GS40 Smart Lock for Power Grids

This device management padlock is specifically designed for power grid management, but can also be used in scenarios such as railways, mobile base stations and warehouses, enabling ‘one person to manage multiple locks’. At its core, it utilises a Bluetooth unlocking solution to address the four key pain points associated with traditional padlocks: keys being easily duplicated, disorganised management, difficulties in traceability, and slow emergency response times; It withstands extreme temperatures ranging from -10 to 60°C and features IP65 water resistance. Equipped with a 600mAh lithium-manganese battery, it offers a battery life of approximately 360 days (based on an average of five unlocking operations per day), providing an environmentally friendly, keyless, closed-loop management system.

Smart Lock for Shared Scooter Rims

This Bluetooth-enabled smart lock with a steel ring has been specifically developed for shared scooter schemes, whilst also being suitable for a range of other applications, including bicycles and electric vehicles; it withstands extreme temperatures ranging from –10 to 60 °C and features IP65-rated water resistance. Through the app and intelligent management backend system, it significantly reduces operational costs; equipped with a 150 mAh battery, it offers a battery life of approximately 180 days based on an average of five unlocking operations per day, with Bluetooth being the primary unlocking method.

Power Lock for Shared Scooters Shared Scooter Power Lock

This lightweight Bluetooth smart lock is specifically designed for shared scooters, whilst also being compatible with bicycles, electric bikes and other applications; compared to traditional steel ring locks, it is more compact and supports a variety of installation methods. When locked, it withstands extreme temperatures ranging from -10 to 60°C and features IP65-rated water resistance. Through the app and smart management backend, it enables optimisation of operational costs; it employs a battery-free design (with power supplied via an external power source), whilst device control is managed via Bluetooth unlocking.

PH50 Shared Companion Bed Bluetooth Smart Lock

This Bluetooth smart lock has been specifically developed for the shared companion bed scheme and is suitable for scenarios such as hospital companion beds and shared wheelchairs; it offers the architectural advantages of wide coverage, multiple connections and low power consumption, coexists with existing networks and supports cellular wide-area networks and indoor coverage. It withstands extreme environmental conditions ranging from –10 to 60 °C. Through a combination of a mobile app and a smart management backend, it enables device status monitoring, remote management and the collection of operational data, significantly reducing operational and maintenance costs. The battery life is approximately one year (based on an average of five unlocking operations per day), and the device is activated via Bluetooth unlocking.

PH80 Shared Companion Bed NB Snap Lock

This NB-IoT smart lock has been specifically developed for the shared companion bed scheme and is suitable for the management of companion beds in hospitals; it features dual-channel communication via NB-IoT and Bluetooth, supporting remote unlocking via NB-IoT and enhanced Bluetooth near-field unlocking, and is compatible with both wide-area networks and indoor cellular data coverage. It withstands extreme temperatures ranging from -10 to 60°C; through the app and management dashboard, it enables device status monitoring, remote control and operational data collection, significantly reducing operational and maintenance costs. It is fitted with a 7,000 mAh lithium-iodine battery, providing a battery life of 1–2 years.

PH90 Shared Companion Bed One-to-Five NB Snap Lock

This NB-IoT smart lock has been specifically developed for the shared companion bed project. It employs a ‘one hub controlling five locks’ architecture, making it suitable for the cluster management of hospital companion beds. Equipped with dual-channel communication via NB-IoT and Bluetooth (with enhanced Bluetooth signal) and intelligent RFID tag recognition (to prevent unauthorised card duplication), it supports remote unlocking, near-field unlocking and anti-tampering functions. It withstands extreme temperatures ranging from -10 to 60°C. Through the app and intelligent management backend, it enables monitoring of multiple lock statuses, remote control and the collection of operational data, significantly reducing operational and maintenance costs. Equipped with an 8,000 mAh lithium-thionyl chloride battery, it offers a battery life of approximately 365 days (based on an average of 10 unlocking operations per day).

XG70B Shared Companion Bed Bluetooth Smart Lock

This Bluetooth smart lock has been specifically developed for folding hospital companion bed cabinets. It utilises Bluetooth unlocking technology at its core and, through a combination of a mobile app and a smart management backend, enables remote management of the cabinets and the collection of operational data, thereby significantly reducing maintenance and operational costs. It is designed to withstand extreme temperatures ranging from -10 to 60°C; it features a plug-free design and is equipped with a 1,500 mAh lithium-manganese battery, providing a battery life of approximately 365 days (based on an average of 10 unlocking operations per day).

XG70NB Shared Companion Bedside Cabinet NB Lock

This NB-IoT smart lock has been specifically developed for folding hospital companion bed cabinets. It utilises dual-channel NB+Bluetooth communication (with enhanced Bluetooth signal) and supports both remote unlocking via NB and near-field unlocking; it is compatible with both wide-area networks and indoor cellular data coverage, and can withstand extreme environments ranging from -10 to 60°C. Through the app and smart management backend, it enables cabinet status monitoring, remote control and operational data collection, significantly reducing operational and maintenance costs. It is equipped with a 5,400 mAh lithium-thionyl chloride battery, offering a battery life of 1–2 years (based on an average of 10 unlocking operations per day), and features a Type-C emergency power supply port.

Commercial Shared Companion Bed Lock

This series of smart locks has been specifically developed for the shared companion bed scheme. Depending on the model, they support 4G, Bluetooth and NB-IoT tri-mode communication, making them suitable for a variety of scenarios including hospital companion beds, shared bicycles and parcel lockers; The entire range is designed to withstand extreme temperatures of -10 to 60°C. Through the app and smart management backend, it enables device status monitoring, remote control and cross-scenario operational data collection, significantly reducing operational and maintenance costs. Battery life is approximately 365 days (based on an average of 10 unlocking operations per day), with specific performance varying depending on the model.

DC50 Delivery Box Bluetooth Smart Lock

This Bluetooth smart lock, designed specifically for delivery boxes, utilises a pure Bluetooth near-field unlocking solution. It is compatible with extreme environments ranging from -10 to 60°C and achieves an IP65 waterproof rating when locked. Through a combination of a mobile app and a smart management backend, it enables monitoring of the box’s status, remote control and the collection of delivery data, thereby significantly reducing operational and maintenance costs. It features a battery-free design (with power supplied via an external power source), minimising the need for battery replacement and maintenance.