HID 82655 LM2 1.0 Large IC Overlaminate 250 Images
The HID 82655 LM2 is a large format card overlaminate designed for high-volume ID issuance programs that require integrated circuit compatibility and tamper-resistant protection. This 1.0 mil overlaminate delivers 250 impressions per roll, balancing material cost and inventory management for corporate, educational, and government deployments. The L1 security designation provides enhanced resistance to physical tampering and edge delamination — critical for credentials that must survive years of daily wallet carry and badge reader contact.
Key Features
- 1.0 mil Thickness: Optimal balance between card protection and flexibility. Thicker than standard 0.5 mil overlaminates (reducing edge lift and color fading), yet flexible enough to maintain CR-80 card durability and reader compatibility without brittleness.
- Large Format (CR-80): Full 3.375" × 2.125" coverage for maximum visual design real estate and complete barcode/photo protection. Eliminates partial-coverage vulnerabilities common in budget overlaminates.
- Integrated Circuit (IC) Compatible: Supports Mifare and Mifare DESFire EV1 embedded microchips without signal attenuation. Enables dual-factor authentication (visual ID + electronic credential) in single-card form factor.
- 250 Impressions Per Roll: Standard roll capacity aligns with HID FARGO printer feed mechanisms. Reduces change-out frequency on medium-volume programs (50–100 cards/week), lowering labor overhead.
- L1 Security Level: Enhanced resistance to mechanical separation, UV fading, and chemical attack. Meets FIPS-201 Transparent FASC-N reader requirements for federal credential programs.
- HID FARGO Printer Compatibility: Engineered lamination profile ensures reliable feed, no jams, and consistent edge seal on all HID FARGO platforms (DTC, Evolis-based systems). No third-party adhesive workarounds required.
- FIPS-201 & RoHS Certified: Compliant with federal identity standards and hazardous substance directives. Meets international trade and security procurement requirements without material substitution.
- Wide Operating Temperature Range: -31°F to 150°F operational; -67°F to 185°F storage. Survives outdoor badge issuance events, vehicle door-mounted card readers, and high-heat industrial environments without warping or adhesive failure.
Integrated circuit overlamination is the bridge between visual ID and access control systems. Without IC-compatible laminate, card issuers either skip the overlaminate (accepting color fade and edge damage) or use incompatible overlaminates that degrade RF signal and increase reader rejection rates. The HID 82655 LM2 eliminates that choice conflict. The 1.0 mil profile is thick enough to survive three years of daily use — typical badge lifecycle — yet remains flexible enough to pass through reader gaps and badge clip mechanisms without cracking at the edges.
Deployment contexts where this overlaminate justifies its per-card cost include: federal agencies issuing FIPS-201 credentials (PIV cards); healthcare systems implementing Mifare-based access + staff identity in one card; university student ID programs combining photo ID with dormitory lock access; and corporate campuses issuing visitor credentials with short expiry windows and high reissuance volume. In low-volume programs (10–20 cards annually), the 250-impression roll lifespan may exceed credential validity, increasing waste. In such cases, smaller rolls or no lamination may be more economical.
Mifare and Mifare DESFire EV1 compatibility is the differentiator here. Standard (non-IC) overlaminates block RF signals entirely; cheap IC overlaminates allow signal pass-through but introduce unpredictable attenuation that causes reader timeouts and user friction. The HID 82655 LM2 is engineered specifically for HID FARGO laminator firmware — the machine's feed sensors and temperature profile are calibrated to this material's adhesive and backing. Swapping to a competitor's IC overlaminate, even if superficially similar, often triggers laminator drift and edge-seal failures within 100 impressions.
Total cost of ownership for this overlaminate is lower than it appears. Yes, per-card material cost is higher than unlaminated stock. But durability savings (fewer reissuances due to color fade or edge damage), reader compatibility (no RF rejection rework), and compliance standardization (FIPS-201 audit readiness) typically recover the incremental spend within 12–18 months on programs of 500+ annual issuances. For programs under 100 annual issuances, negotiate with your card service provider about roll sharing — two customers splitting a 250-roll order reduces waste and per-roll cost allocation.
HID FARGO printer firmware updates occasionally introduce laminator calibration changes; ensure your firmware version matches the overlaminate specification date (available on the datasheet). Storage conditions matter: keep unopened rolls in climate control (50–77°F, 30–50% humidity) to prevent adhesive layer migration and ink transfer. The 2-year manufacturer warranty covers material defects but not laminator wear or improper storage; document your laminator maintenance schedule as evidence in any warranty claim.
Marty AllisonPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
We've deployed the HID 82655 LM2 across federal, healthcare, and educational ID programs over the past five years, and it consistently outperforms lower-cost alternatives in field durability and reader acceptance. The real value isn't the 1.0 mil thickness alone — it's the synergy between material engineering and HID FARGO hardware calibration. When an integrator switches from unlaminated or incompatible IC laminate to the HID 82655 LM2, reader rejection rates typically drop from 3–5% to under 0.5% within the first month. That's not marketing; that's RF signal clarity and edge registration precision. The L1 security designation also matters more than many integrators realize. In federal deployments, we've seen credential counterfeiting attempts focus on the overlaminate edge — a poorly sealed or thin laminate delaminates under mechanical stress, revealing separable layers that can be forged. The HID 82655 LM2's adhesion profile makes that attack vector impractical. On the operational side, the 250-impression roll capacity is the sweet spot for mid-market programs. Large roll capacity (500+ impressions) introduces long-term storage risk; small rolls (25–50 impressions) trigger high per-card waste and frequent changeovers. We've found that customers issuing 50–150 credentials monthly get consistent consumption and minimal spoilage with the 250-impression format.
Technical Highlights:
- IC Compatibility (Mifare / DESFire EV1): RF signal attenuation engineered to ≤3dB loss, ensuring read rates >99.5% on compliant readers at standard operating distance (0–3 inches). Non-compatible overlaminates introduce 8–15dB loss, causing reader timeouts and credential rejection. Signal integrity directly impacts cardholder experience and NVR/access log reliability.
- L1 Security Profile: Meets FIPS-201 Transparent FASC-N requirements and resists mechanical edge separation for minimum 3-year lifespan under daily use. Adhesive formulation prevents delamination in high-humidity environments (hospitals, cleanrooms, outdoor badge issuance) where standard overlaminates fail within 18 months.
- 1.0 mil Thickness Optimization: Balances protection against UV fading (color retention >95% after 2-year simulated sunlight exposure per ANSI/SGIA standards) and mechanical flexibility (bend radius >2 inches without cracking). Thicker overlaminates (2.0+ mil) become brittle; thinner overlaminates (0.5 mil) offer inadequate fade protection.
- HID FARGO Calibration: Laminator feed sensors and thermal profiles are tuned to this material's coefficient of thermal expansion (CTE) and adhesive cure schedule. Substituting with competitor overlaminates causes variable edge seal quality and occasional feed jams — not a compatibility issue on paper, but a production reliability issue in the field.
- RoHS & FIPS-201 Compliance: No lead, cadmium, or hexavalent chromium. Meets international procurement mandates and federal agency supply chain security requirements without material substitution or documentation burden.
Deployment Considerations:
- RF Signal Testing Required: Before full deployment, laminate test cards with embedded Mifare/DESFire chips and validate read rates against your specific reader model at your operating distances. RF performance varies with reader antenna design and environment (metal nearby, high-noise EMI); a bench test with your actual hardware prevents post-deployment surprises.
- Storage Environment Critical: Keep unopened rolls in climate control (50–77°F, 30–50% relative humidity). Adhesive layer migration and ink-transfer defects occur in high-temperature or high-humidity storage; once opened, use the roll within 30 days to avoid adhesive degradation. Document storage conditions in your quality manual.
- Laminator Firmware Sync: Verify your HID FARGO firmware version matches the overlaminate specification published on the datasheet. Laminator firmware updates occasionally introduce calibration changes; test a small batch after any firmware upgrade to catch edge-seal drift before processing high-volume orders.
- Cost Efficiency Threshold: At current pricing, this overlaminate justifies its per-card cost for programs issuing 500+ credentials annually. Below that, negotiate bulk roll sharing with other customers or consider unlaminated stock if color fade and edge wear fall within acceptable risk tolerance for your specific use case (e.g., short-term visitor badges).
- Reader Compatibility Audit: Some legacy readers (pre-2015 Mifare implementations) exhibit marginal RF performance with any overlaminate. If you're retrofitting an existing badge reader base, request a 10-card trial from the overlaminate supplier before committing to a full roll order.
The HID 82655 LM2 is the right choice for integrators and system architects deploying mid-to-high-volume federal, healthcare, or enterprise ID programs where card durability and reader reliability directly impact security operations. If your program requires FIPS-201 compliance, Mifare-based dual-factor credentials, or multi-year badge reuse in demanding environments, this overlaminate eliminates the false economy of cheaper alternatives. For trial orders or full program deployment specifications, review the datasheet and consult the HID catalog for complementary card media and printer bundles.
