Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
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All products of the NAZCA5 series, Nasca Pro series, and Nazca Neo series are listed!
You can download a catalog that compiles the product lineup of Gordo Solutions from Ipros. It features many tools that enable a smarter work environment and effective management! The catalog clearly shows software that matches your processing machines, so please take a look.
For those who are confused about setting the pitch between passes in CAM! An explanation of CAM settings and the size of the scallop.
In the manufacturing of plastic molds, press molds, forging molds, and casting molds, we will introduce the relationship between the surface roughness of the machining when using 3D CAM and the pitch of the machining path. We hope this will be somewhat helpful. The content we are about to explain is aimed at those who fall into the following categories. Please take a look. 【Recommended for】 ■ Those who want to confirm the relationship between the size of the tool radius and the scallop ■ Those who are unsure about setting the pitch between paths in CAM *You can view the detailed content of the article through the related links. For more information, please download the PDF or feel free to contact us.
Plugin for CADSUPERWorks! Incredible machining speed and dramatic tool longevity with SolidCAM's iMachining!
CADSUPERWorks is the result of combining the globally proven SOLIDWORKS with the user-friendly and well-regarded "CADSUPER," creating CADSUPERWorks. Additionally, it is now possible to plug in the new CAM software feature 'iMachining,' allowing us to provide not only design but also innovative machining technologies. iMachining features a unique machining path called "Morphing Spiral" developed by SolidCAM, which enables astonishingly high-speed machining and significantly extends tool life by controlling cutting loads. Tests conducted showed that machining time was reduced to one-fiftieth compared to conventional methods, with minimal tool wear or damage compared to traditional machining paths. This is particularly effective for difficult-to-machine materials such as stainless steel (SUS) and hardened materials (SKD, SKS), as well as for workpieces with high cutting volumes.
Quickly and easily create 5-axis NC programs.
With quick processing and high-quality finish, you can easily and swiftly create 5-axis NC programs. 【Features】 Tool paths with fully automated interference checks and avoidance. Supports high-speed simultaneous 5-axis machining for pocket shapes with curvature on the bottom. Generates tool paths that effectively utilize barrel tools, contributing to cost reduction. Utilizes existing tool paths to output new 5-axis tool paths that have undergone interference checks using different tool protrusion lengths and other tools. For more information and details, please feel free to download the catalog or contact us with any questions. Marble Co., Ltd. Embedded Products Division, Product Business Department Phone: (03) 3419-6011
![[Processing Demonstration 4] The Revolution of CNC Machining: iMachining!](https://image.mono.ipros.com/public/product/image/4cb/2000591740/IPROS40302690132273508922.png?w=280&h=280)
Incredible machining speed and dramatic tool longevity with iMachining! Amazing machining demonstration of NAK55, considered a 'difficult-to-machine material'.
iMachining is characterized by a unique machining path called "Morphing Spiral" developed by SolidCAM, which enables astonishingly high-speed machining and significantly extends tool life by controlling cutting loads. Please confirm how easily NAK55, which is generally considered a "difficult-to-cut material" (heat-treated with surface assurance), can be machined. For more details, please feel free to contact us. Marble Co., Ltd. Embedded Products Division, Product Business Department Phone: (03) 3419-6011
This is a CAM module that supports the unique CAM of woodworking machines, in addition to Mastercam's 3D CAD functions.
This is a CAM software that supports unique features for woodworking machines in addition to Mastercam's 3D-CAD capabilities. In addition to standard cutting tool paths, it is also capable of creating complex tool paths for operations such as block drilling and circular saw cutting. Furthermore, by using a composite head, it can accommodate 5-axis machining as well.
Standalone 3D CAM software that can easily process complex parts.
"NCG CAM" is a user-friendly 3D CAM software designed from the perspective of the user, allowing for easy operation by the operator. With simple operations, you can create NC data immediately after just one day of training. Additionally, it is well-known for its surface finishing quality, and by increasing machining tolerance and fully utilizing computational capabilities, even more beautiful finishes can be expected. 【Features】 ■ High-speed machining and computation ■ Easy operation ■ Beautiful finishes *For more details, please download the PDF or feel free to contact us.
Specialized data editing CAM software tailored for jigs.
"Zig Vision for JAVA" is CAM software equipped with features such as pad flash conversion, optimization of probe pins, address numbering of net endpoints (area connect), and sorting and ordering of round flashes on a single map line (auto map). It enables the high-speed placement of 4-terminal points based on configuration settings and generates inspection data for terminal points. 【Features】 ■ Supports large data processing (64-bit) ■ High-speed extraction of inspection points ■ Fully compatible with contour data ■ Diversity of pin placement commands ■ High-speed automatic creation of 4-terminal inspection points ■ Jig NC processing support system *For more details, please download the PDF or feel free to contact us.
Creating paths that pursue surface quality! This explains the "Boundary" function of "BobCAD-CAM," which offers overwhelming low prices and comprehensive features.
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.
[Video Release] Save up to 70% on processing time. Experience the overwhelming processing speed.
★30-Day Free Trial Now Available★ Register for a 30-day trial period and experience SolidCAM and iMachining for yourself!!! 'iMachining' minimizes cycle time and reduces programming time for associating roughing and finishing processes. It also extends tool life by managing chip thickness and suppressing tool chatter. 【Features】 ○ Machining of very hard high-hardness materials ○ Exceptional machining of small-diameter tools ○ 4-axis and multi-tasking lathe machining ○ Very short learning curve, etc. --------------------------------------------------- You can view the case studies by downloading them. --------------------------------------------------- ↓ ↓ ↓
[Limited to 50 people] CAM promotion DVD and case study booklet giveaway! Processing chips are also being offered in a case.
Save up to 70% of processing time, dramatically increase tool life, and provide significant profit gains! 'iMachining' minimizes cycle time, and the association with roughing and finishing processes reduces programming time. Additionally, tools with more cutting edges allow for greater depth of cut and manage chip thickness to suppress tool chatter, thereby extending tool life. 【Info-box】 ● Promotional brochure ● iMachining chips (plastic case) ● Promotional videos (contents) - iMachining explanation PowerPoint video - iMachining machining video - SolidCAM operation video - SolidCAM demo version (SolidCAM can be operated if SolidWorks is available) - Simple operation manual *For more details, please download and take a look. If you would like a case study box, please contact us to let us know.
High-speed surface machining of partial surfaces – An essential module for all processing sites!
SolidCAM's high-speed surface machining is a high-speed surface machining module that smoothly and powerfully processes curved surfaces in partial areas of parts, including undercuts. You can easily select the surfaces to be machined without defining the area. It supports standard and shaped tools. 【Features】 ○ Powerful surface machining with smooth and interference-free optimal tool paths ○ Complete tool control that processes only the selected areas ○ Advanced interference control for holders, arbors, and tools ○ Advanced linking ○ An essential module for all machining environments For more details, please contact us or download the catalog.
Powerful SolidCAM indexing and multi-surface machining – the simplest coordinate system definition!
As a common understanding in today's machining environment, 4/5-axis CNC machining increases production and speeds up cycle times. SolidCAM's approach to supporting these CNC machines provides an efficient and straightforward programming method for multi-surface machining parts. SolidCAM is exceptionally strong in indexed 4/5-axis machining. 【Features】 ○ The simplest coordinate system definition for indexed 5-axis machining ○ Efficient G-code for multi-surface machining that requires no editing ○ SolidCAM's "Face, Select, and Machine" is the fastest approach to multi-surface machining programming ○ Our Machining Origin Manager tracks the necessary data for each tool direction ○ Solid Verify simulation displays the tool holder and fixtures along with the material removal for all jobs For more details, please contact us or download the catalog.
SolidWorksの設計モデルと完全に連携！ほぼ全てのCNC加工技術に対応
『SolidCAM』は、SolidWorksに対応したCAMソフトウェア。 SolidWorksの設計モデルと完全に連携しているため、モデルを変更した場合、CAMのジョブも自動で更新されます。 シームレスなシングルウィンドウにより、SolidWorksと同様の操作感で使えるのも特長です。 【特長】 ■SolidWorksアセンブリモデル。治具・ツーリング・バイスを定義可能 ■ほぼ全てのCNC装置での加工タイプをアプリケーションに拡張できる ■バンドル価格で提供可能 ※詳しくはカタログダウンロード、もしくはお問い合わせください。
Determine the order of tool paths for rough machining and finishing machining using advanced analysis algorithms!
We would like to introduce "iMachining 3D," which can reduce processing time by 70% under normal conditions and up to 90% at maximum. Using appropriate processing conditions provided by a technology wizard based on specialized knowledge, it is possible to automatically create a complete and executable CNC program that performs rough machining and semi-finish machining of all 3D parts in a single process. Additionally, at each stage of the machining process, it can automatically adjust the tool path to avoid collisions between the tool holder and the updated stock model. 【Features】 ■ Fast selection of solid shapes and automatic protection of machining shape models ■ Deep rough machining across the entire tool length, achieving reduced cycle times and improved tool life ■ Machining of leftover material with small step-ups, optimized constant scallop, further reducing cycle times ■ Dynamic updates to the stock model and a mode that "only machines leftover material," eliminating all air cuts *For more details, please refer to the PDF document or feel free to contact us.
Easily create processed data! Efficient operation of high-speed processing machines, general processing machines, and wire processing machines.
Introducing the 2.5D one-stop CAD/CAM system 'MAPLE SolidMill-SX/FX'. 'MAPLE SolidMill-FX' is equipped with a 3-axis CAM (FF engine) for high-speed machining and a Parasolid-based 3D CAD. The lineup has been enhanced with the addition of 'SolidMill-SX', which features basic 3-axis CAM functionality to the parts machining solution 'SolidMill-S'. 【Features】 ■ Integration of solid-based 3-axis milling and hole machining, and 2D-based 2-axis, 2.5-axis, drilling, and wire cutting processes ■ Easy creation of machining data ■ Efficient operation of high-speed machining machines, general machining machines, and wire cutting machines ■ A wide range of support tools including lens barrel tools and taper tools ■ NC output from STL data is possible *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] Enomoto B.A. Co., Ltd.](https://image.mono.ipros.com/public/product/image/a02/2000147036/IPROS00781048844141326788.png?w=280&h=280)
Improving production efficiency! Reducing human burden! Case study presentation!
We would like to introduce the case of Enomoto B.A. Co., Ltd., which implemented the CAD/CAM software 'SigmaNEST' for sheet metal and cutting. At the company, all tasks were done manually, consuming a significant amount of time. Therefore, they introduced 'SigmaNEST' for the nesting of laser parts. As a result, everything was automated, achieving significant time savings and reductions. [Effects] ■ Achieved significant time savings and reductions ■ Established an environment where nesting can be executed on-site *For more details, please refer to the PDF document or feel free to contact us.
Software for faster and more accurate calculation, editing, drawing, and communication of NC data.
It is a system that emphasizes processing and can generate original 2D CAD and wire processing data in a dialogue format in a short time without spending much effort on creating drawings.
Easy confirmation of processes and definitions in the process tree! A flexible wire CAM system.
The "Wire Application" is a wire CAM system that uses a unique step concept to simply define advanced cutting procedures. It allows for easy confirmation of processes and definitions in the process tree, and simulation through tool paths is possible. Equipped with a variety of processing definition commands, it reduces input operations by saving and selecting cutting patterns for each command. It supports offset-type coreless processing of arbitrary shapes, enabling higher precision machining. 【Features】 ■ Smart design that can be used by beginners ■ Variety of processing definition commands ■ Specification of upper and lower shapes ■ Specification of approach ■ Specification of corner processing ■ Specification of multiple cut remnants *For more details, please download the PDF or feel free to contact us.
Easy confirmation of processes and definitions in the process tree! High-performance lathe CAM system.
The "Lathe Application" is a lathe CAM system that achieves easy operation with a simple command structure, automatically determining the path and machining direction based on the tools used. It allows for easy confirmation of processes and definitions through a process tree, and simulation via tool paths is possible. You can check the interference situation of the chip and the tool during definition or with the tool path. Chips and holders can be registered simply by inputting parameters, and they can be combined and registered as a tool. 【Features】 ■ Easy confirmation of processes and definitions through a process tree ■ Simulation via tool paths is possible ■ Check the interference situation of chips and tools during definition or with the tool path ■ Chips and holders can be registered by simply inputting parameters ■ Identifies machining of outer diameter, inner diameter, and end face from the tools used, and determines the direction of the path ■ Select the type of machine when generating NC to create the desired data *For more details, please download the PDF or feel free to contact us.
![[Case Study] Yoshizumi Sangyo Co., Ltd.](https://image.mono.ipros.com/public/product/image/8f8/2000527999/IPROS59021693518677875830.png?w=280&h=280)
Not only a reduction in processing time but also an improvement in tool life! We will introduce case studies.
We would like to introduce a case study of Yoshizumi Sangyo Co., Ltd., which has implemented SolidCAM and iMachining. The company has been investing in advanced technologies, such as the introduction of CAD, to improve work efficiency from an early stage. However, in terms of machining operations, they were creating programs through manual input on the machine's control panel, which posed a challenge for improving productivity to accommodate mass production. Therefore, they decided to implement SolidCAM and iMachining. They determined that reducing machining time with "iMachining" would lead to increased productivity by raising the machine's operating rate. [Case Study] ■ Yoshizumi Sangyo Co., Ltd. ■ Products Implemented: SolidCAM, iMachining *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] Kihara High-Tech Co., Ltd.](https://image.mono.ipros.com/public/product/image/581/2000528002/IPROS11931890206552000516.png?w=280&h=280)
We can fully accommodate the processing of aircraft parts! We will introduce some case studies.
We would like to introduce a case study of Kihara High-Tech Co., Ltd., which has implemented SolidCAM and iMachining. The company was manufacturing molds based on samples of wooden patterns, but often experienced discrepancies between the samples and the final products due to external factors such as humidity and temperature. From this perspective, it was considered beneficial to create data based on 3D models, leading to the implementation of "SolidCAM." When considering cost performance, the company has received high praise for its ability to adequately handle the machining of aircraft components. [Case Study] ■ Kihara High-Tech Co., Ltd. ■ Products Implemented: SolidCAM, iMachining *For more details, please refer to the PDF document or feel free to contact us.
Rotation of coordinates is possible! By incorporating point sequence numerical data, a highly accurate model can be created.
It is possible to implement training and create NC programs in a short period of time, enabling low-cost business startup. Additionally, there is a patented interference check system that allows for efficient machining using larger tools. As an outstanding software for 5-axis milling, it has received praise from major domestic companies as well as many turbo machinery and machine tool manufacturers. The CAM software consists of three modules: MAX-5 (program creation for linear element impellers), MAX-AB (program creation for free-form surface impeller machining), and MAX-SI (program creation for airfoil shape machining). 【Features】 ■ Implementation training and NC program creation possible in a short period of time ■ Low-cost business startup possible ■ Creates highly accurate models by importing point cloud numerical data ■ Capable of creating edges and fillet shapes, with coordinate rotation possible ■ Enables efficient machining using larger tools ■ Path calculation can be performed in a short time *For more details, please refer to the PDF materials or feel free to contact us.
Excellent operability and sophisticated tool path generation! A CAD/CAM system compatible with composite lathe machining.
"EDGECAM" is a leading CAD/CAM software in the market for creating machining programs for parts. It offers a lineup that includes "Mill/Turn" for complex machining and "Milling" for intelligent machining from native CAD data. By leveraging the user's knowledge and experience, it promotes the CAM process using automation tools tailored to various applications, enabling users to maintain their competitiveness. [Features (Mill/Turn)] ■ Single machining environment ■ Simulation combining machining machines and tool paths ■ Reduction of verification on the machining machine through realistic simulation of tool paths ■ Reduction of machining time ■ Interference checks available for all models ■ Support for part re-gripping and C/Y/B-axis machining with dual spindles, multi-turrets, and sub-spindles *For more details, please refer to the PDF materials or feel free to contact us.
Design and manufacturing support! Providing world-class CAD/CAM solutions since 1988!
"VISI Machining" provides all the solutions necessary to achieve increased productivity, maximized cutting capabilities, and shortened delivery times. VISI creates intelligent tool paths even for complex 3D data. With its unique high-speed cutting technology and embedded smoothing algorithms, it generates efficient NC data, reducing the cycle time of machining equipment and enabling the continuous production of high-quality products. [Features] - Design and manufacturing support - Provides stable and powerful solid and surface modeling capabilities - A combination of Hexagon's surface technology, model analysis functions, and 2D drafting capabilities - Flexibly accommodates the construction, editing, and modification of complex 3D data - Offers practical, intuitive, and simple solutions for 2-axis machining programming, including multi-axis indexing *For more details, please refer to the PDF materials or feel free to contact us.
Reduce human error! Eliminate the need for dry runs in the processing site to cut unnecessary costs.
"VISI Wire" is a cutting-edge product that incorporates wire electrical discharge machining solutions into the VISI CAD/CAM environment developed for tool and mold manufacturing. It is feature-based and automatically recognizes shapes for wire discharge machining, such as tapers and 4-axis machining, directly from solid models, providing reliable machining results. When using 2D data, features for wire discharge machining can be manually created, and machining operations selected from the feature tree can be directly applied. 【Features】 ■ Automatic feature recognition ■ Intuitive user interface ■ Easy feature editing operations ■ Wire discharge machining simulation *For more details, please refer to the PDF document or feel free to contact us.
Simultaneous 3/5/6-axis CAM compatible with milling, hairline cutting, grinding with grinding wheels, and punching processing.
Please contact us for information on tools, processing methods, and precision.
