フィーサ Company Overview

【Supplementary Material】 https://saas.actibookone.com/content/... *Available for download. 【Chapters】 00:00 Opening 00:23 Table of Contents 00:32 Notes 00:43 Types of Plastics 01:35 Types of Molding 　01:55 Compression Molding 　02:12 Vacuum and Pressure Molding 　02:27 Blow Molding 　02:39 Extrusion Molding 　02:51 Injection Molding 03:23 What is a Hot Runner? 　04:04 Cold Runner 　04:50 Hot Runner 05:31 Types of Hot Runners 　05:42 Open Gate 　　05:59 Chip (Torpedo) Specification 　　06:20 Sprue Residual Specification 　　06:53 Thermal Gate Specification 　　07:32 Torpedo Specification 　08:04 Valve Gate 　　08:28 Cylinder Type 　　10:43 Spring Type 11:50 About Selection 13:21 Cost-Effectiveness 14:22 Felphin Mini 15:47 Ending

【Supplementary Material】 https://saas.actibookone.com/content/... *Available for download. 【Chapters】 00:00 Opening 00:23 Table of Contents 00:32 Notes 00:43 Types of Plastics 01:35 Types of Molding 　01:55 Compression Molding 　02:12 Vacuum and Pressure Molding 　02:27 Blow Molding 　02:39 Extrusion Molding 　02:51 Injection Molding 03:23 What is a Hot Runner? 　04:04 Cold Runner 　04:50 Hot Runner 05:31 Types of Hot Runners 　05:42 Open Gate 　　05:59 Chip (Torpedo) Specification 　　06:20 Sprue Residual Specification 　　06:53 Thermal Gate Specification 　　07:32 Torpedo Specification 　08:04 Valve Gate 　　08:28 Cylinder Type 　　10:43 Spring Type 11:50 About Selection 13:21 Cost-effectiveness 14:22 Felphin Mini 15:47 Ending

We have released a use case video for the "Air Nozzle Unit with Photoelectric Sensor." It easily performs static electricity removal and prevents reattachment of dust, lint, and other contaminants on plastic products. When the product is held near the photoelectric sensor, static electricity removal compressed air is discharged, removing foreign substances such as dust, lint, and other debris that have adhered to the product due to static electricity. While regular compressed air can blow away foreign substances, it does not remove static electricity, and strong compressed air can cause friction with the product, potentially increasing the static charge. Therefore, even if it appears that foreign substances have been removed, static electricity remains, leading to reattachment of contaminants. By integrating static electricity removal air with the photoelectric sensor, foreign substance removal can be done easily and conveniently, while also reducing the burden on the compressor.