"ExactFlat" is software that allows for the flattening of 3D shapes with freeform surfaces into 2D. Until now, measurements, prototypes, and modifications were done manually, but by digitizing the process, the workflow is improved, significantly enhancing productivity. It also enables flattening according to finite element algorithms, accommodating different stretchability for each material. ★ Dramatically reduces the steps involved in pattern creation ★ Operates as an add-on to Rhinoceros ★ Minimizes trial and error in pattern creation, mock-ups, and modifications, reducing material consumption and time ★ Corrects and unfolds material distortions, thickness, and stretch rates through integration with a material database

The cost-effective vertical machining center "Taikan T-VS series" has been newly introduced! It is a machining center that pursues productivity and can perform processing at high speed and high efficiency. 【Point 1】Structural design that exhibits high rigidity and stability By using high-strength cast iron material made from resin sand casting, strong rigidity and stability are achieved. Additionally, the adoption of a C-shaped structure ensures a wide processing range. Furthermore, by employing A-shaped columns that exhibit high rigidity and stability for the base supports, vibrations and deformations are minimized, maintaining processing accuracy over the long term. 【Point 2】Directly connected BT40 spindle The main spindle adopts a BT40 taper with a direct coupling method at 12,000 RPM. To achieve high-precision rotational motion, the motor's power is transmitted directly to the spindle, minimizing power transmission losses. 【Point 3】Equipped with FANUC 0iMF The control unit is equipped with the highly reliable FANUC 0iMF. We collaborate with domestic FANUC engineers to respond quickly in case of any issues. For more details, please feel free to contact us!

The compact machining center "MX400" has been released from the Yornew series! While achieving an overwhelmingly low price, it does not compromise on processing performance and is equipped with essential features. Additionally, to enhance both the operator's work efficiency and safety, the work table is positioned in an easily reachable location from a wide opening. ■ High rigidity frame structure It can suppress vibrations and chatter during cutting, improving dimensional accuracy, processing reproducibility, and surface roughness. ■ BT30 taper spindle that balances versatility and rigidity By adopting a servo motor, it achieves high-precision rotational motion and prevents power transmission loss. It also offers two types: a high torque specification at 6,000 min-1 and a high-speed specification at 24,000 min-1. ■ Standard equipped with an ATC device It comes standard with an 8-tool magazine, allowing for smooth multi-process machining. ■ ISO and G-code compliant The original control system complies with ISO standards, enabling the use of general codes as well as various fixed cycle codes and macro program calls. For more details, please contact us!

The metal 3D printer "AVIMETAL MT Series," which achieves overwhelming cost performance, has been released! By equipping a high-output 500W laser, it supports over 100 types of metal powder materials and realizes high-speed, high-precision molding. We offer a wide range of lineups from desktop sizes to 1-meter class sizes.

The Japanese version of the latest V38 / BobCAM for SOLIDWORKS V13 has been officially released from BobCAD-CAM, which offers overwhelming low prices while being equipped with comprehensive features! This latest version achieves a more intuitive and flexible workflow. ■ Improved usability of the CAM wizard You can now set parameters while displaying the tool path. Automatic calculations and real-time visual feedback during feature creation enhance the speed and accuracy of setup. ■ Context help feature included Simply hovering over parameters will display images, descriptions, and help links, enabling smooth programming. ■ Standardization of work with CAD default settings Users can now save and restore their unique initial values, allowing for precision adjustments down to millimeters. Many other features have also been updated or added. If you would like a detailed introduction to the features or a demo, please feel free to contact us!

The pellet-type 3D printer "P800" from CreatBot has been newly released! It addresses the operational and work-related challenges unique to large machines, achieving ease of use and handling. With an easy-to-introduce price, anyone can easily start pellet-based modeling. Three key points for easy large-scale modeling: 1) Easy model removal A PEI sheet is placed on the table. After printing, you can simply release the vacuum state to remove the sheet from the table. The sheet can be easily peeled off from the model, so no tools like scrapers are needed. 2) Reduced maintenance effort The printing table is fixed, and the print head moves. The table maintains its precision with just one leveling adjustment, significantly reducing the need for re-adjustments. 3) Temperature management for stable modeling The chamber area can be heated up to 70°C, and the build table can reach 120°C, minimizing temperature fluctuations during printing. This structure prevents warping and cracking that can occur with materials like ABS, ensuring stable large-scale modeling. Additionally, the nozzle temperature can be heated up to 400°C, allowing for the printing of resin with fillers.

Ultra-fast 3D printing with the light-based "From 4/Form 4L." By utilizing proprietary technology, it achieves a maximum printing speed of 100mm/h (80mm/h for Form 4L). ■ High-speed printing that defies common sense By adopting the unique technology "LFD," surface-based printing is made possible. → By curing layer by layer, printing can be done without depending on the printing surface. ■ Delicate expressiveness Achieves high-resolution and precise 3D printing with an XY axis resolution of 50µm (46µm for Form 4L). ■ Automatic post-print cleaning With improved solvent agitation functionality, printed items can be quickly and thoroughly cleaned. ■ Use of a wide range of functional materials Materials can be selected according to purpose and application. Material replacement is completed simply by swapping out the cartridge and resin tank.

This 3D printer can create a wide range of materials, from general-purpose resins commonly used in 3D printing, such as PLA and ABS, to super engineering plastics like PEEK and PEI. To print with super engineering plastics, meticulous temperature management is required, and the PEEK-250 is designed with a focus on the structure of the nozzle, heat bed, and chamber heater to create an optimal environment for printing. ◆Features◆ - Three-layer structure of the housing The internal insulation material uses ceramic fibers that excel in heat resistance and fire resistance, effectively retaining heat inside the chamber. - Heat radiation prevention in the printing area By adopting a mirror-finished stainless steel inner wall, heat radiation is prevented, maintaining a stable high-temperature environment while allowing the chamber to heat up to 200°C. - High-temperature nozzle compatible with up to 480°C By using highly conductive copper, it can heat up to a maximum of 480°C. - Warping suppression build table Made of aerospace-grade high-quality aluminum, it can heat up to 200°C. By reducing the temperature difference between the extruded resin and the build table, it prevents rapid temperature drops in the material and suppresses warping.

This is a training course where you can learn the basics of 'SOLIDWORKS', which boasts a world-class share and is used in many industries such as machinery, home appliances, and precision equipment. It is aimed at those who are using SOLIDWORKS for the first time or those who want to review the fundamentals. Let's grasp the key points and acquire the skills essential for practical work! 【Content】 ■ Day 1 Overview and features of SOLIDWORKS We will cover the basics! User interface and content of drawings Basic shape creation (sketch creation, dimension creation, solid modeling), constraint settings (dimensional constraints, geometric constraints) ■ Day 2 Design intent Creation of 2D drawings Design using features and history (extrusion, extrusion cut, fillet, etc.) ■ Day 3 Creating drawings from 3D models Assembly creation Interference check (dynamic and static) Model modification * Participation in individual sessions is also possible. 【How to Apply】 ■ Web: Please visit our training course page via the "Details & Application" button below. If the schedule does not suit you, we also offer customized training that focuses on skills tailored to the participants or the company. Please feel free to contact us!

This is an injection molding machine that, thanks to its compact design and dedicated mechanisms, can achieve a clamping force of up to 150 kN and manage positions with millimeter precision, all while being small in size. It enables flexible manufacturing through genuine injection molding. ◆Features◆ (1) Clamping Unit - Maximum clamping force of 150 kN achieved through servo motor drive and torque increase using pulleys and belts. - Ejector operation can be set with millimeter precision. (2) Injection Unit - Screw type, allowing for reliable melting, kneading, measuring, and injection with three-stage temperature settings. - Injection speed and pressure can be set in three stages to pursue smooth and uniform surface quality. (3) Controller - User-friendly touch panel for easy settings by operators. - Ability to save molding conditions. Additionally, it allows for more flexible molding using 3D printed molds, significantly reducing production costs and lead times.

We are holding a workshop at the Osaka headquarters of System Create where you can learn about 3D digital tools. For those who are interested in trying it out but don't know where to start, our instructor will provide detailed guidance, so please feel free to join us. Laser Cutting Machine "Falcon2 Pro 60W" Course The "Falcon2 Pro 60W" performs laser processing in a desktop size. It can carry out both engraving and cutting with one machine. ~ Workshop Content ~ - Explanation of the operation of the accompanying software We will explain the basic operation methods for creating processing data. - Creation of processing data You will create your own text or design that you want to process. - Processing settings We will prepare for processing using calibration and the accompanying software. - Cutting and engraving processing We will actually engrave and cut the data you created.

◆Features◆ - The series includes three types (20W, 30W, 50W) - Uses Q-switched pulse ytterbium fiber laser, capable of marking a wide range of metals Example) Aluminum, stainless steel, gold - Equipped with a fast galvanometer scanning system with a repeatability of 0.001mm and a maximum operating speed of 10,000mm/s - Can mark text and QR codes with a minimum height of 0.1mm - Standard software included: "EZCAD2" Functions) Insertion of text and images, setting of output conditions - Safety features include a slide-up door with a light shield, an emergency stop button, and interlock as standard equipment

Under the theme of "Expanding the Use of 3D Printing," we propose advanced manufacturing solutions using 3D printers. Focusing particularly on the "Mold Solutions," we will showcase applications of molds created with Formlabs' latest 3D printer, the "Form 4 Series," in injection molding and vacuum forming, as well as notable examples of cutting molds combined with injection molding using the compact 5-axis machining center "MX220." We invite you to experience the latest in 3D manufacturing at our booth. ~ 28th Manufacturing World [Osaka] (7th Next Generation 3D Printer Exhibition) ~ [Organizer] RX Japan Co., Ltd. [Dates] October 1 (Wed) - October 3 (Fri), 2025 10:00 AM - 5:00 PM [Venue] Intex Osaka, Hall 2 Booth Number: 9-75 ● Notable exhibits will be featured in related products! *For more details, please refer to the related links below.

Pellets, which are often used for large-scale modeling, can also be used for desktop-sized modeling. Materials that cannot be converted into filament and research and development pellets can also be modeled. Furthermore, it is possible to change the head, allowing for two types of modeling with one machine by installing a filament head. [Features] - The print head uses a screw type and controls temperature at two points, allowing for uniform melting of materials and reliable feeding to the nozzle. - Equipped with a wear-resistant nozzle, it supports open materials, making it usable with filler materials as well. - The nozzle temperature can be raised to 300°C, and the table temperature can reach 100°C. - Adopting the IDEX method, two print heads operate independently. - A pellet feeder capable of holding up to 10 liters is available, enabling efficient long-duration modeling. - The modeling area is available in sizes of 300×300×250mm and 500×500×500mm. *For more details, please request a catalog or refer to the related information below.

This is a full-cover CNC lathe that can be installed in a compact tabletop size. It is ideal as a sub-machine for small-scale processing of prototype cylindrical shapes and for skill development in research, education, and various applications. ■Features■ - Capable of processing a wide range of materials, including plastics, acrylics, brass, and lightweight metals like aluminum. - Equipped with a genuine CNC system. - Can perform basic external diameter machining comprehensively. - Easy program creation due to compatibility with ISO standard G-code. - Positioning accuracy boasts 0.02mm, and vibration is suppressed during processing, ensuring the longevity of the machine. - Requires only 0.7m² of installation space, making it space-efficient. - Features a user-friendly movable control panel. ■Usage Locations■ - Research and development - Educational institutions for learning purposes, etc. ■Compatible Materials■ - Aluminum - Brass - Plastic - Acrylic, etc.

Essential "jigs" for manufacturing. "Ez Jig for Rhino" allows you to intuitively design jigs by plugging into the 3D CAD software "Rhinoceros." Even beginners can quickly learn the operation method, enabling smooth jig design creation and improving work efficiency. [Features] ■ Easy to operate - It adopts a wizard format, allowing you to create jig designs simply by following the displayed instructions. ■ Easy clearance adjustment - You can easily adjust the clearance considering the materials used for 3D printing during data creation. ■ Rich input and output formats - It supports reading and writing common 3D data file formats such as IGES and STEP. *For more details, please request a catalog or refer to the related information below.

In January 2022, the upgrade from 'Form 3' to 'Form 3+' was announced, adding new features to enhance print quality and efficiency. Along with this, sales of 'Form 3+' will begin. In addition to hardware improvements, a software update will increase print speed by up to 40% and reduce post-processing time. It maintains ease of use while achieving higher quality prints. [Features] ■ New Hardware Features - Improved surface quality (enhanced stability of LPU) - Enhanced resin temperature management (reduced impact from ambient temperature) - Improved initial layers at the start of printing ■ New Software Features - Increased printing speed (20-40% faster, depending on shape and resin used) - Reduced post-processing time (easier removal with new support shapes) - Added features for efficient operation (preheating function, sleep mode) *For more details, please request a catalog or refer to the related information below.

We have started selling the new desktop 3D printer "Form 3" from Formlabs, which boasts the highest sales record in the world. With the new printing method "LFS," which enhances the advantages of the SLA method, it enables even higher quality prints. [Features] ■ New printing method "LFS" that achieves high quality Adopting a new laser system that maintains a uniform laser diameter across the entire area regardless of the print position. This ensures stable precision in printing. ■ Flexible tank that reduces load on the model The load on the model during printing is reduced, allowing for high-viscosity resins and intricate shapes to be printed with fewer errors. ■ Easy-to-remove support material reduces hassle & improves surface quality It is now possible to create support material with smaller touch points. The labor-intensive process of removing supports has become easier, significantly shortening post-processing time. Additionally, support marks become less noticeable, resulting in improved surface finishing. With the more convenient Dashboard and PreForm, you can start prints from a distance and check the status of the printer and the progress of the print.

This is a bundle campaign that allows you to conveniently introduce the powder sintering (SLS) 3D printer "LISA-PRO" and the intuitive 3D CAD "DiscoveryEssentials" for handling 3D models. It can comprehensively resolve issues related to 3D printing operations and reduce man-hours from data modification to print finishing. 【What is LISA-PRO】 ■ Reduces post-processing effort with support-free molding As a 3D printing method that uses "powder sintering" to fuse laid-out powder materials with a laser, the unfused material supports the model. This eliminates the need for support removal, saving time and effort. ■ Compatible with nylon (PA11/PA12) molding It is capable of molding with nylon materials that excel in toughness, durability, and heat resistance. Thanks to these features, it enables the reduction of assembly work hours through integrated structures of assembled products, the molding of fragile claw shapes, and the creation of snap-fit components that can be repeatedly evaluated, leveraging toughness. Additionally, by utilizing the bundled software, editing design data necessary for molding, such as wall thickness and fitting adjustments, becomes easy. *For details about the campaign, please visit our website at the URL below.

We are pleased to announce the release of the wide processing range model "Mill-KeyII-L" of our tabletop CNC milling machine "Mill-KeyII," which has received positive feedback for its low price and compact size. In response to numerous requests from our customers, we have added the wide processing range model to our lineup. With the wide table, not only is the size of the workpieces that can be processed expanded, but the productivity of processes requiring a large quantity, such as mass production of small parts and cutting of sheet materials, is also improved. Additionally, we have set up a demo unit of "Mill-KeyII-L" at our headquarters in Osaka. We are conducting live demonstrations and benchmarks. Please feel free to contact us. *For more details, please visit our website at the URL below.

We are adding the industrial X-ray CT scanner "inspeXio SMX-225CT FPD HR" manufactured by Shimadzu Corporation to provide enhanced CT scan services. The CT scan service using this machine is scheduled to start in September. [Service Enhancement Details] ■ Internal observation of insert molded products is now possible Equipped with metal artifact reduction capabilities, it can be used for the observation and inspection of composite works made of metal and resin, which were previously difficult to observe. ■ Scanning size has been expanded The scanable size and load capacity have increased compared to the current model. It is now possible to scan larger works or multiple smaller works at once. □ About our CT scan service Since the start of the service in 2015, it has been utilized by various customers for development, quality control, and more. In addition to observation using the CT scanner, we also offer defect analysis using analysis software, comparison of CAD data with scan data, and inspection, measurement, and analysis for confirming the thickness of works. We also support reverse engineering and provide data tailored to customer needs. For more details, please visit our website at the URL below.

"BobCAD-CAM" is a 3D CAD/CAM that provides benefits from both the functional aspects required for machining and the cost aspects essential for generating profits, with the concept of "realizing appropriate equipment investment costs." The newly released multi-axis machining modules can be selected from four main options according to the machining content: indexed 4-axis, simultaneous 4-axis, indexed 5-axis, and simultaneous 5-axis. It enables the realization of "appropriate equipment investment costs" even in multi-axis machining. The simultaneous multi-axis control module allows for various machining approaches, such as "flow line machining" along the normal direction of the surface and "morphing machining" that varies between two lines, thanks to simultaneous multi-axis control using the ModuleWorks engine. Additionally, in simultaneous 5-axis machining, it enables "high-speed roughing," which contributes to reducing roughing time, and "remainder machining," which leads to improved quality during finishing processes. ≪Multi-axis compatible modules≫ "Mill 4AXIS STANDARD": Indexed 4-axis "Mill 4AXIS PRO": Simultaneous 4-axis "Mill 5AXIS STANDARD": Indexed 5-axis "Mill 5AXIS PRO": Simultaneous 5-axis