- MID
- 3753762
IoT Wireless Digital Mold Counter
Developed to address these issues, the wireless digital mold counter provides managers with all mold information and data in real time, enabling efficient mold lifespan management and maintenance. Powered by a built-in battery and equipped with wireless communication capabilities, it's easy to install and operate. When connected to the its central management system, ShotLine, our Wireless Digital Mold Counter provides a comprehensive overview of the factory's mold status. This prevents increased defect rates due to excessive mold use, reduces unnecessary early replacement, and reduces maintenance costs. In the era of smart factories, the Wireless Digital Mold Counter is a crucial starting point and key device for establishing an efficient, data-driven operational system.
- Certification
-
- Award
-
- Shipping
-
- Payment
-
140+ Global Payments, trusted and secure payment provided by PayVerse.
Learn More
- Quantity
- MOQ : 1 Units
Product Summary
Detailed Description
The Wireless Digital Mold Counter is an IoT-based device designed to go beyond simple shot counting and serve as a predictive maintenance system for expensive molds. Designed to operate accurately even in harsh manufacturing environments, including high temperatures (up to 200°C), high speeds (350 SPM), and die casting, it is IP67 certified, making it ideal for use in a variety of industrial settings. Furthermore, it features a replaceable built-in battery and built-in temperature and shock sensors, providing real-time alerts if mold conditions change, enabling quick and accurate responses. It can be easily installed without additional wiring and is ready to use immediately, without additional costs.
This device precisely records the number of mold uses (shots) and transmits the collected data in real time, enabling critical on-site information to be linked to management systems. Real-time integration with the ShotLine system allows for simultaneous management of productivity and quality, minimizing unnecessary downtime. By shifting the mold replacement timing from a traditional, manual cycle management approach to a data-driven approach, the efficiency of mold lifecycle management can be significantly improved, preventing unexpected failures and maximizing productivity.
Furthermore, location tracking is possible anywhere in the world, facilitating remote asset management of expensive molds. This allows global companies to monitor and manage mold status in real time across their locations, enabling efficient maintenance and management.

