We provide technical support services for verification and reverse engineering for the practical application of 3D printers.
The performance of 3D printers has dramatically improved in recent years, and their applications have expanded beyond mere shape verification to include parts for devices and manufacturing process tools. However, there are still many challenges regarding price, speed, and accuracy, and it can be said that they have not yet reached a practical stage. Therefore, our company aims to support the broader utilization of 3D printers by offering services that combine not only modeling services but also the evaluation of printed objects (such as physical property testing and dimensional measurement) and reverse engineering. 【Service Features】 ■ Comprehensive execution of all processes from 3D scanning to modeling, 3D printing, and evaluation. ■ Precise reverse engineering using CT, 3D scanners, and three-dimensional measuring machines. ■ Suggestions for appropriate evaluation methods and conditions for 3D printed objects based on their usage environment and applications.
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basic information
We will create 3D data (reverse engineering) of parts without drawings using laser scanners and X-ray CT devices, and conduct modeling and evaluation of the printed products using 3D printers (resin & metal). The details of the service process are as follows: 【Process 1】 Acquire external 3D shape data with a laser scanner and internal 3D shape data with an X-ray CT device. For areas with strict accuracy requirements, a three-dimensional measuring machine will be used. 【Process 2】 Perform modeling on the acquired 3D shape data. 【Process 3】 Conduct modeling using 3D printers (resin & metal). Surface treatment and machining after modeling are also possible. 【Process 4】 Measure the dimensions of the modeled object, conduct physical property tests, non-destructive inspections, and tissue observations, and provide feedback to the previous process. It is possible to perform 3D modeling of metal materials at a low cost using a new type of device. Comparative evaluations with metal samples created using other methods (such as crystal analysis and residual stress measurement) can also be conducted. We also conduct various evaluations necessary for the consideration and introduction of 3D printers, including dimensional measurements, strength tests, durability tests, environmental tests, and compositional analysis of the modeled objects.
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Company information
To support the digitalization of the development and manufacturing processes in manufacturing, we provide a one-stop service for a series of technical services from "reverse engineering" to "prototyping and processing" to "evaluation and experimentation." To implement new processing technologies and production techniques such as 3D scanning, reverse engineering, 3D printing, and resin molding in actual sites, extensive verification and evaluation are required. By outsourcing these processes to us, we believe it will lead to a more effective use of your management resources. Please take advantage of our technical support services for the development, design, prototyping, and evaluation processes in manufacturing, built on the expertise we have cultivated over 20 years of supporting manufacturing development and contract evaluation services.
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