Customer Demand: A certain connector manufacturing company from the USA needed to customize high-precision connector components, requiring high temperature resistance (able to withstand 150℃ for long-term use), high dimensional accuracy to ensure connection stability, and small-batch production of 180 sets within 12 days, with cost control compared to traditional injection molding.
Solution: JITMFG adopted LFD (
Formlabs Low Force Display™) 3D printing technology, selected high-temperature resistant resin materials (compatible with LFD process), leveraged the process’s high precision and low peeling force advantages to ensure the connector components’ dimensional accuracy and surface smoothness. We optimized the printing parameters to enhance material high-temperature resistance, completed sample verification within 2 days, and batch production within 10 days, ahead of the customer’s required schedule.
Cooperation Value: Compared to traditional injection molding (which takes 45 days for mold making), the LFD process eliminated the need for mold making and shortened the production cycle by 78% (completed in 10 days), reducing overall production costs by 35%. The high-temperature resistant components fully met the customer’s industry use requirements, ensuring stable connection performance in high-temperature environments, earning positive feedback from the American client.
