Wireless 3D Scanning Cuts 3D Inspection Time by 60% for Pine-Pacific [SHINING 3D]

Background: Strict Inspection Requirements Supporting High-Precision Manufacturing Pine-Pacific is a specialized manufacturer of industrial machinery, excelling in the production of high-precision molds and customized industrial equipment. Serving customers domestically and internationally, all products are designed and delivered in full compliance with international standards.

To ensure manufacturing precision, Pine-Pacific actively utilizes CAD/CAM systems, combining engineering expertise with 3D simulation to achieve designs that are not only highly accurate but also suitable for actual production. Furthermore, the solutions they provide are customized to meet the specific application requirements of each industry, making inspection precision a crucial element in their workflow.

Challenge: Time-Consuming Traditional Inspection Methods Before introducing 3D scanning technology, Pine-Pacific primarily relied on traditional inspection methods such as Coordinate Measuring Machines (CMM) and conventional manual measuring tools. However, these methods were extremely time-consuming. Depending on the complexity of the part, measuring a single workpiece could take 30 to 45 minutes. This led to the following challenges:

- Decreased overall production efficiency due to long inspection cycles - Bottlenecks in the quality control of complex parts - Lack of flexibility in handling customized and reverse-engineered parts

Solution: SHINING 3D FreeScan Trak ProW To overcome these challenges, Pine-Pacific implemented the FreeScan Trak ProW, a wireless optical 3D scanning system from SHINING 3D, provided by their partner Metro System.