High-Security Locking Systems

High security

High Security Made Effortless

EOS high-security locking system utilizes our patented design for real-world situations. The expertise and research utilized in designing our high-security locks make them EN1303 and SKG compliant for anti-picking, anti-snapping, and anti-breaking. EOS SECURE has been constructing our high-security locking systems according to the requirements of locksmiths, contractors, and manufacturers across the globe.

Your requirements:

Patent Registered

Only the patented key blanks could protect your profits. The patented key could also provide a higher security.

Key duplication service

Customers always ask for more keys. This is why you need a key duplicating solution. When we develop a new model of the lock cylinder, we need to contact the key duplicating machine manufacturer to update the key duplication program. 

Key Related Security

Of course, you want a more secure locking system. A complex key not only has more key combinations but also performs more securely.

Modular function

Fixed lengths of cylinders could occupy much space in the warehouse. Modular type of cylinders not only optimise your stock but also helps you assemble the current length of cylinder quickly.

security test certified

It's necessary for the security lock cylinder that has a high grade of security test report, such as EN1303 highest grade 6D, SKG*** and so on.

High Precision Manufacturing

High-security cylinders normally have a very complex mechanical structure. To ensure basic functionality, all accessories inside should be produced by high-precision CNC machines.

Standardized Accessories

Sometimes, you need to do re-pining (need KA or service cylinders) and reproduce/duplicate the keys, especially when making the master key system. The standard key pins, bottom pins, master pins, key blanks are required.

Branding and Marketing Support

Because you may want to promote your brand for the products. You may need all the promotional HD pictures for posters/catalogs and promotional 3D videos for marketing.

Our solution:

The Mechanical locking systems

MX, IX, P1, P4 >>

Movable element (anti-3D copy), Medium scale of master key system, Restricted horizontal keyway, enhanced security, Chinese domestic and European Patent.

The Mechanical Locking Systems

design a lock cylinder your way

High security

360° Protection, Zero Worries

Precision-engineered locking systems from EOS SECURE not only offer better durability but also include top-tier security features to protect against break-ins and tampering.

Anti-Picking
All lock cylinders from EOS SECURE include patented anti-pick and telescopic pin structures, elevating its security capabilities beyond the usual lock. This ensures better protection against lockpicks who want to tamper with critical entryways.
Anti-3D-Printed-Copy
To address the growing concern of the manufacturing of 3d printed keys to unlock doors, we’ve adapted a floating pin to our designs. Also called a mobile pin, this adds complexity to the lock’s internal mechanism.
Anti-Bumping
The combination of snake pins, side-bar structures, and anti-bump telescopic driver pins enhances the resistance of our line of lock systems to forced entry via bumping.
Anti-Drill

We use premium HRC 60 steel material in crafting the lock cylinders making them more resistant to drilling. We also incorporate hardened steel pins, balls, and shields that meet EN1303 standards.

Anti-Snap

Constant exposure to the elements may cause the lock systems to be brittle over time and prone to breaking. We address this concern by incorporating external sacrificial cut lines and hardened steel anti-break bars on its core.

Complex Keyways

Compared to standard lock systems, those manufactured by EOS SECURE feature specially designed complex keyways that reduce the risks of duplication and lockpicking. 

Related Products

Top Picks for You

Our Cases

Explore Our Case Studies

Get in Touch with Our Experts

Please rest assured that all your information will be kept strictly confidential.