システムクリエイト Product Lineup

The "NAZCA CAM Mill" series is an affordable CAD/CAM for machining and milling that allows you to choose the software configuration based on the processing content. You can select configurations for CAD, 2D processing, 2.5D processing (with optional projection calculations), and hole processing. *CAD functions are included in each processing module. [Features] ■ NAZCA5 CAD Standard equipped with 2D CAD functions. You can efficiently create drawings by snapping to endpoints, midpoints, and the centers of circles. It is also possible to create a single-stroke drawing by clicking on the necessary parts to delete the unnecessary ones. ■ Shorten the time for creating processing programs Chamfering can be easily set up with just condition input. ■ Easily create 3D shapes (2.5D) You can easily create various 3D shapes using 2D drawings such as cross-sections and top views. It is possible to add R/C surfaces during the processing instructions for 3D shapes. ■ Easy processing setup even with mixed hole counts and diameters In addition to selection from shapes, you can perform bulk selection by specifying seat diameters, drawing colors, and line types. You can assign processes manually or automatically to the selected holes. *Please view the PDF data from the download button below.

You can always use the latest versions of over 10 types of cutting-edge 3D product design and engineering software, including 3DCAD "Inventor Professional," "AutoCAD," finite element analysis software "Nastran in CAD," and 3DCAM "HSM," at an attractive package price. Depending on the situation, you can download and install the tools you want to use when you need them, whether for temporarily required tools for specific projects or clients, or for exploring new workflows. This collection supports various initiatives starting from design, such as optimizing designs based on analysis and challenging in-house production through CNC machining.

"BobCAD-CAM" is an affordable CAD/CAM solution that meets a wide range of needs. It comes standard with 3D CAD and 3D simulation. With its comprehensive features, it achieves high-quality machining results while reducing machining and programming times. [Features] ■ Low Cost Operates at a low price with a permanent license format that requires no maintenance fees. ■ Wide Range of Machining Supports cutting processes from 2-axis to simultaneous 5-axis machining, lathe machining, and complex machining. ■ High-Quality Finishing - Reduces tool load in finishing processes with leftover machining. - Allows the addition of contour lines and scanning line pitches at any location. - Customizable machining paths for scallops. ■ Reduced Machining Time - High-speed rough machining. - Reduces air cuts through stock shape editing. ■ Quick Tool Path Creation - Automatic classification of hole shapes and batch process creation. - Creates contours from cross-sections of 3D models. - Edge extraction to projection in one command. - Saves machining settings for application to other models. ■ Easy Drawing - Easily edits from 2D to 3D shapes. - Features interactive drawing tools for beginners. ■ 3D Simulation Allows for pre-processing verification, such as interference between tools and holders. Displays machining time as well. *You can download the PDF catalog using the button below.

"MazaCAM" is a system that allows for the creation and conversion of programs interactively on a PC. Those who have previously created programs manually or interactively on control devices can easily improve their program operations. 【Easy for Anyone with Interactive Interface】 With the interactive system, even beginners can easily create programs. Additionally, the interface similar to Mazatrol allows those who have been using Mazatrol to leverage their experience in program creation. 【Create Programs Without Stopping the Machine】 Mazatrol programs, which could only be created on control devices until now, can now be created on a PC. This reduces the machine downtime that occurred during interactive operations. The G-code output also supports machine tools other than Mazak. 【Fully Utilize Machines and Existing Programs in the Factory】 You can convert previously created Mazatrol programs for use on various generations of Mazatrol. Conversion to G-code is also possible. Furthermore, with the program editing function, partial shape modifications can be completed in a short time. This maximizes the use of machines and programs in the factory, achieving improved productivity.

■Mill (2-axis/2.5-axis/Simple 3-axis machining) You can create 2/2.5-axis machining tool paths for contours, pockets, and hole shapes not only from wireframes but also from 3D solid models. Additionally, you can also create 3-axis machining data for a single surface. ■Mill3D (3-axis milling) In addition to the functions of Mill, it is equipped with a variety of simultaneous 3-axis tool paths for roughing to finishing processes on complex surfaces, enabling milling of various shapes and materials. Moreover, by combining modules such as 'Lathe', 'Multi-Axis', and 'Mill-Turn', it can accommodate various complex machining. - 'Mill' + 'Lathe' → Lathe + indexed fixed milling - 'Mill3D' + 'Lathe' → Lathe + indexed milling for three-dimensional machining - 'Mill3D' + 'Multi-Axis' + 'Mill-Turn' → Lathe + simultaneous multi-axis milling

We will propose a wide range of systems, of course from 2D and 2.5D to lathes, wires, lasers, and more.

CAD/CAM 'NX' that thrives in the world-class product development scene. With its rich features, it enables all kinds of modeling and processing.

A CAM software that offers excellent cost performance while catering to a wide range of needs, including molds, parts, jigs, wooden patterns, woodworking parts, and prototype parts. VisualMill can also be added to Rhinoceros and SolidWorks. You can choose from a minimum configuration for CAM to a configuration that supports 5-axis machining, depending on your needs. Please feel free to consult with us first.

[Features] ■ Simply input the numerical values from the drawing By entering the gear specifications into "GEAR+", the drawing is automatically completed. You can start creating processing data immediately. ■ Easy setting of tooth thickness In addition to supporting the transfer coefficient, you can set the tooth thickness from the overpin dimension, the overlapping tooth thickness, and the front arc tooth thickness. *For more details, please refer to the PDF data available via the download button below.

The high-speed, high-precision 3D CAM module developed by Makino Milling Machine Co., Ltd., based on the numerous know-how accumulated as a machine tool manufacturer, is 'FF/cam'. It is a model that can be easily added to the CAD system you are currently using.

"BobCAD-CAM WIRE EDM" is the wire electrical discharge machining module of the low-cost, feature-rich 3D CAD/CAM "BobCAD-CAM." It supports not only 2D data but also the reading of 3D data, allowing for program creation from a wide range of data. It is equipped with various functions necessary for wire processing, including parts machining. With simple operations, detailed settings can be made, enabling even CAD/CAM beginners to create programs as desired. Processing for various 2-axis machining as well as for upper and lower irregular shapes is also easy. Program verification is possible with the 3D simulation function. It can be operated at a low cost due to a license format that does not require maintenance fees. Customers can upgrade only when necessary. The license price is also low.

"BobCAD-CAM LATHE" is the lathe machining module of the low-cost, feature-rich 3DCADCAM "BobCAD-CAM." It includes a variety of machining patterns necessary for 3DCAD, 3D simulation, and turning operations, providing efficient program creation and safe programming through interference checks, which are difficult to achieve with manual programming. It can be operated at a low cost due to a license format that does not require maintenance fees. Customers can upgrade only when necessary. The license price is also low.

The long-awaited low-cost CAD/CAM system! Despite being an affordable software, it features hybrid modeling capabilities and also allows for multi-axis machining as an option. Additionally, by utilizing a network license, it can be run on multiple computers with just two licenses, making it a cost-effective CAD/CAM software.

"Fusion360" is software that integrates the processes from design to mechanism verification and machining. It allows for the connection and sharing of all processes necessary for product development and machining on a cloud-based platform. It is equipped with CAD functions that can be utilized for various applications such as industrial design and design, CAM functions that enable various machining approaches with 2 to 3 axes, and CAE functions to assist in appropriate design.

■Lathe (Turning) Turning operations are possible with a rich variety of tool paths and detailed settings. The definition of cutting materials and shapes is also extensive, allowing for the creation of efficient paths with minimal air cutting. Additionally, by combining modules such as 'Mill', 'Mill3D', and 'Multi-Axis', it supports various complex machining operations. - 'Mill' + 'Lathe' → Turning + indexed fixed milling - 'Mill3D' + 'Lathe' → Turning + indexed milling for three-dimensional machining - 'Mill3D' + 'Multi-Axis' + 'Mill-Turn' → Turning + simultaneous multi-axis milling

■Wire (Wire Electrical Discharge Machining) You can flexibly specify cutting patterns from 2D contours to 4-axis upper and lower irregular shapes. It is possible to call up discharge conditions from a library that considers secondary cuts and other factors. You can also insert control codes at any position during tool path editing, as well as verify the machined shape through replotting and verification.

The CAM software that maximizes the performance of multi-axis lathes, Swiss-type automatic lathes, and composite lathes is "ESPRIT." The ESPRIT CAM system provides effective NC programs for all CNC machine tools.

■Multi-Axis (Simultaneous 5-Axis Machining) It is easy to create 5-axis machining tool paths using a graphical setup screen. Detailed axis control allows for flexible machining settings. The output NC data is compatible with a wide range of machine tools.

"Autodesk HSM" is a CAD/CAM solution that combines the 3D CAD "Inventor Professional" with the advanced and efficient machining capabilities of CAM "HSM." HSM creates reliable and efficient tool paths for a wide range of machining processes, from 2.5-axis to 5-axis milling and turning. Additionally, it includes the Solidworks add-in CAM (HSM for Solidworks) and the cloud-based CAD/CAM Fusion360. ■ Autodesk HSM Lineup - HSM Premium Supports 2.5-axis, 3-axis, 3+2-axis, and turning operations, creating reliable and efficient tool paths. - HSM Ultimate In addition to the machining capabilities of HSM Premium, it also supports simultaneous 5-axis machining. ■ With Autodesk HSM, you can use the following software: - HSM for Inventor (CAD/CAM) - HSM for Solidworks (CAM) - Fusion360 (CAD/CAM)

"Mastercam" is a mid-range 3D CAD/CAM software with top-class installation records that meets various machining needs such as milling, turning, multi-tasking turning, and wire EDM. It supports a wide range of industries and machining processes including molds, prototypes, and part machining. [Features] ■ Start various machining processes with minimal investment You can select only the software necessary for machining, allowing for a waste-free implementation. Even if your operational needs change later, you can build the system according to the situation by adding options or upgrading. [Product Lineup] - 2-axis/2.5-axis machining: Mill - 3-axis machining: Mill3D - Multi-axis machining: Multi-Axis (optional) - Turning: Lathe - Combined machining: Lathe&Mill (combination) - Multi-turret/spindle combined machining: Mill TURN - Wire EDM: Wire - Engraving and relief machining: Art - Woodworking: Router ■ Operate with peace of mind We provide a system that allows you to operate with confidence, including technical support, regular training, and post creation. *For details, please refer to the PDF data available via the download button below.

■Router (Woodworking) It is possible to create tool paths compatible with 2-axis to 3-axis machining, block drilling, composite heads, and angle heads in woodworking processing. By combining with 'Multi-Axis', it also supports multi-axis machining.

The "Vectric" series is NC programming software that allows beginners to easily set up machining. It eliminates the hurdles of learning operations and the costs associated with introduction and operation during initial NC machining, enabling users to easily create programs for the main applications of desktop machining, such as router machining and engraving. [Features] ■ Easy operation for program creation Simply select items according to the on-screen display to complete machining settings, allowing beginners to create programs without confusion. 3D simulation is also available to check machining paths and results. ■ Affordable and easy to introduce Offered at a low price that significantly reduces costs during introduction and operation, making it easy to start NC machining. ■ Software for router machining "Cut2D" Easily create programs while reducing various setup hassles, including settings for rough to finish machining and creating programs for multiple parts. ■ Software for engraving "VCarve" Using V-shaped tools, this machining program allows for easy creation of three-dimensional engraving expressions from 2D data. *You can download the PDF catalog from the button below.

In the field of mold design, there is a demand for shorter design periods and high-precision machining. Particularly in the design of complex-shaped molds, the performance of CAD/CAM systems becomes crucial. BobCAD-CAM, while being low-cost, comes standard with 3D CAD and 3D simulation, providing total support from design to machining. This allows designers to achieve high-quality mold designs in a shorter time. 【Usage Scenarios】 - Mold design - Creation of machining data from 3D models - Reduction of machining time 【Effects of Implementation】 - Shortened design period - Improved machining accuracy - Cost reduction

In the machining industry, the introduction of CAD/CAM systems is essential for the efficient use of NC machine tools. Especially in cases where complex-shaped parts need to be machined or multi-axis machining is required, without an appropriate CAD/CAM system, machining time will increase and costs will rise. BobCAD-CAM supports a wide range of machining from 2-axis to simultaneous 5-axis, achieving high-quality machining results while reducing machining and programming time. It can be introduced at a low cost and comes standard with 3D simulation, contributing to the efficiency of NC machining. 【Usage Scenarios】 - Machining of metal and resin parts using NC machine tools - Manufacturing of complex-shaped parts through 2-axis to 5-axis machining - Reduction of machining time in prototype and small lot production 【Benefits of Introduction】 - Cost reduction through shortened machining time - Quality improvement through high-quality machining - Verification before machining using 3D simulation - Low-cost system introduction

In educational institutions, practical learning using 3D CAD/CAM systems is required. In particular, for students to understand actual manufacturing processes and acquire skills, it is important to have a system that is user-friendly and capable of handling diverse machining tasks. Being low-cost is also crucial for lowering the barriers to implementation. 【Usage Scenarios】 - CAD/CAM education in technical high schools and engineering departments of universities - Acquisition of 3D modeling and machining techniques - Use as teaching materials for practical training 【Effects of Implementation】 - Establishment of a CAD/CAM environment at low cost - Acquisition of practical machining skills - Expansion of learning opportunities through the ability to handle diverse machining tasks

In the automotive industry’s prototyping stage, a quick response to design changes and the ability to process diverse shapes are required. In particular, the quality and delivery time of prototype parts are crucial factors that influence the success or failure of product development. BobCAD-CAM supports a wide range of machining from 2-axis to 5-axis and allows for pre-processing verification through 3D simulation. This reduces rework in prototyping and enables the production of high-quality parts in a short time. 【Usage Scenarios】 - Prototyping of automotive parts - Mold manufacturing - Jig manufacturing 【Benefits of Implementation】 - Shortened prototyping period - Cost reduction - Production of high-quality parts

In the machine tool industry, there is a constant demand for improved productivity and cost reduction. Particularly in the case of small-batch production and the processing of complex shapes, the efficiency of program creation is crucial. Manual programming and trial-and-error on control devices reduce machine operating time and lead to decreased productivity. MazaCAM allows even beginners to easily create programs through interactive programming, thereby reducing machine downtime. By creating programs while the machine is in operation, work efficiency can be enhanced. 【Usage Scenarios】 * Utilization in various machine tools such as NC lathes and machining centers * Reduction of setup time through the reuse and editing of existing programs * Rapid response to design changes by creating programs from CAD/CAM data 【Benefits of Implementation】 * Reduction in program creation time * Improvement in machine operating rates * Strengthened capability to handle small-batch production of various types

In the precision machinery industry, fine processing requires high accuracy and efficiency. The complexity of program creation and the length of machine downtime can lead to a decrease in productivity. MazaCAM allows for easy program creation even for beginners through interactive programming. Additionally, since programs can be created on a PC, it reduces machine downtime and improves productivity. 【Usage Scenarios】 - Prototyping of fine processing parts - Machining of complex shapes - Reusing existing programs 【Benefits of Implementation】 - Reduction in program creation time - Improvement in machine operating rates - Compatibility with various machine programs

In the mechanical industry, drafting work requires accuracy and efficiency. Particularly in creating complex shapes and precise component drawings, the performance of CAD/CAM software is crucial. Errors in drawings or increased drafting time can lead to delays and increased costs throughout the entire manufacturing process. NAZCA5 is a best-selling 2D/2.5D CAD/CAM system that excels in usability and is cost-effective, while also allowing for the verification and editing of NC data, displaying machining paths, and checking three-dimensional machined objects. 【Usage Scenarios】 * Design of machine parts * Mold design * Jig design 【Benefits of Implementation】 * Reduction in drafting time * Decrease in errors * Cost savings

In the automotive parts industry, accuracy in design drawings and efficient processing are required. Particularly for parts that demand complex shapes and high precision, the performance of CAD/CAM systems is crucial. Inadequate systems can lead to design errors and increased processing time. NAZCA5 is a comprehensive CAD/CAM software that supports not only 2D and 2.5D machining but also lathes, wire, and communication. 【Usage Scenarios】 - Creation of design drawings for automotive parts - Generation of 2D/2.5D processing data - Verification and editing of NC data 【Benefits of Implementation】 - Reduction in design and processing time - Decrease in errors - Adaptability to a wide variety of processing tasks

In the automotive industry’s mass production system, achieving both high productivity and quality is essential. In particular, to manufacture parts efficiently, it is important to maximize the performance of machine tools and streamline the creation of NC programs. If the creation of NC programs takes too long or if machining troubles occur, production efficiency can decline, potentially leading to increased costs. ESPRIT CAM supports a wide range of machining from 2-axis to 5-axis processing, lathes, mill-turns, and wire cutting, automatically generating high-efficiency NC programs with intuitive operation. This contributes to improving productivity and quality in the mass production of automotive parts. 【Usage Scenarios】 - Mass production machining of automotive parts - Machining of complex-shaped parts using multi-axis processing and composite lathes - Efficient creation of NC programs 【Benefits of Implementation】 - Reduction in machining time - Decrease in setup time - Reduction in machining troubles - Stable supply of high-quality products

In the machine tool industry, reducing processing time and improving quality are essential for enhancing productivity. Particularly in low-volume, high-variety production and complex shape machining, optimizing NC programs becomes crucial. Inappropriate programming can lead to increased processing time, premature tool wear, and even a decline in machining accuracy. ESPRIT CAM addresses these challenges and significantly contributes to improving production efficiency by maximizing the potential of machine tools. 【Application Scenarios】 - Reduction of processing time in multi-axis machining and complex lathes - Process optimization in machining complex-shaped parts - Machining of parts requiring high precision 【Benefits of Implementation】 - Maximization of processing time - Extension of tool life - Improvement in machining accuracy - Reduction of setup time

In the field of mechanical design, precise design and rapid prototyping are required to balance product performance and efficiency. Especially in mechanical design that includes complex shapes and moving parts, flexible responses to design changes and collaboration with the manufacturing process are crucial. Fusion seamlessly connects all processes from design to manufacturing, significantly reducing the time from prototyping to mass production. The cloud-based environment allows access to the latest data regardless of location or device, facilitating smooth collaboration among teams. 【Usage Scenarios】 - Detailed design using 3D models - Shape verification during the prototyping phase - Data collaboration with the manufacturing department 【Benefits of Implementation】 - Improved design quality - Reduced development costs - Shortened product development cycle

In the mold manufacturing industry, there is a demand for efficiency in all processes from design to production. In particular, the ability to respond quickly to design changes and shorten lead times in prototyping and mass production are crucial factors that influence competitiveness. Fusion is an all-in-one cloud platform that integrates CAD, CAM, CAE, and PCB, seamlessly connecting all processes from design to manufacturing and reducing the time from prototyping to mass production. Being cloud-based allows access to the latest data regardless of location or device, facilitating smooth collaboration among teams. 【Usage Scenarios】 - Mold design - Creation of machining data using CAM - Prototyping and mass production 【Benefits of Implementation】 - Improved design quality - Reduced development costs - Shortened product development period

In the furniture industry, customization to meet diverse customer needs is essential for enhancing competitiveness. However, to accommodate complex shapes and specification changes, flexibility and efficiency in design are required. Fusion seamlessly connects all processes from design to manufacturing, significantly reducing the time from prototyping to mass production. With a cloud-based environment, access to the latest data is available regardless of location or device, facilitating smooth collaboration among teams. 【Usage Scenarios】 - Design of custom-made furniture - Responding to design changes from customers - Creation of prototypes 【Benefits of Implementation】 - Reduction in design time - Improvement in design quality - Increase in customer satisfaction

In educational institutions, practical CAD/CAM software is required for learning 3D design and manufacturing technologies. Students need to understand the process from design to manufacturing and acquire skills that can be applied to actual product development. Fusion is an all-in-one cloud platform that integrates CAD, CAM, CAE, and PCB, seamlessly connecting all stages from design to manufacturing, thereby reducing the time from prototyping to mass production. Being cloud-based allows access to the latest data regardless of location or device, facilitating smooth collaboration among teams. By consistently handling everything from analysis to the creation of machining data, it enhances design quality while reducing development costs and accelerating the possibilities of product development. 【Usage Scenarios】 - Basic learning of 3D modeling - Creation of machining data using CAM - Exercises in design drafting - Collaborative design within teams 【Benefits of Implementation】 - Acquisition of practical skills from design to manufacturing - Mastery of the latest 3D design and manufacturing technologies - Improved collaboration through teamwork