HID 1586LGGMN Composite Isoprox II Programmable Proximity Card - Front Gloss, Back Gloss
When you're deploying or expanding HID Prox-based access control systems, credential consistency and durability matter. The HID 1586LGGMN delivers a composite construction Isoprox II card with programmable 26-bit format capability, finished with a gloss surface on both sides for direct-to-card printing. This card gives you the flexibility to encode site-specific facility codes while maintaining compatibility with legacy 125 kHz proximity readers already installed across your client's infrastructure.
Key Features
- Composite PVC construction for enhanced durability compared to standard PVC cards
- HID Isoprox II 125 kHz proximity technology for reliable read range and performance
- Programmable format supports custom facility codes and card numbering schemes
- Gloss finish on both front and back surfaces optimized for dye-sublimation and direct-to-card printers
- Standard CR80 credit card dimensions (3.375" x 2.125") with vertical slot punch option
- Compatible with existing HID proximity readers and panels without firmware updates
- Suitable for corporate, education, healthcare, and multi-tenant access applications
The composite card body provides greater resistance to cracking and delamination in high-use environments—critical for installations where cards are frequently handled, swiped through time clocks, or exposed to temperature variations. The programmable format means you can maintain separate facility codes for different buildings or client sites while sourcing from a single card type, simplifying inventory management and reducing lead times when urgent credential orders come through.
The dual gloss finish ensures clean, professional photo ID output when you're printing badges in-house or through your card bureau partner. These cards integrate seamlessly into HID-based systems already managing tens of thousands of credentials, letting you expand access control deployments without forcing a complete technology migration or reader hardware refresh.
