Access Control Cards
Access Control Card
Access Control Cards
Chip Type: NXP Mifare / Desfire / Ultralight /EM4200/TK4100
Frequency: 125Khz/13.56Mhz
Protocol: ISO/IEC 14443(Type A&B)
Material: PC/PVC/RPVC/PLA/PET/PETG/PBAT/TESLIN
Dimensions: CR80 Standard(85.5*54mm)or customized
Thickness: 0.76mm / 0.84mm / or customized
Read Range: 2-10cm
Write Endurance: 100000 times
Data Retention: 10 years
Optional Crafts: Glossy, Matte, Matte, Epoxy (Single or Double), Brushed (Single or Double), Laser (Single or Double)
Printing Options: Laser code, flat code (gold flat code, white flat code, black flat code), inkjet code (ordinary inkjet code, UV inkjet code), embossed code (gold embossed code, silver embossed code), barcode (one-dimensional barcode, two-dimensional code barcode), QR code
packing details: 100 pcs/200 pcs/250 pcs/500 pcs/customized
Lead Time: 7–14 Business Days (Depending on order volume and customization)
Product Details
OEM Access Control Cards for Security Integrators & Wholesalers
We produce OEM entry management credentials for B2B solutions integrators, security contractors, and wholesale suppliers. Our workflow is rigorously constructed around confirmed manufacturing, exact chip alignment, programming precision, and complete lot trackability to help minimize your rollout risk.
Why Purchasers Rely on Our Production Workflow
Confirmed System Interoperability
We do not depend on assumptions. Since reader arrangement and infrastructure configuration directly influence functionality, we assess your sample credentials and strongly advise and facilitate field testing prior to volume rollout to guarantee correct integration.
Auditable Data Precision
Programming mistakes lead to on-site malfunctions. We supply pre-delivery data verification—including physical trial batches and electronic programming logs (e.g., CSV files of UIDs)—for your software engineers to cross-reference with your database.
Lot Trackability
Every fabrication run is monitored. If a problem emerges, our recorded lot documentation enables us to swiftly pinpoint variables and deliver practical remedies.
Core Deployment Situations
We align our physical production parameters with the exact rollout realities of your end-users.
Corporate Premises & Legacy Migrations
Rollout Challenge: Modernizing multi-location entry systems while preserving interoperability with established proximity scanners.
OEM Execution: We produce dual-frequency credentials (e.g., 125kHz + 13.56MHz) to connect different infrastructures. We employ resilient PET/PVC composite lamination to tolerate physical strain, repeated flexing, and intensive daily operation in business settings.
Campus & Academic Facilities
Rollout Challenge: Extensive deployments needing on-site visual customisation by the institution's personnel.
OEM Execution: We produce credentials with refined surface coatings—tightly regulated thickness and impeccably smooth lamination—purpose-built to avoid paper jams and guarantee crisp ink transfer in standard desktop badge printers (e.g., Fargo, Zebra, Evolis).
Technical Specifications & Functionalities
Supported Frequencies & Chip Tiers
125kHz Proximity: Accommodation of standard ID layouts, site codes, and typical card number schemes compatible with your established systems.
13.56MHz Smart Credentials:
UID-Only Cards: For infrastructures that depend on the chip's distinct serial identifier.
Memory Cards: Sector/block-based storage for localized data recording.
Secure Chips: Accommodation of mutual verification and encrypted information exchange.
Programming & Data Structuring
UID interpretation and format transformation (Decimal, Hex, Reversed Byte, etc.).
Sector setup aligned precisely with your client-specified data frameworks.
Variable information imprinting: QR codes, barcodes, and serial numbering matched to the encoded chip data.
Production & Process Governance
Pre-Production Approval: A pre-production sample sign-off (PPSA) is necessary to verify compatibility and data architecture before volume output begins.
Quality Inspections: Recorded lamination adhesion testing, chip read-range validation, and visual surface examination.
Materials: Standard PVC, high-durability PET, or PC.
Supply Network & Operational Procedures
Our framework is designed to deliver supply continuity, standards conformity, and auditable product consistency for sustained B2B collaborations.
Accredited Quality & Ecological Conformity:
ISO 9001 Quality Management: Our plant operates under a certified ISO 9001 framework. This guarantees that every phase of production—from incoming material inspection (IQC) to final chip programming—adheres to standardized operational procedures to uphold high lot-to-lot dependability.
RoHS Conformity: All card substances, including PVC/PET/PC substrates and embedded electronic parts, are entirely RoHS-compliant. We guarantee our products satisfy the ecological and safety criteria demanded for European and North American sectors.
Product Uniformity & Consistency: We employ automated heat lamination and exact antenna alignment technology to guarantee physical homogeneity across millions of pieces. This reduces variation in card thickness and scan-range behavior, ensuring the final card operates exactly like the initial one.
Lead Time Mechanics: Fabrication timelines are determined by current raw substance stock and programming intricacy. A verified, feasible schedule is supplied in each formal quotation to assist your project scheduling.
Component Buffering: For partners with extended volume contracts, we can set up reserve supplies of particular IC chips and pre-printed base sheets. This mechanism aims to shorten restocking intervals and shield against international chip supply variations.
Regulated Data Processing: We handle all sector information and encryption keys under rigorously governed internal protocols, employing secured network access and restricted staff involvement. NDAs are arranged as routine practice before receiving any confidential project materials.
Sourcing & Engineering FAQ
1. What constitutes the Minimum Order Quantity (MOQ)?
Our baseline MOQ for bespoke-printed and programmed credentials is 500 units. For unprinted trial cards or technical prototypes, we accommodate smaller pilot lots.
2. Can you replicate our current established cards?
Yes, however interoperability greatly hinges on your particular scanner setup and system formatting. We need 2-3 functional sample cards to examine the frequency and data architecture. We subsequently supply prototypes for your engineers to test in the field.
3. How can we confirm the lot programming is accurate?
Prior to volume output, we offer a verification phase. We can dispatch a small lot of physically programmed samples, or supply an electronic programming record (CSV/Excel) from our trial run for your staff to check. Bulk fabrication commences solely after we obtain your verification consent.
4. Do you supply lot identification or batch tracking on carton labels?
Yes. Each standard consignment incorporates outer carton labels specifying the PO reference, fabrication date, chip variant, and the exact UID/number span housed in that carton to facilitate your stock administration and trackability.
5. What occurs if credentials malfunction on-site?
We back our quality assurance. If credentials show a malfunction rate surpassing the agreed acceptance threshold, our procedure is to request a return of 3-5 faulty samples for root-cause investigation. If the malfunction is linked to our fabrication or programming workflow, we substitute the faulty pieces according to our trackable lot documentation.
