers - When wanting to utilize programs from older generation controllers on the latest controllers 【Benefits of Implementation】 - Improved efficiency in program management - Resolution of compatibility issues between controllers - Reduction in program verification time

• 3D CAM
• 3D CAD
• Other CAM related software

In the robotics industry, automation through the collaboration of machine tools and robots is advancing. The Mazatrol program plays a crucial role in controlling the operations of machine tools in this collaboration. When program management becomes complicated, it can lead to delays and errors in collaborative tasks, potentially reducing production efficiency. MazView contributes to improving productivity by centrally managing various forms of Mazatrol programs and enabling offline previews. 【Usage Scenarios】 * Program version management and sharing * Program migration from older generation controllers 【Benefits of Implementation】 * Reduction of work time through efficient program management * Decrease in errors through program visualization * Cost reduction by effectively utilizing older generation programs

• 3D CAM
• 3D CAD
• Other CAM related software

In the machine tool industry, verifying 3D models during the design phase and conducting machining simulations are crucial. Particularly when complex shapes and high-precision machining are required, accurate visualization of 3D models and integration with machining simulation results are essential. Inaccurate model displays or a lack of consistency with simulation results can lead to an increase in the number of prototypes and a decline in product quality. 3DViewStation rapidly displays various 3D/2D data, streamlining design verification and machining simulations. 【Usage Scenarios】 - Design reviews of machine tools - Verification of machining simulation results - Interference checks of parts - Visualization of work procedures 【Benefits of Implementation】 - Reduction of design errors - Shortening of prototype periods - Improvement of product quality - Cost reduction

• 3D measuring device
• Other CAD related software
• 3D CAD

In the manufacturing industry, securing training time using actual machines for the development of machine operators has become a challenge. To train multiple operators within limited equipment, efficient learning methods are essential. If it is difficult to increase opportunities for hands-on training, there may be delays in learning and differences in proficiency. RenAn simulates operations similar to those of actual machines, enabling offline learning and streamlining the talent development process. 【Usage Scenarios】 - Mastering the operation of NC machine tools - Improving programming skills - Enhancing understanding through processing simulations 【Benefits of Implementation】 - Reduction in actual machine operating time - Reduction in training costs - Early empowerment of operators

• Other machine tools
• Technical and Reference Books
• Machining Center

In the prototyping stage of research and development, it is common to repeatedly go through trial and error to ensure that the shape matches the design. Particularly in the prototyping phase, if measuring takes too much time, it can delay the development speed. Fulcrum allows for immediate measurement without complicated settings once the workpiece is set. It completes the flow from processing to measurement inspection to outputting inspection reports on-site, contributing to a reduction in development time. 【Usage Scenarios】 - Shape measurement of prototypes - Dimensional measurement of parts - Quality control during the prototyping phase 【Benefits of Implementation】 - Reduction in measurement time - Visualization of measurement results - Improvement in quality during the prototyping phase

• 3D measuring device

In educational institutions, it is essential to teach accurate measurement techniques to deepen students' understanding and help them acquire practical skills. Particularly in industrial high schools and engineering departments at universities, learning the fundamentals of three-dimensional measurement is crucial for the development of future engineers. However, the introduction of expensive measuring instruments and the need for specialized knowledge can make implementation challenging. Fulcrum is compact, user-friendly, and features a template function, making it easy to use without being constrained by experience, thus supporting practical learning of three-dimensional measurement in educational settings. 【Usage Scenarios】 - Practical training in industrial high schools - Research in university engineering departments - Skill acquisition in vocational training schools 【Effects of Implementation】 - Acquisition of practical measurement techniques - Enhanced understanding through visualization of measurement results - Development of application skills through diverse measurement options

• 3D measuring device

In the electronics industry, precise inspection of components is essential to ensure product quality and reliability. Particularly in miniaturized electronic components, even slight dimensional deviations or shape abnormalities can significantly impact product performance. Traditional measurement methods often require considerable time and effort, leading to challenges in inspection efficiency. Fulcrum simplifies on-site measurements, streamlining the inspection process and supporting the delivery of high-quality products. 【Usage Scenarios】 - Dimensional measurement of electronic components - Inspection of components after PCB assembly - Shape verification of prototypes 【Benefits of Implementation】 - Reduction in inspection time - Early detection of defective products - Improvement in quality control

• 3D measuring device

In the leather goods industry, delicate engraving on products is sometimes done to enhance brand value. The Falcon2 Pro 60W achieves beautiful engravings that highlight the texture of leather, thanks to its high-power laser of up to 60W and high-precision head. 【Usage Scenarios】 - Logo and design engraving on leather products - Personalization on leather accessories - Production of prototypes for leather goods 【Benefits of Implementation】 - Increased product value through high-quality engraving - Adaptability to diverse designs - Improved efficiency in prototyping and mass production

• Laser marker
• Other metal materials
• Marking machine

In the architectural model industry, rapid prototyping during the design phase is essential. Especially in the early stages, where design changes are frequent, it is important to cut and sculpt materials quickly and accurately. Manual model making is time-consuming and labor-intensive, requiring significant effort for each revision. The Falcon2 Pro 60W, with its high-power laser of up to 60W, can precisely process various materials such as wood and acrylic. This allows for flexible responses to design changes and enables the efficient production of high-quality prototypes. 【Usage Scenarios】 - Prototyping architectural models - Creating models for design consideration - Producing material samples 【Benefits of Implementation】 - Rapid prototyping with short lead times - Quick response to design changes - Achieving high-quality models

• Laser marker
• Other metal materials
• Marking machine

In the educational field, there is a demand for teaching materials that stimulate students' creativity and provide practical learning experiences. In particular, materials that allow students to engage hands-on and experience the joy of making things are essential. Traditional material production can often be time-consuming and costly, but the Falcon2 Pro 60W enables easy processing of various materials such as wood, acrylic, and leather through laser processing. This makes it possible to easily create diverse teaching materials that bring students' ideas to life. 【Usage Scenarios】 * Creating teaching materials for art and technology classes * Producing robot parts for programming education * Creating scientific experiment equipment * Making decorations for school events 【Benefits of Implementation】 * Fostering students' creativity and expressiveness * Providing practical hands-on experiences in making things * Streamlining material production and reducing costs * Ensuring safe operation and high reliability

• Laser marker
• Other metal materials
• Marking machine

In the woodworking decoration industry, there is a demand for diverse designs and high-quality finishes. In particular, to create decorative items with meticulous attention to detail and original works, precise and delicate processing is essential. Traditional processing methods often require significant time and effort, and may not be able to accommodate complex designs. The Falcon2 Pro 60W enables easy and high-precision engraving and cutting of wood. 【Usage Scenarios】 * Production of woodworking crafts * Custom-made decorative item production * Creation of store signs * DIY original work production 【Benefits of Implementation】 * Increased design freedom * Achieving high-quality finishes * Reduced working time * Compatibility with various types of wood

• Laser marker
• Other metal materials
• Marking machine

In the stationery industry, there is a demand for name engraving, barcode, and QR code processing to enhance product value, improve design capabilities, and manage products. Particularly for commemorative items, high-precision marking increases the value of the product. Inappropriate marking can damage the appearance of the product and potentially lower customer satisfaction. Our all-in-one laser marker can efficiently perform name engraving processing, as it can handle everything from creating printing data to operation and control in one machine. 【Usage Scenarios】 - Name engraving on ballpoint pens and fountain pens - QR code processing for design and product management on clips, etc. - Adding scales and designs to rulers and cutters 【Benefits of Implementation】 - Increased product value through high-quality marking - Improved work efficiency by completing tasks with a single machine - Expansion of product offerings by accommodating various materials

• Laser marker
• Other metal materials
• Other markings

In the automotive industry's prototyping process, a quick response to design changes and the production of high-quality prototypes are required. In particular, improving work efficiency in limited spaces and accommodating a variety of materials are crucial. The compact machining center MX400 addresses these challenges with its space-saving design and high rigidity. 【Usage Scenarios】 - Prototyping of automotive parts - Production of jigs - Processing of low-volume production parts 【Benefits of Implementation】 - Establishment of a prototyping environment in a compact space - Production of high-precision prototypes - Accommodation of diverse materials

• Milling machine

In the precision machining of the mold industry, high accuracy and efficiency are required. Particularly for molds that require complex shapes and fine machining, the accuracy of dimensions and surface roughness significantly affect product quality. The compact machining center MX400 addresses these challenges in mold manufacturing with its high-rigidity frame structure and high-precision machining capabilities. 【Application Scenarios】 - Precision machining of mold components - Production of prototype molds - Small lot production 【Benefits of Implementation】 - Improved product quality through high-precision machining - Effective use of workspace due to space-saving design - Reduced setup time with standard ATC (Automatic Tool Change) feature

• Milling machine

In educational institutions, practical training requires an environment where students can safely and efficiently acquire processing techniques. In particular, versatility to accommodate various processing needs and installation in limited spaces is crucial. The compact machining center MX400, with its space-saving design, offers high rigidity and a wide range of processing capabilities, meeting the practical training needs of students. 【Usage Scenarios】 - Metal processing training at industrial high schools and university engineering departments - NC machine operation training at vocational training schools - Prototype processing at research and development institutions 【Benefits of Implementation】 - Efficient use of limited space allows for the installation of multiple training machines - Supports a wide range of technical skill acquisition by accommodating various metal materials - Standard equipped with ATC, enabling practice in tool exchange - High precision and rigidity facilitate the acquisition of high-quality processing techniques

• Milling machine

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

• lathe

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

• lathe

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

• lathe

In research institutions, there is a demand for the rapid production of prototypes and the ability to accommodate diverse shapes. In particular, precise processing that influences experimental results is crucial for improving the quality of research. However, large processing machines tend to take up installation space and can complicate operations. The compact 5-axis machining center 'YORNEW MX220' achieves full-scale 5-axis processing while saving space, providing strong support for research and development. 【Application Scenarios】 * Production of experimental samples * Precision parts processing * Prototype development 【Benefits of Implementation】 * Increased efficiency of experiments * Ability to accommodate diverse shapes * Space-saving design

• Other machine tools
• Machining Center
• Milling machine

In the automotive industry, rapid response to design changes is required during the prototype stage. In particular, machine tools capable of high-precision processing with short lead times are essential for verifying the shape and functionality of parts. Cost reduction during the prototype phase is also an important issue. The YORNEW MX220 can efficiently process complex-shaped parts through multi-surface machining with one chucking. It accommodates a wide range of materials, from lightweight metals like aluminum and brass to resins, meeting diverse needs in prototyping. 【Application Scenarios】 * Prototyping of automotive parts * Manufacturing of molds and jigs * Production of design models 【Benefits of Implementation】 * Enables prototyping with short lead times * Contributes to cost reduction * Accommodates a variety of materials

• Other machine tools
• Machining Center
• Milling machine