システムクリエイト Product Lineup

【Features】The CNC machining center "Sculpture Master" is compact yet has a wide processing range (500mm × 300mm × 200mm). Additionally, it requires a small installation space, making it possible to set up even in areas with limited space. The machine body employs a gantry and twin servos, boasting impressive rigidity. The maximum spindle speed is 18,000 RPM. If an ATC is not required, a version without it is also available. Furthermore, it offers a variety of options for flexible customization. ● For other functions and details, please contact us.

We are active in various fields of cutting processing, such as prototype and model creation, prototype mold creation, parts processing, and engraving, and we have received high praise, particularly in the areas of resin processing for prototypes and models, non-ferrous metal processing, and the engraving industry.

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.

The "DNM Series" is a reliable and trusted machining center with approximately 11,000 units installed worldwide. [Features] ■ Wide machining range for high productivity The maximum machining area is X2,160×Y762×Z650 (mm), and the maximum load capacity is 1,800 kg (for the DNM750II L model). We offer a lineup of five models that can be selected according to installation environment and machining requirements. Please refer to the detailed information/catalog for specifications of each model. ■ Low-cost introduction Due to its low price, you can keep costs down even when including various options. You can also challenge machining methods that you may have given up on due to budget constraints, such as integrated machining of large parts with large machines, efficiency through simultaneous 4-axis machining, and quality improvement with center through coolant. ■ High rigidity for safe machining Equipped with a direct-coupled spindle that reduces noise and vibration, compatible with BT402 face constraints. Additionally, it features many mechanisms that achieve high rigidity, such as roller-type LM guides on all axes. *You can download the PDF catalog from the button below.

The "Cut-α Series" condenses the voices of customers who are dedicated to manufacturing and all the know-how of developing space-saving cutting machines into this one unit. It is equipped with 16 ATCs, a maximum spindle speed of 10,000 min-1, and enhanced rigidity, among other features.

The "FANUC ROBODRILL" series is a machining center manufactured by FANUC, boasting high versatility that can handle heavy cutting despite its compact size. There are standard 3-axis models and models that support up to 5 axes. Additionally, there are high-performance versions of the above models. ■ Product Lineup - Standard Model: a-DiB Series - Standard (up to 5-axis) Model: a-DiB5 Series - High-Performance Model: a-DiB ADV Series - High-Performance (up to 5-axis) Model: a-DiB5 ADV Series ■ High-Performance Specifications Features - The Z-axis stroke has been expanded to 400mm, improving accessibility for machining with additional axes. - Improvements to the Z-axis cover reduce column interference when using large fixtures. - The maximum load capacity has been increased from the standard 300kg to 400kg. - The adoption of a servo motor-driven tool indexing device has achieved a reduction in tool change time and improved reliability. - The shortest tool change time is now 0.7 seconds (tool-to-tool), which is a 0.2-second reduction compared to the DiA series. - The maximum tool weight has also been increased to 4kg, allowing for the use of larger tools.

Despite its compact body, it boasts high rigidity and achieves high precision.

A compact 5-axis machining center capable of genuine CNC processing has arrived! By adopting a machine base with excellent rigidity and a spindle that enables powerful and high-speed precise motion, it achieves true cutting capabilities. [Features] ■ Multi-surface machining with one chucking By simply adding a procedure to fix at any angle while utilizing existing know-how, 5-axis machining with indexing can be realized. ■ Compatible with light metals such as aluminum and brass, as well as resins Equipped with a high-output/high-speed spindle on a cast iron machine base, and compatible with coolant oil, it can handle materials ranging from light metals like aluminum and brass to resins. ■ Space-saving CNC processing The installation area is only 0.7m², and the main unit is fully covered, allowing for safe and space-efficient CNC processing. ■ Automation of tool length measurement and correction value input With a tool setter included, the measurement and registration of tool length correction is completed automatically. ■ High operability It supports manual indexing machining as well as automatic operation using CAM, and features a large panel with icons alongside various operation buttons. *Please view the PDF data from the download button below.

A compact injection molding machine capable of genuine molding has arrived! [Features] ■ Maximum clamping force of 150 kN The direct pressure clamping unit is driven by a servo motor, delivering a clamping force of 150 kN through belts and pulleys. ■ Stable molding performance Equipped with an injection mechanism that can be heated and maintained at temperatures up to 300°C. The injection speed can be set in three stages. ■ Simple operation controller The 7-inch touch panel has a simple layout, allowing for setting molding conditions according to each process in the molding flow. The home screen provides a quick overview of the execution status. *Please view the PDF data from the download button below.

This is a weather-resistant resin for light curing that can be used outdoors without worrying about storage methods or placement for print models. It is resistant to material changes, so there is no concern about deformation or cracking over the years. You can fully utilize the fine details and beauty unique to light curing. 【We also offer 3D printing services.】 ■Features - Tough & high strength - Low odor & low irritation - Low moisture content, heat resistance, UV resistance, weather resistance - High precision & fine shape reproducibility - High sensitivity & fast printing *The color is black. *Please view the PDF data from the download button below.

A desktop vertical injection molding machine that allows for a variety of injection molding processes with a simple procedure has arrived! [Features] ■ Simple operability Heating → Mold setup → Material input → Start Molding can be completed in just 4 steps. ■ Equipped with high-output heaters The high-output, circular heaters enable uniform melting of materials without inconsistencies. ■ Compatible with a wide range of materials It can reach temperatures of up to 300°C in under 15 minutes, allowing for the use of a diverse array of materials. ■ Ensured safety The large opening of 325×560mm is equipped with a door that has a glass window, enabling monitoring of the injection process and ensuring safety. ■ Suitable for insert molding with vertical design The vertical molding machine performs injection molding in the direction of gravity, minimizing the displacement of insert components and allowing for stable molding. ■ High flexibility in mold setup The open structure allows access from the front and both sides, enabling the use of any clamps or vises. *Please refer to the PDF data available via the download button below.

The TAIKAN T-VS series has exceeded a cumulative shipment of 110,000 units. It is a vertical machining center that balances production efficiency and machining accuracy while keeping installation costs low. [Features] ■ Wide machining range that achieves high productivity The maximum machining area is X1650×Y850×Z850 (mm), and the maximum load capacity is 1,600 kg (for the T-V1685S model). We offer a lineup of 8 types that can be selected according to the installation environment and machining content. Please refer to the detailed information/catalog for the specifications of each model. ■ Low-cost introduction Due to its low price, you can keep costs down even when including various options. You can challenge machining methods that you may have given up on due to budget constraints, such as integrated machining of large parts with large machines, efficiency through simultaneous 4-axis machining, and quality improvement through center through-coolant. ■ High rigidity for reliable machining It features a direct-coupled spindle that reduces noise and vibration, compatible with BT402 face constraints. Additionally, it is equipped with many mechanisms that achieve high rigidity, such as roller-type LM guides on all axes. *You can download the PDF catalog from the button below.

Among the CNC machines of "TAIKAN," which boasts a cumulative shipment record of over 110,000 units, this is a standard vertical machining center that particularly pursues cost performance and productivity. With a structural design that achieves high rigidity (C-shaped structure, high-strength cast iron material) and roller linear guides adopted for all axes, it provides stable high-speed and high-efficiency machining over an extended period. Equipped with the FANUC 0iMF control unit, which offers high reliability and a reassuring support system, engineers from System Create provide comprehensive support, from installation and precision inspection at the time of introduction to prompt on-site support during operation and remote assistance.

●Overwhelmingly Low Price and High Profitability - Achieves an overwhelmingly low price by focusing on basic functions. - A machine that keeps manufacturing costs down and generates stable profits. ●High Rigidity and Precision - Adopts a high-rigidity gantry frame structure based on a weight of 1,200kg. - Despite being a compact machine, it offers rigidity comparable to large machines, suppressing vibrations and chatter to achieve high dimensional accuracy and surface roughness. ●Operator-Friendly Design - Space-saving design: Slim design with a required floor area of 1,420mm × 1,400mm. - Corner-type double-opening doors allow easy access from the front, sides, and diagonally, facilitating smooth loading and unloading of workpieces and fixtures. - Improved setup: A front-positioned table that is easy to reach and a main spindle/ATC installed at an optimal height enhance work efficiency. ●Reliable Basic Functions Included - Standard equipped with ATC: Automatic Tool Change (ATC) device for 8 tools is standard. - BT30 spindle: A BT30 taper spindle that balances versatility and rigidity. - Offers two types of high torque at 6,000min⁻¹ and high-speed rotation at 24,000min⁻¹. - Wide range of processing capabilities: Capable of handling everything from lightweight metals like aluminum to heavy cutting of stainless steel and other materials with high cutting resistance.

In educational institutions, it is important for students to experience the actual process of product manufacturing in order to learn the fundamentals of manufacturing. In particular, injection molding is an essential technology for the mass production of plastic products, and understanding its principles is crucial for the future development of manufacturing talent. However, large injection molding machines are expensive and require installation space, making their introduction in educational settings challenging. The tabletop small injection molding machine 'Moiron M2-I' is compact yet equipped with a genuine injection molding mechanism, enabling practical manufacturing education in educational environments. 【Usage Scenarios】 * Teaching materials for industrial high schools and university engineering departments * Manufacturing experience events * Prototyping in research and development 【Benefits of Introduction】 * Practical learning of the fundamentals of injection molding * Possibility of experiments and practical training with small groups * Compatible with 3D printed molds, accommodating a variety of teaching materials

In the automotive parts industry, there is a demand for the rapid development of high-quality components and a reduction in time to market. Particularly in the production of prototypes and small lot manufacturing, efficiency in cost and time is crucial. Traditional large injection molding machines can struggle to meet small-scale needs due to issues with initial costs and installation space. The Moiron M2-I, while compact, is equipped with a full-fledged injection molding mechanism that addresses the challenges of prototype production and small lot manufacturing for automotive parts. 【Usage Scenarios】 - Prototype production of automotive parts - Small lot production - Quick response to design changes - Material testing 【Benefits of Implementation】 - Reduction in prototype costs - Shortening of development time - Establishment of a flexible production system - Compatibility with a variety of materials

In the toy industry, diverse designs and high-quality products are in demand. In particular, precise molding through injection molding is crucial for complex shapes and detailed expressions. However, traditional large injection molding machines have posed challenges in terms of cost and time for small batch production and prototyping. The tabletop small injection molding machine 'Moiron M2-I' addresses these issues and expands the possibilities for toy manufacturing. 【Usage Scenarios】 - Prototyping original toys - Small batch production - Molding complex shapes - Collaboration with 3D printed molds 【Benefits of Implementation】 - Enables rapid prototyping - Cost reduction - Increased design flexibility - Compatibility with a variety of materials

In the field of research and development, rapid prototyping and evaluation of material properties are essential. Particularly, an environment that allows for easy injection molding greatly influences experimental efficiency when researching new materials and molding techniques. Traditional large injection molding machines have constraints in terms of installation space and cost, but the Moiron M2-I addresses these challenges. 【Usage Scenarios】 - Molding tests for new materials - Prototyping of small components - Creation of samples with varying shapes and dimensions 【Benefits of Implementation】 - Reduction of research and development time - Decrease in experimental costs - Compatibility with a variety of materials

In the mold industry, there is a demand for the efficient manufacturing of high-precision products. In particular, the accuracy of dimensions and the smoothness of surfaces are crucial factors that influence product quality. Traditional processing methods require multiple steps, which pose challenges in terms of time and cost. The compact 5-axis machining center 'YORNEW MX220' enables multi-surface machining with a single chucking, making high-precision mold processing possible. [Application Scenarios] * High-precision mold production * Machining of complex shapes * Small-batch, diverse mold production [Benefits of Implementation] * Reduced processing time * Cost savings * Achievement of high-quality products

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

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

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

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

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

In the precision machining of the medical device industry, high accuracy and reliability are required. Even in prototypes, products related to human safety demand micron-level precision. Machining errors and surface roughness can compromise the functionality and safety of the products. The T-VS series addresses these challenges through its highly rigid structure and precise control. 【Application Scenarios】 - Prototyping of surgical instruments - Prototyping of medical components 【Benefits of Implementation】 - Improved product quality through high-precision machining - Stable machining due to high rigidity - Ability to meet diverse needs through a wide range of machining capabilities

In the mold industry, high-precision processing that affects product quality is required. In particular, the accuracy of dimensions and the smoothness of surfaces are important, as even slight errors can impact product performance. The T-VS series achieves high-precision processing of molds through its rigid structure and high-precision spindle. 【Usage Scenarios】 - Mold manufacturing - Precision parts processing - Prototyping 【Benefits of Implementation】 - Improved product quality through high-precision processing - Increased productivity due to reduced processing time - Cost reduction through low-cost implementation

In the energy industry, high precision and reliability are required in turbine manufacturing and other areas. Advanced technology and stable performance machine tools are essential for machining parts that influence the efficiency and durability of turbines. The T-VS series contributes to improving product quality by precisely machining the complex shapes of turbine components, thanks to its high rigidity design and wide machining range. It can also be introduced at a low cost, enabling the production of high-quality turbine parts while keeping the budget in check. 【Usage Scenarios】 - Turbine blades - Rotor disks - Casings 【Benefits of Introduction】 - Improved product quality through high-precision machining - Cost reduction through low-cost introduction - Adaptability to a variety of parts due to a wide machining range

In-house parts processing requires high productivity and precise machining accuracy, which are essential for achieving both quality improvement and cost reduction. Particularly in low-volume production and prototype development, flexibility and high reliability are demanded. The T-VS series has been designed to meet these needs. 【Usage Scenarios】 - Mass production processing of in-house parts - Production of prototypes - Mold processing - Jig processing 【Benefits of Implementation】 - Increased productivity through reduced processing time - Quality improvement through high-precision machining - Capability to handle a wide variety of parts - Cost reduction

Large molds require high-precision machining because accuracy and durability significantly affect product quality. However, machine tools capable of handling large workpieces can be difficult to introduce due to space constraints. The Cut-α series achieves a wide stroke while maintaining a space-saving design, meeting the machining needs for large molds. 【Usage Scenarios】 - Machining of large molds - Small-batch production of various types - Operation in a space-saving manner 【Benefits of Introduction】 - Capability to handle large workpieces - Achievement of high-precision machining - Cost reduction through space-saving design

In-house production of machine tools presents important challenges in improving product quality and reducing costs. Particularly in prototype and small-lot production, there is a demand for reducing outsourcing costs and shortening delivery times. The Cut-α series supports in-house production robustly while achieving high processing performance and operability with a space-saving design. 【Usage Scenarios】 - Production of prototypes - Manufacturing of small-lot parts - Mold making 【Benefits of Implementation】 - Reduction in outsourcing costs - Shortened delivery times - Improved quality control

In the mold industry, the precision of molds, which affects product quality, is crucial. High-precision molds enhance the dimensional accuracy and aesthetic finish of products while reducing the occurrence of defects. Particularly for molds that require complex shapes and fine processing, high rigidity and precision are essential. Improper processing can shorten the lifespan of molds and lead to increased costs. The high-rigidity compact machining center 'KIZAMI' boasts high rigidity while being compact, achieving high-precision processing to solve the challenges of mold production. 【Usage Scenarios】 - Prototype mold creation - Parts processing - Non-ferrous metal processing 【Benefits of Implementation】 - Production of high-precision molds - Reduction of defective products - Cost reduction

In-house parts processing requires high precision and efficiency, which are critical factors directly linked to product quality and cost. Particularly in prototype and small-batch, diverse parts processing, high rigidity and ease of use are essential. The high-rigidity compact machining center "KIZAMI" was developed to address these challenges. 【Usage Scenarios】 * Processing of prototype parts * Processing of small-batch, diverse parts * Processing of non-ferrous metal parts 【Benefits of Implementation】 * Quality improvement through high-precision parts processing * Space-saving due to compact design * Stable processing due to high rigidity * Improved processing environment with standard oil mist equipment

In the field of research and development, prototype manufacturing requires high-precision processing to achieve the desired shape and performance as per the design. Especially in the processing of new materials and complex shapes, high rigidity and stable processing accuracy are essential. Inadequate processing can affect the performance evaluation of prototypes and may lead to prolonged development periods. The high-rigidity compact machining center "KIZAMI" boasts high rigidity while being compact, meeting the prototype needs in research and development. 【Usage Scenarios】 - Processing of new materials - Prototyping of complex shapes - Processing of precision parts 【Benefits of Implementation】 - Enables high-precision prototyping, shortening the development period - Accommodates various materials, expanding the scope of research and development - Compact design allows for flexible installation, optimizing the research environment

Educational institutions require teaching materials that enable students to acquire practical knowledge and skills in manufacturing. In particular, plastic molding technology plays a crucial role in modern manufacturing, and learning its fundamentals is essential for expanding students' future possibilities. However, traditional injection molding machines have faced challenges due to their complex operation and difficulties in ensuring safety. The tabletop small injection molding machine 'Moiron KH-1775D' balances simple operability and safety, making it ideal for use in educational settings. [Usage Scenarios] - Teaching materials for industrial high schools and engineering departments at universities - Manufacturing experience workshops - Collaboration with programming education [Effects of Introduction] - Realization of practical manufacturing education - Improvement of students' creativity and problem-solving skills - Injection molding experience in a safe environment - Support for the creation of diverse teaching materials

In experimental research fields, rapid prototyping is required. In particular, when comparing samples with different material properties in a short period, injection molding is one effective method. However, traditional large injection molding machines may not be suitable for research purposes due to space and operability issues. The tabletop small injection molding machine 'Moiron KH-1775D' is ideal for laboratory use due to its simple operability and compact design. 【Usage Scenarios】 - Prototyping in material development - Production of small quantities of diverse samples - Educational use in laboratories 【Benefits of Introduction】 - Enables rapid prototyping - Compatible with a variety of materials - Space-saving design

In educational institutions, manufacturing education is important for nurturing students' creativity and acquiring practical skills. In particular, the technology for processing materials such as metals and resins is essential for understanding the processes from design to manufacturing and for developing problem-solving abilities. However, large machine tools can be difficult to introduce due to space and safety issues. The CNC desktop machining center "Sculptor Master" enables engraving processing and supports manufacturing education in educational settings. [Usage Scenarios] - Production of teaching materials in school technology classes - Prototyping in university laboratories - Skill acquisition in vocational training schools [Effects of Introduction] - Processing practice in a safe environment - Improvement of creativity and problem-solving abilities - Acquisition of practical skills