Discover our premium, high-security CE certified lock configurations deployed in residential, commercial, and hospitality ecosystems worldwide.
As threats to commercial and residential physical security grow in complexity, the global landscape requires an evolution in locking mechanism technologies. Shenzhen Wipan Lock Co., Ltd. stands at the forefront of this industrial transformation. As a world-class designer, developer, and manufacturer of smart access systems, Wipan Lock merges electro-mechanical precision engineering with advanced IoT architecture to offer CE certified solutions designed for critical applications.
We believe that access management is no longer merely about mechanical barriers; it is about seamless data transaction, secure identity authorization, and energy-efficient automation. Our team operates with an uncompromising focus on E-E-A-T principles (Experience, Expertise, Authoritativeness, and Trustworthiness), delivering premium grade products verified by rigid international validation frameworks. From hotel keyless card solutions to heavy-duty industrial passive cabinet locking infrastructures, Wipan ensures that physical assets remain completely protected while simplifying complex operations for facility managers worldwide.
"To engineer and deliver the world's most resilient, smart, and seamlessly integrated access management systems. Through continuous software-hardware co-design and precise material manufacturing, we bring safety and convenience to modern communities globally."
By leveraging state-of-the-art CNC machineries, pressure casting units, and automated testing rigs, Wipan Lock translates cutting-edge security concepts into resilient realities, ensuring that every product exported to Europe, the Americas, the Middle East, and beyond withstands both high-frequency operations and aggressive breach attempts.
In the high-security sector, certifications are not mere compliance options; they represent an engineering promise. The CE Mark (Conformité Européenne) is a critical indicator of a product's compliance with European Union health, safety, and environmental protection standards. At Shenzhen Wipan Lock Co., Ltd., our entire R&D and manufacturing pipeline is calibrated to meet and exceed these specifications.
Our smart locks undergo intensive testing protocols to satisfy the **Radio Equipment Directive (RED - 2014/53/EU)**, ensuring that integrated wireless transceivers (including Bluetooth LE, Wi-Fi, and Zigbee) operate within strict electromagnetic boundaries without interfering with other sensitive communications. Additionally, our mechanical structural assemblies comply with **EN 14846 (Electromechanically operated locks and striking plates)**, grading security parameters, durability cycles, corrosion resistance, and structural strength against force. For fire-rated applications, the mechanical structural integrity is verified to ensure zero failures under high-temperature environments, permitting integration with emergency escape hardware corresponding to **EN 179** and **EN 1125**.
By enforcing these testing vectors on every batch of hardware exported, Wipan guarantees that our partners in the European Economic Area, the Americas, and APAC receive products that reduce liabilities, minimize mechanical fail rates, and comply perfectly with local building regulations and insurance guidelines. This regulatory alignment provides a massive competitive advantage and concrete information gain for real-world B2B procurement processes.
Adapting secure access technology to resolve modern logistical, security, and administrative challenges across industrial, public, and private platforms.
For modern hotels, co-living buildings, and student dormitories, the reliance on traditional physical keyways represents an operational and financial drain. Wipan’s hotel locking systems leverage cloud-based dynamic key generation (via BLE & RFID protocols) combined with Tuya and TTLock cloud API integrations. This allows property managers to instantly issue, revoke, and track access credentials, decreasing operational costs while upgrading guest convenience.
Infrastructure assets—such as electrical substations, cell towers, and water processing facilities—are frequently distributed across remote geography. Wipan’s passive smart cabinet lock solutions operate without localized power grids. Power and data authorization are securely delivered via the smart key during touchpoints. This ensures robust security, comprehensive audit trails, and zero maintenance overhead in isolated regions.
High-traffic environments like healthcare complexes, corporate offices, and educational institutions require precise access segmentation. Utilizing multi-biometric models (such as 3D Structured Light Facial Recognition and FPC Semiconductor Fingerprint Sensors), Wipan Lock systems regulate access based on personnel levels. Real-time logging enables HR and security teams to maintain detailed site audits for compliance purposes.
Every lock body is manufactured through an optimized step-by-step engineering pipeline to guarantee structural integrity, visual elegance, and long-lasting security.
Recognizing that unique architectural projects demand customized lock parameters, Shenzhen Wipan Lock Co., Ltd. provides comprehensive **OEM and ODM services**. We support global distributors, system integrators, and security brands in defining customized security profiles that align with specific market requirements.
From custom PCBA layout design to custom structural mortises (such as 6068, 5572, or Japanese backset standards), our R&D engineers work directly with your development teams. We customize finish techniques—including PVD (Physical Vapor Deposition) coating, electroplating, and powder coating—to protect locks from salt spray, humidity, and extreme heat. Additionally, we customize firmware to run on local servers or private clouds, ensuring that end-user credential transactions are managed under restricted data jurisdiction, meeting GDPR regulations in Europe and CCPA standards in North America.
Modern access systems require high-level connectivity. Wipan’s hardware integrates with widely used global smart networks, including Tuya Smart and TTLock Cloud frameworks. This integration enables remote management of door hardware without compromising local signal integrity.
Using these ecosystems, facility administrators can easily deploy smart locks and control access via mobile applications. The integration uses AES-128 bit dynamic payload encryption, making wireless signals secure against intercept or replay attacks. Our software support includes comprehensive REST APIs and Mobile SDKs. System integrators can seamlessly embed Wipan lock hardware with existing ERP networks, building management dashboards, and third-party property management tools (PMS) to create automated operations.
At Shenzhen Wipan Lock Co., Ltd., our engineering vision extends beyond current trends. We are actively developing next-generation lock features to address emerging global requirements for efficiency, security, and sustainability:
This roadmap guides our design process, ensuring that Wipan hardware remains resilient, relevant, and secure for years to come.
Answers to technical, regulatory, and mechanical questions about our smart locking systems.
CE certification proves that our smart locks comply with European directives regarding safety, health, and environmental impact. For electronic and smart locks, it guarantees electromagnetic compatibility (EMC) and radio equipment standards (RED), ensuring the lock will not interfere with other systems and is protected against external signal interference.
Wipan's passive smart cabinet locks use energy-harvesting and power-over-NFC/Contact systems. When a smart key or dynamic key module touches the lock core, it supplies the necessary electricity to authorize the credential and actuate the mechanical solenoid, eliminating battery maintenance overhead.
Yes. We offer open-source SDKs and RESTful APIs for both Tuya and TTLock cloud configurations. This allows developers to integrate our locking hardware directly with hotel PMS software, enabling automated key issuance upon guest check-in.
Our biometric locks use advanced semiconductor capacitive sensors that detect live pulse and blood flow, preventing bypass attempts using printed photos or silicone molds. 3D Face Recognition models project structured infrared light to build a depth map of the user's face, preventing bypass attempts using high-resolution displays or masks.
We build our lock structures using SUS304 stainless steel, reinforced zinc alloys, and hardened steel components. The mechanical mortises undergo anti-saw and anti-drill tests, and exterior surfaces are treated with multi-layer electroplating or PVD coatings to withstand environmental wear.
If the battery is depleted, you can power the lock using an external micro-USB or USB-C power bank via the emergency power port on the front panel. Additionally, all smart door locks include physical override keys for manual access.
We support structural modification, including custom backsets and mortises, custom firmware protocols, and customized brand packaging. We also customize handle shapes, materials, and finish processes to align with your brand standards.
User biometric data is converted into encrypted mathematical templates and stored locally in a secure hardware enclave on the lock's main board. Real biometric images are never saved, and templates are not uploaded to public clouds, preventing unauthorized decryption.
Explore our specialized access solutions, including electromagnetic locks, Bluetooth cabinet systems, and heavy-duty rim assemblies.
Wipan Lock
