システムクリエイト Product Lineup

"NC BANK" is an NC data input/output and transfer device that enables high-speed transfer of large-capacity NC data by connecting to NC machine tools that do not have data server functionality. It features a compact body that is easy to handle. ≪Features≫ ■ High-speed transfer to machine tools without a data server Equipped with FTP server functionality and file sharing as standard. Large-capacity programs created with CAD/CAM can be transferred via LAN and saved to the flash disk of the main unit. The saved data can be transferred from the main unit to the machine tool via RS-232C. ■ Data input/output functionality It can also be used as an NC data input/output device using a USB memory stick. Even if there is no budget for LAN construction or if the factory environment is poor due to electrical noise, it enables long hours of continuous processing operation at low cost. ■ Support for subprograms By including the subprogram name within the main program, the specified subprogram can be called and transferred during data output. (Supports hierarchical calls as well) ■ Easy operation File selection, copy/delete, and data input/output can be performed with simple button operations. * You can download the PDF catalog from the button below.

"Creating jigs requires know-how and costs, and is labor-intensive..." "When using gypsum with inverted jigs, dust can be generated during processing, leading to machine failures..." "With epoxy putty, the burden on the cutting tools is significant, and removal takes time..." Various issues arise in jig creation... With paraffin jigs, you can easily create inverted jigs by simply melting them with heat and pouring them into the workpiece, significantly reducing the costs involved in creation. Additionally, compared to gypsum and epoxy putty, they also place less burden on machines and cutting tools.

The "NC Friendy-USB" is an NC data input/output device that enables high-speed transfer of large-capacity NC data by connecting to NC machine tools. It uses RS-232C for connection, making it ideal for machines that do not have data server functionality. It also features convenient output functions. Recommended for the following uses: ■ Want to transfer large-capacity data You can transfer large-capacity data without worrying about size using a USB memory stick. ■ Want to continuously send multiple processing data You can send multiple files concatenated without the hassle of manual input editing. ■ Too much dust to place a computer / limited space on-site Since it does not require connection to a computer, it solves the installation issues of computers. There is no need to run LAN cables. The main unit is postcard-sized, making it easy to carry and install.

The "Magic Chuck" employs a sliding structure that tightly adheres the workpiece's bottom surface to the liner, allowing for horizontal clamping. It eliminates vibrations during processing and improves accuracy. [Features] ■ Improved Processing Accuracy Suppresses vibrations during processing with a fixed accuracy of 1/1000mm, enabling high-precision machining. ■ Reduced Cutting Time By improving cutting conditions without worrying about vibrations, processing time can be shortened compared to conventional methods. ■ Easy Installation and Reduced Clamping Time Simply hold the workpiece by hand and tighten the vice all at once, allowing even beginners to clamp the workpiece accurately and easily. *You can download the PDF catalog from the button below.

Reduce the time and effort required for finishing processes such as sanding, and achieve high-quality finishes for your creations! Additionally, by using impregnation, you can strengthen sculptures made of materials like plaster.

"Tune D3" is a professional-grade polishing film designed to reduce layer marks on 3D printed objects and provide a glossy finish. It does not use any special chemicals, making it easy for anyone to polish. It is compatible with materials ranging from ABS/PLA resins and nylon (polyamide) to acrylic resins. [Features] ■ Safe and user-friendly design for everyone It does not use organic solvents or special chemicals, and it does not require any specific skills from the operator, allowing anyone to easily process it. ■ Easy-to-understand film types Each film included in the kit is color-coded, making it visually easy to identify the types of films. ■ Efficient polishing is also possible It can be used only on areas that require polishing, making it easy to perform shape corrections and fine adjustments (dimensional changes) on the printed object. ■ Surface finishing that can also be used for post-processing The surface can be finished in either a matte or clear (mirror or transparent) style. It minimizes the "roughness" that can easily occur after polishing, allowing for a beautiful surface (texture). *For more details, please request a catalog or view the PDF data from the download button below.

"Polymaker" is a high-quality filament that can be used with almost all desktop FDM 3D printers. With a wide variety of types available, it can be utilized in a broad range of applications. [Features] ■ Printing that doesn't waste time Utilizing patented Jam-Free technology, it is designed to minimize nozzle clogs. This reduces the time spent handling clogs and leads to shorter printing times. ■ A wide variety of types for diverse applications The various filaments each have different properties, allowing you to select materials based on the purpose and application of your print. ■ Quality control you can trust Under an eight-stage quality control process, each filament is delivered vacuum-packed. This prevents quality degradation due to moisture absorption during transport and storage, allowing you to use it with confidence. *For more details, please request a catalog or view the PDF data via the download button below.

Amphyon is a metal fabrication data verification system developed to solve the challenges of metal fabrication machines. It simulates the factor of deformation that occurs in all metal fabrications, known as "residual stress," allowing for the detection of deformation amounts and fabrication errors in advance. This significantly reduces the number of trial and error instances that were traditionally experiment-driven, thereby lowering material costs and machine operating costs. Furthermore, by combining it with a pre-deformation module, it enables the correction of STL files with anticipated deformation amounts. This achieves near-net-shape manufacturing, reducing post-processing labor after fabrication. [Features] ■ Compatible with all metal fabrications Calibration results from small test workpieces are reflected, allowing for analysis results tailored to the usage environment. ■ Modular configuration that can be selected according to improvement needs It adopts a modular format that allows you to choose functions to implement based on current improvement needs, eliminating unnecessary costs. ■ Improve the metal fabrication process in three easy steps Even with a full modular configuration, it can be completed in three steps: placement → support → pre-deformation. No knowledge of complex finite element analysis is required. *For details, please request a catalog or view the PDF data from the download button below.

"JIZAI" is a polypropylene material that can be used with Fused Deposition Modeling (FDM) 3D printers. It significantly reduces warping of printed objects caused by thermal changes. We offer both filament and pellet types. [Features] ■ Reduces the unique shrinkage of polypropylene PP is known for its weak adhesion and tendency to warp due to thermal shrinkage, but we have greatly improved this significant issue, allowing for beautiful prints with minimal distortion. ■ Strength, chemical resistance, and insulation equivalent to general-purpose PP materials It has chemical resistance and insulation comparable to conventional general-purpose polypropylene materials, making it safe to use even in environments exposed to chemicals or where strength is required. ■ Supports high-speed printing It can accommodate high-speed printing of up to 500 mm/s. ■ Easy to post-process It can be painted and colored, making it easy to post-process. *For more details, please request a catalog or view the PDF data from the download button below.

This is a filament connector for FDM 3D printer materials. It allows for easy and safe connection of filaments. [Features] ■ Safety Function Equipped with a feature to avoid overheating accidents, the power will automatically turn off after heating the filament connector for 5 minutes, even if left unattended. ■ Simple Operation You can connect leftover filaments in just 5 steps. By simply sandwiching the two filaments and pressing the heating switch, you can easily melt and connect them. For standard PLA, it is possible to connect them in just 1.5 minutes. ■ User-Friendly Standard Equipment With an easy-to-grip design, the main body is lightweight at 180g. It comes with dedicated fixing paper (to prevent slipping and dirt), fixing clips, and a stick file for deburring (to remove burrs after connection), allowing you to use it right away upon arrival. *For those interested, please refer to the link below.

In mold making, high precision is required. Even a slight misalignment can affect the overall quality of the product, making it important to maintain the horizontal alignment of the workpiece. Additionally, if clamping work takes too long, it can lead to a decrease in overall work efficiency. The magic nozzle securely holds the workpiece due to its sliding structure and suppresses vibrations during polishing, achieving high-precision finishes. 【Usage Scenarios】 - Mold processing and polishing work - Polishing of precision parts - Polishing processes requiring horizontal precision 【Benefits of Implementation】 - Improved polishing accuracy - Reduced work time - Simplified clamping operations

In the world of DIY, finishing tasks for projects are important. Especially in cutting and drilling wood, maintaining level is essential for creating beautiful and precise work. If the level is off, gaps may occur during assembly, or the strength may decrease. This is where the Magic Device Magic Clamp comes in handy. It makes leveling clamps easy and improves the accuracy of DIY projects. 【Usage Scenarios】 - Fixing materials in woodworking - Securing parts in metalworking - Accurate drilling in DIY projects 【Effects of Implementation】 - Improved processing accuracy - Enhanced beauty of the finish - Reduced working time

In the toy industry, high-precision prototype creation is required. In particular, the reproducibility of complex shapes and details affects the quality of the product. Traditional jig creation not only takes time and costs but also presents challenges such as dust during processing and strain on cutting tools due to the use of plaster and epoxy putty. Paraffin jigs can be easily created by melting and pouring them into the workpiece, significantly reducing costs. [Usage Scenarios] - Prototype creation for toys - Shaping of complex forms - When detail reproduction is necessary [Effects of Implementation] - Reduction in jig creation costs - Reduced strain on machines and cutting tools - Shorter delivery times

In the automotive prototyping industry, a rapid response to design changes and the production of high-quality parts are required. Particularly in prototyping using metal 3D printers, deformation due to residual stress poses challenges, which can lead to rework and increased costs. Amphyon simulates the factors of deformation in metal fabrication, specifically "residual stress," allowing for the detection of deformation amounts and fabrication errors in advance. This reduces the number of trial and error instances in prototyping and mitigates material costs and machine operating costs. Amphyon contributes to quality improvement and cost reduction in automotive prototyping. [Usage Scenarios] - Manufacturing prototypes using metal 3D printers - Optimizing the prototyping process due to design changes - Rapid production of high-quality parts [Effects of Implementation] - Shortened prototyping period - Reduced material costs - Decreased fabrication errors - Realization of near-net-shape manufacturing