Battery-Free NFC Lock

Electronic passive lock system using near-field communication. Advanced security features prevent unauthorized access. Unlock lockers with compatible smartphones or access cards. Perfect for modern facilities seeking cutting-edge solutions.

A durable, keyless solution combining traditional mechanical structure with smart unlocking technology.

  • No Battery|No Wiring|Quick Installation
    Maintenance-free – simply unlock with your smartphone

  • Smart Management, Easy Access Control
    Remote access authorization prevents lost or duplicated keys

  • Versatile Applications
    Ideal for personal lockers, public cabinets, vending machines, and more

Battery-free locking solutions from REAL Locks & Security offer advanced access control without the need for internal batteries.

Designed for cabinets, lockers, and industrial enclosures, these locks provide consistent performance in high-traffic or power-limited environments and continue operating during outages. By removing batteries, they lower the total cost of ownership, support sustainability goals, and simplify long-term maintenance.

NFC Smart Lock Series – Battery-Free Access, Smarter Control

Experience the next generation of cabinet and locker security with REAL Locks’ NFC Smart Lock Series — models RL-11361, RL-11362, and RL-11373. Designed for modern environments that value reliability and efficiency, these locks combine battery-free operation with contactless NFC unlocking, offering a clean, low-maintenance access control solution.

REAL Locks & Security NFC Passive Lock — Compact battery-free lock for cabinets and lockers


Battery-Free Design – Sustainable and Maintenance-Free

Unlike conventional electronic locks, the REAL Locks NFC series operates without any internal batteries. Power is harvested directly from your smartphone’s NFC signal during the unlocking process.
This means:

  • No battery replacement

  • No wiring required

  • Zero downtime for maintenance

Perfect for long-term installations in shared cabinets, lockers, and industrial storage systems.


Precision-Engineered for Every Application

Each model in the series is tailored for different installation needs:

  • RL-11361 NFC Keyless Cabinet Lock – Advanced dual-access design supporting both NFC and mechanical override for emergency use.

  • RL-11362 NFC Cabinet Knob Lock – Reinforced housing for high-traffic environments such as gyms or public facilities.

  • RL-11373 NFC KeyBox/ Lock Box  – Compact body for slim cabinet doors, ideal for office lockers or display cases.

All models share a symmetric, streamlined structure that integrates seamlessly into modern furniture and enclosure designs.

OEM customization for REAL Locks NFC Smart Locks – logo engraving, color options, and model adaptation


OEM Customization for Brand Integration

REAL Locks provides full OEM customization options for enterprise and system partners.
We support:

  • Logo engraving or printing

  • Color customization

  • Custom key or NFC credential settings

  • Model adaptation for specific door thickness or mounting types

Whether you’re developing your own smart cabinet system or branding security solutions under your enterprise name, our OEM service ensures your design identity stays consistent and professional.


Trusted by Global Partners

REAL Locks is a Taiwan-based manufacturer specializing in mechanical and keyless locking solutions.
Our NFC Smart Lock Series demonstrates our commitment to:

  • Durability

  • Precision engineering

  • Sustainable innovation

  • RELIABLEENDURABLEACCURATELOCK

We work closely with OEM partners worldwide to deliver reliable, user-friendly, and future-ready access control systems.

REAL Awarded and Patented in the NFC Lock Category

REAL's NFC Smart Lock won the "Innovation Technology Research Award" in 2020, is patented in the United States and Taiwan, and won the final round of THE IF DESIGN AWARD 2021!

 

Scroll down to check out our NFC products, and feel free to contact us if you require more information on specific products or services.

 

0