システムクリエイト Product Lineup

We are pleased to announce the launch of the new pellet-based 3D printer "P800" from CreatBot! The "P800" features a vacuum suction table, a first for the CreatBot series. This reliable new specification addresses common concerns with large-scale printing, such as "the hassle of attaching a heavy table" and "the difficulty of removing the printed object." That said, many of you might be wondering, "What is a vacuum suction table?" and "How does it work?" To answer these questions, we have prepared materials that explain the mechanism and strengths of the vacuum suction table. We encourage you to read through them for a detailed explanation. *You can download the materials using the button below.*

"BobCAD-CAM," which is well-received for its ability to be implemented and operated at a low cost. Despite its overwhelming low price, the variety of modules and rich features are impressive! This is a three-dimensional CAD/CAM system that is seeing an increase in inquiries. One of its features is that "it can easily create tool paths for hole machining." In 4-axis machining using a scale, it is necessary to create each tool path while switching coordinates for each face, which can be cumbersome. With the "automatic tool path for hole shapes," you can reference the information of the hole shape feature and automatically create tool paths in just a few steps! Based on the registered machining conditions, you can instantly apply the optimal machining content. By patterning repetitive machining, you can respond smoothly, achieving both increased productivity and reduced programming time. The materials explain how tool paths are created and provide points for use in 4-axis machining, so please take a look. *You can download the materials from the button below.

In conventional SLA machines, metals and cast materials are often used, but the biggest feature of this model is that it adopts "granite" as the main structural material. ■Benefits of Using Granite (Key to High-Precision Modeling) 1. Ultimate Vibration Damping Granite has a higher vibration absorption capability than metals. This effectively suppresses the fine vibrations generated during platform movement and stirring during modeling, achieving high-precision modeling without layer misalignment or distortion. 2. Excellent Thermal Stability Granite has minimal thermal expansion and contraction, ensuring that the basic structure of the machine remains stable even during long modeling sessions or in environments with significant temperature changes, maintaining high dimensional accuracy. 3. Reduced Aging Degradation Unlike cast materials, granite experiences almost no aging changes (creep) due to internal stress, allowing it to maintain its initial precision over long periods. The document provides a detailed explanation of the structures and mechanisms that maintain such horizontality and parallelism, so please take a moment to read it. *You can download the document using the button below.

Even if you can produce high-quality processed parts, there are increasing cases where numerical verification after inspection is required at the time of delivery. On the other hand, it can be difficult to allocate budget, space, and time for personnel development for inspection equipment that does not directly contribute to productivity, leading to situations where companies have given up on 3D measuring devices. In the midst of fierce competition for acquiring projects, many want to expand inspection accuracy and capabilities to increase work opportunities…! For those individuals, we would like to introduce the manual tabletop 3D measuring machine "Fulcrum." Not only does it help reduce initial costs, but it also offers flexibility in installation environment and space, as well as ease of measurement tasks! The materials provide a detailed explanation of the advantages unique to manual measurement and the actual measurement process, so please take a moment to read through them. *You can download the materials from the button below.

Jig design requires consideration from scratch and labor-intensive drawing work for each product shape and processing condition, and requests for "urgent jigs" become a significant burden on the design department, potentially straining the resources that should be focused on core design tasks. In particular, if the design department is responsible for all jig designs that arise, it becomes difficult to "quickly create the jigs needed on-site." This is where we introduce the jig design software "EZ Jig for Rhino." It is a software focused on jig design that simplifies operations, allowing for speedy jig design without advanced CAD skills. As a result, on-site personnel can easily create the necessary jigs themselves, freeing the design department from the burdensome drawing tasks and allowing them to concentrate on higher value-added design and planning work. You can proceed with the design without overthinking it and quickly create the jigs needed while on-site. The materials provide a detailed explanation of specific functions that enable "division of design work" and maximize "operational efficiency," so please take a look. *You can download the materials from the button below.

In finishing processes for shapes that include edges or where curvature changes sharply, unintended paths can be generated in areas not intended, which can affect the finishing quality. In such cases, the "boundary" function for partial specification of the machining area comes into play. Furthermore, the commands for "boundary projection onto surfaces" and "adjustment of tool control points" provide flexibility in this specification. By utilizing these features, you can create arbitrary paths only in the necessary areas! It is possible to apply paths appropriately and pursue the surface quality of finishing processes. The materials also explain the flow of boundary projection and the differences in machining paths due to the adjustment of tool control points, so please take a look. *You can download the materials from the button below.

There are various types of 3D scanners, and point accuracy and specifications are important factors at the time of introduction. However, practicality in inspections is not determined by those alone. What we would like to introduce this time is the "HandySCAN 3D EVO series." Based on high accuracy and volumetric precision, it enables on-site inspection decisions and improves work efficiency through a unique scanning flow using AR! In the materials, we provide a detailed explanation of the reasons for the high accuracy unique to HandySCAN 3D EVO, its advantages, and the actual measurement flow that allows for simultaneous inspection while scanning, so please take a look. *You can download the materials from the button below.

There are various types of 3D scanners, and point accuracy and specifications are important factors at the time of introduction. However, practicality in inspection is not determined by these factors alone. What we would like to introduce this time is the "HandySCAN 3D EVO series." Based on high accuracy and volumetric precision, it enables on-site inspection decisions and improved work efficiency through a unique scanning flow using AR! In the materials, we provide a detailed explanation of the reasons for the high accuracy unique to HandySCAN 3D EVO, its advantages, and the actual measurement flow that allows for simultaneous inspection while scanning, so please take a look. *You can download the materials from the button below.

In the construction industry, high precision inspections are required to ensure that structures are built according to design plans and that components are placed with accurate dimensions. Especially in complex shapes and large-scale structures, even slight errors can impact the overall quality. The "HandySCAN 3D EVO series" facilitates easy comparison with CAD data and enables rapid inspections on-site. This helps reduce rework and contributes to shortening construction periods. 【Use Cases】 - Dimensional inspections of structures at construction sites - Shape measurements of existing structures in renovation projects - Interference checks through comparisons between CAD data and actual dimensions 【Benefits of Implementation】 - Reduced inspection time through comparisons with CAD data - Improved quality through highly accurate measurements - Reduced rework through immediate decision-making on-site

In the automotive industry, it is essential to quickly and accurately verify whether the prototype matches the design specifications. This is particularly crucial for parts with complex shapes and curves, where precise measurements are indispensable. Traditional measurement methods have posed challenges due to their time-consuming and labor-intensive nature, leading to longer lead times for prototypes. The HandySCAN 3D EVO series allows for simultaneous inspection during scanning by pre-loading CAD data, contributing to a reduction in inspection time during the prototyping process. 【Use Cases】 - Prototype inspection of automotive parts - Shape measurement of molds and jigs - Verification of design data 【Benefits of Implementation】 - Reduction in inspection time - Acceleration of the prototyping cycle - Improvement in design quality

In the home appliance industry, it is important to accurately verify whether the shape and dimensions of a product are realized as designed during the design review. Especially as design becomes more complex and diverse, there is a need to quickly and accurately assess the differences between 3D data and the actual product. The HandySCAN 3D EVO series facilitates comparison with CAD data and contributes to the efficiency of design reviews. 【Usage Scenarios】 - Design reviews of home appliances - Verification of prototype shapes - Shape confirmation before mold production 【Benefits of Implementation】 - Early detection of design modifications - Rapid confirmation of consistency between design and actual product - Reduction of product development time

Marsgo is a document that highlights the impressive features and characteristics of various products. Dual extrusion utilizes two nozzles to create complex shapes using water-soluble supports, and it can also automatically switch nozzles to continue printing when material runs out. This expands the range of 3D printing using the FFF method even further. However, many may have experienced that during dual extrusion, the material that melts from the standby nozzle can dirty the surface of the model. After spending time creating a model, unintended colors of resin may mix in, or dripped resin may clump and adhere, compromising the quality of the finish. To solve these unique problems associated with dual extrusion, the "nozzle shutter function" has been incorporated into the D1000 Pro HS. By physically blocking the standby nozzle, it achieves high-quality prints without contamination or dirt. The document thoroughly explains the benefits of the "nozzle shutter function" and its detailed mechanism. We encourage you to read it. *You can download the document using the button below.

Marsgo is a document that picks up the functions and features of various products and introduces the "amazing!" aspects. In FFF-type 3D printers, the adhesion of the "first layer" can be considered a lifeline that determines the success or failure of the print. Issues such as warping and peeling that occur during printing are common challenges regardless of the print size, but their impact increases significantly with larger models. The feeling of loss when several days of effort go to waste is immeasurable. One of the major factors involved here is the "levelness of the table," and manual adjustments require both time and skill, which can undermine the inherent convenience of 3D printers. The "fate of the first layer," which can be seen as a risk, has been resolved in the "D1000 Pro HS" by automating the adjustments. With "4-axis independent leveling," where four independent motors correct the tilt, accurate setup can be completed in just a few minutes, even without skilled techniques. For more details on the specific mechanisms and adjustment methods, please check the document! *You can download the document using the button below.

Marsugo is a document that picks up the functions and features of various products and introduces the "amazing" aspects. Creality has launched its first standalone 3D scanner, the "Sermoon P1"! Until now, using a 3D scanner involved various steps such as connecting to a PC, preparation, editing, and cleanup, which took a lot of time and effort before you could actually scan. The "Sermoon P1" solves those problems. Remarkably, the software is built into the scanner itself! Therefore, there is no need to connect to a PC! It’s an excellent device that allows you to edit immediately after scanning. In the first document, we introduce how easy the process is from scanning to editing thanks to the adoption of a standalone format. In the second document, we explain the structure designed for efficient large-scale scanning, so please take a look. *You can download the document using the button below.

Marsugo is a document that picks up the functions and features of various products and introduces the "amazing" aspects. Creality has released its first standalone 3D scanner, the "Sermoon P1"! Until now, using a 3D scanner involved various steps such as connecting to a PC, preparation, editing, and cleanup, which took a lot of time and effort before you could actually scan. The "Sermoon P1" solves those problems. Remarkably, the software is built into the scanner itself! This means there is no need to connect to a PC! It’s an excellent device that allows you to edit immediately after scanning. In the first document, we introduce how easy the process is from scanning to editing thanks to the adoption of a standalone format. In the second document, we explain the structure designed for efficiently performing large scans, so please take a look. *You can download the document using the button below.

Marsgo is a document that picks up the functions and features of various products and introduces the "amazing" aspects of them. Stereolithography 3D printers create shapes by curing liquid resin with light. The latest Form 4 / 4L achieves "high precision and speed" in modeling through its unique LFD method, but it is actually packed with detailed innovations to ensure that "anyone can use it without failure." One of these innovations is the "Z-Bleed Correction" that we will introduce this time. In stereolithography, unintended light spreading can cause dimensional deviations (swelling) such as "holes becoming smaller" or "screws not turning." This not only leads to assembly issues but also causes unnecessary rework such as sanding or enlarging holes. In the Form 4 / 4L, the standard software "PreForm" automatically calculates this swelling and cancels it out in advance. This document clearly explains the causes of dimensional deviations and the mechanism of automatic correction with illustrations. If you are considering improving accuracy and reducing post-processing, please take a look. *You can download the document from the button below.

Marsugo is a document that picks up the functions and features of various products and introduces the "amazing" aspects. There are many people who are considering efficient processing, such as complex machining with a 4-axis machining center and reducing setup time. There are several barriers to introducing machines, including: - High introduction/operational costs - Expensive CAM for 4-axis compatibility - Know-how considering rotational axes and interference If you have these concerns, they can be resolved☆ What we are introducing this time is "overwhelmingly low price & rich features BobCAD-CAM." Until now, we have mainly introduced 3-axis functions, but actually... it also supports 4-axis machining! The document provides a detailed explanation of the appeal of the 4Axis standard module development and the actual prices at which you can implement it, so please take a look. *You can download the document from the button below.

Marsugo is a document that picks up the functions and features of various products and introduces the "amazing!" aspects. Everyday tasks involving "slight processing of steel materials" are commonly performed on general-purpose lathes. Have you ever felt such concerns? "Recently, only specific skilled workers can use them..." "Manual processing is dangerous and doesn't fit with the digitalization of the workplace..." The solution to these anxieties is the compact CNC lathe "YORNEW CK210B," which maintains the ease of use of general-purpose lathes while adding the precision and safety of CNC technology. This machine features a very compact body with a footprint of 1170×700mm, packed with tough specifications capable of processing steel materials. With a high-torque servo motor of 1.2kW and a simple, high-rigidity tool post that effectively harnesses that power, it achieves stable processing that overturns the conventional wisdom that "small machines are only for resin or aluminum." The document provides a detailed explanation of why this size can effectively cut steel, focusing on the high-torque motor and the design of the tool post, so please take a moment to read it. *You can download the document using the button below.

Marsugo is a document that picks up the functions and features of various products and introduces the "amazing!" aspects. The "Lynxter" series of 3D printers uses a method of layering liquids to create shapes. Its characteristic is that it can print using a high-performance material called "pure silicone." Moreover, it does so without compromising the inherent functional properties of the material. This time, we will focus on the mechanical properties of one of the standard materials in the Lynxter series, "SIL-001." 3D printer materials have been evolving year by year, becoming more high-performance. Many soft materials have also emerged. However, there are often cases where their applications are limited in terms of heat resistance, chemical resistance, elasticity, and durability. "SIL-001" is a material developed with a different approach from these soft materials. In fact, like general-purpose pure silicone products, it adopts a mechanism that hardens through the reaction of a base agent and a curing agent. This allows for 3D printing while maintaining the unique mechanical properties of pure silicone. *You can download the document from the button below.

Marsgo is a document that picks up the functions and features of various products and introduces the "amazing" aspects of them. The large-format FFF 3D printer "CreatBot D600 Pro3 HS" supports "dual modeling," which allows for simultaneous operation of two nozzles. In addition to being able to tackle complex shapes using water-soluble support material, it is equipped with a backup function that automatically covers material shortages, enabling non-stop operation that can be entrusted for long hours of overnight printing. Since it can efficiently produce large models, it is suitable for use in manufacturing environments. However, the question arises: "Why can such a convenient operation be performed stably?" The answer lies in the newly equipped "X and Y axis automatic correction function," which controls the nozzle position in the background! The document provides a detailed explanation of how this automatic correction function works, so please take a moment to read it. *You can download the document using the button below.