Industry pain points: Traditional wired staple testing has problems such as low reuse rate, high maintenance cost, complex installation, and inconvenient maintenance; The existing ordinary wireless testing relies on batteries/external power supply, is prone to signal loss, and has a large device size.
The solution does not require transmitter power supply, has no maintenance costs, and has stable signals. It can be directly adapted for use on assembly lines/tooling boards, which can help improve production efficiency by more than 20% and save time, manpower, and site costs.
Core technology: Using a patented self powered RF transmitter, it can be charged by pressing the push rod. It has a unique global ID, a lifespan of over 150000 times, and can be used for more than 10 years. It supports cross project reuse; A single trigger from the transmitter will send three consecutive signals within 40 milliseconds, coupled with a receiver that can recognize 140 signals per second, which can avoid signal loss and conflicts; The technical parameters are PA6 GK30 material, 868MHz frequency band, indoor transmission distance of 30 meters, and a maximum of 5 triggers per second. Homework process: Insert the card nail attachment into the TOPLAY module → trigger the transmitter to send a unique ID signal → the receiver sends a signal to the system for recognition → after the attachment is removed, the transmitter synchronously sends a release signal.
Scope of application: It can detect various types of automotive components such as staples, brackets, rubber parts, antennas/special cables, connector housings, etc.
Supporting services: providing customized module design services such as TOPLAY database, SolidWorks format 3D drawings, rapid prototyping development, etc
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