Ticket machine locks are primarily used on automatic ticket dispensers, ticketing machines, self-service terminals, and other equipment. They are installed to ensure that the equipment is not used or damaged by unauthorized personnel, and they have high requirements for safety performance.
Ticket machine lock serves as an important safeguard for equipment security. Choosing a highly secure ticket machine lock can greatly ensure the safety and stable operation of the equipment.
The safety performance of ticket machine lock is measured in several aspects, including high-quality materials, sturdy and durable physical structure, complex lock cylinder and key system, as well as resistance to prying, drilling, and technical unlocking.
As a professional lock manufacturer with years of extensive sales experience, MAKE recommends its patented swivel tongue lock M3 as a solution for ticket machine locks.
M3 lock is made of zinc alloy and brass, with a bright chrome surface finish, which not only ensures the durability and solidity of the lock, but also enhances its overall aesthetics.
It is worth mentioning that M3 lock incorporates a simplified version of the disc in disc lock system, which can anti-drilling and anti-prying for up to 30 verbale. This effectively resists various technical unlocking methods, making it difficult for criminals to succeed.
Inoltre, M3 with high security mechanism equipped ,and 16.77 million key combinations, effectively reduce the interlocking rate of locks.
With its excellent security performance, M3 has obtained Chinese invention patent (patent number: ZL201710039378.6) and US invention patent (patent number: US9422744B2). It has also received Class C certification from the Ministry of Public Security. It is highly suitable for application on ticket vending machines.
M3 meets the high security performance standards for ticket machine locks in many aspects. Choosing M3 as your ticket machine lock is a choice of trust and assurance, ensuring the safe and secure operation of your ticket vending machine.