100 - 1000 Keys
Available in two sizes, e100 and e200, catering to businesses of all scales.
The e-Track High Secure Range is the ultimate high-security electronic key management unit, offering ultimate protection. Engineered with reinforced multi-point locking bars, 7-lever key access, a durable 3mm steel carcass, and 6mm thick doors, it provides unmatched security for your keys.

Available in two sizes, e100 and e200, catering to businesses of all scales.
Ensures the cabinet door automatically closes when left unattended.
Multi-point locking system for enhanced security.
3mm and 6mm thick steel panels withstand tampering and forced entry.
All cabinets have 3 access options available: PIN code, Card ID and biometric fingerprint.
In a power outage, cabinets are fitted with a 5.4 Ah Lead Acid battery capable of lasting 8 hours.
Key security is essential for ensuring controlled access by authorized personnel, particularly in high-security and correctional facilities where maintaining order is critical.
At e-Track, security is our top priority. Every cabinet is engineered to protect against unauthorized access and forced entry. Our locks feature a tensile load of 4,273.6 ft-lbs, making manual tampering ineffective.
With e-Track Key Management Systems, you ensure unparalleled security, compliance, and peace of mind for your organisation.

Protect your most sensitive keys with e-Track’s high-security key cabinets. Advanced tamper-proof technology ensures maximum control and accountability. High Secure Range The e-Track High Secure Range is the ultimate high-security electronic key management unit, offering ultimate protection. Engineered with reinforced multi-point locking bars, 7-lever key access, a durable 3mm steel carcass, and 6mm thick doors, it provides unmatched security for your keys.
High Secure Range is for organisations that need controlled key access, traceability, and a clearer way to manage daily key movements.
e-Track helps by aligning key cabinets, software, installation support, and sector experience around the control problem described on this page.