ARMONICOS CO., LTD. List of Products and Services

"spScan" is a reverse engineering software that can create high-quality surfaces from point cloud measurements. It is utilized as a tool to support product design and analysis in various manufacturing industries, including automotive, home appliances, and medical devices. With continuous development and improvements, it features functions that reflect various user needs. It enables surface creation tailored to specific purposes, such as "reproducing faithful shapes with minimal error from point clouds" and "creating smooth surfaces with fewer control points." 【Features】 ■ Surface creation ■ Evaluation functions ■ Design ■ Analysis ■ Design and prototyping *For more details, please download the PDF or feel free to contact us.

spScan provides a "partial reverse function" that allows for the non-contact measurement of the final shape of hand-finished press molds, converting it into point cloud data and reflecting it in CAD data. This enables accurate CAD representation of shapes that have been manually modified, significantly reducing the number of trial and error iterations during the production of secondary molds from 6 to 2 (a 65% reduction in man-hours), achieving substantial efficiency and cost savings. - Accurately reflects hand-finishing information of molds in CAD - Significantly reduces the number of trials and man-hours during secondary mold production - Allows for partial reverse design with high modification efficiency - Utilizes point cloud data to visualize discrepancies between the actual product and design - Capable of digitizing the know-how of skilled technicians *For more details, please refer to the page below or feel free to contact us.

Molds that have been used for a long time often lack 3D CAD data, making it necessary to create 3D data during design changes or repairs. The general process of creating 3D data in 3D CAD has challenges such as difficulty in importing measurement data, high labor costs for creating curved surfaces, and difficulties in managing errors. spScan is software that addresses these challenges. It specializes in reverse engineering from STL data, allowing for efficient creation of curved surfaces, reducing reverse engineering labor, and producing 3D data that is faithful to the original. - Smooth import of STL data, accommodating large data sizes - Significant reduction in reverse modeling labor - Creation of reverse models that are faithful to the original through error verification with STL data - Possibility of manufacturing new molds that restore old molds - Establishment of a system that ensures the mass production of current products is not disrupted *For more details, please refer to the page below or feel free to contact us.

Damage to molds in mass production can disrupt production plans, making prompt action essential. spScan can perform non-contact measurements of the current shape of damaged molds and compare the obtained point cloud data with the CAD data from the initial design stage, allowing for "partial reverse" corrections only in areas where discrepancies exist. This enables the rapid preparation of CAD data necessary for repairs, preventing production line stoppages. - Identification and correction of discrepancies through comparison of measurement data and design CAD data - Efficient repair work using partial reverse methods - Reduction of re-damage risk and improvement of mold strength - Enables rapid repair of mass production molds, preventing production interruptions *For more details, please visit the page below or feel free to contact us.

In product analysis, the discrepancy between the design CAD and the actual shape can lead to inconsistencies with experimental results. Therefore, it is necessary to convert the actual shape into CAD data to verify the consistency of the analysis results. However, creating CAD data incurs costs and poses challenges in maintaining reproducibility. spScan enables the creation of CAD surfaces suitable for analysis purposes. This leads to improved analysis accuracy and resolves analytical challenges. - Significant reduction in reverse engineering man-hours - Creation of CAD surface configurations suitable for analysis - Improvement in analysis accuracy - Applicable to various analyses such as strength, assembly, and fluid analysis *For more details, please refer to the page below or feel free to contact us.

spScan is software that efficiently converts early design clay models into CAD. It reduces the labor required for CAD surface creation by over 60%, enables the creation of high-precision curved surfaces, and is adopted by design departments. It is suitable for design considerations and layout adjustments in the early stages of design. 【Effects of Application to Design and Clay Model Reverse Engineering】 - Reduces CAD surface creation labor by over 60% - Streamlines evaluation in the early design phase - Eliminates factors causing delays in development schedules - Efficiently converts clay models into CAD *For more details, please visit the page below or feel free to contact us.

"spScan" is a reverse engineering software that can create high-quality surfaces from point cloud measurements. It is utilized as a tool to support product design and analysis in various manufacturing industries, including automotive, home appliances, and medical devices. With ongoing development and improvements, it incorporates features that reflect the diverse needs of users. It enables the creation of surfaces tailored to specific purposes, such as "reproducing faithful shapes with minimal error from point clouds" and "creating smooth surfaces with few control points." [Features] ■ Surface creation ■ Evaluation functions ■ Design ■ Analysis ■ Design and prototyping *For more details, please download the PDF or feel free to contact us.

Mechanical components require precise 3D modeling because the accuracy of their shape and surface treatment directly affects product performance. spScan easily reproduces solid shapes based on point cloud data from non-contact scanning. It allows for intuitive functions such as rotational copying of shapes while reflecting the fitting accuracy with polygons, making it easy to create reverse surfaces. Solid modeling that meets the desired accuracy is possible even with complex primitive surface configurations. Additionally, it features multiple reverse methods (patch surfaces, CAD surfaces, partial reverse) that can be selected according to the application and modification scope of the parts, significantly reducing the time and effort from design to evaluation and remanufacturing.