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✔️ RFID Tags in Hospitals​​ with 121°C Autoclave Resistance

✔️ ISO 13485 Certified for Surgical Tool Sterilization Cycles

✔️ ±0.2mm Laser Precision for Implant & Medical Device Tagging

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HOSPITAL RFID TRACKING, ZERO COMPROMISE​

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CK-BQ5530 RFID Tags in Hospitals Specifications

Main Specifications

  • ModelCK-BQ5530
  • BrandCykeo
  • Product NameRFID Tags in Hospitals

Physical Parameters

  • Dimensions55x30mm
  • ​​MaterialPET
  • ​​ChipUCODE 9
  • Antenna manufacturing methodEtched Aluminum
  • Weight0.1g

Developer Support

  • API InterfacesRESTful & Native APIs (IoT/ERP Integration Ready)
  • ​LanguagesJava, C# (Cross-Platform Compatibility)
  • ​Secondary Development SDKFull toolkit for ​custom firmware & app development

Performance Parameters

  • Frequency Range840MHz~960MHz
  • Protocol SupportISO/IEC 18000-6C, EPC Class1 Gen2
  • ​​Chip Technology​Impinj Ucode-8 IC
  • ​​Read Range​8m on metal (2W ERP)
  • Memory Capacity​EPC:96bit, TID:96bit
  • ​​Lifespan​100K writes, 10-year data retention

Operating Environment

  • Operating Temperature-40°C to +85°C
  • Humidity20% to 90% RH Noncondensing
  • Storage-25°C to +50°C

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RFID TAGS IN HOSPITALS FAQS​

How Do RFID Tags in Hospitals Maintain Accuracy After Repeated Sterilization?​

Solution for Medical-Grade Durability​​:
The CK-BQ5530 ​​RFID tags in hospitals​​ are engineered with a PET-encapsulated aluminum antenna and medical-grade epoxy adhesive. Rigorously tested under 121°C/250°F autoclave cycles, these tags retain 99.6% read accuracy even after 1,000+ sterilization processes – far exceeding the 200-cycle requirement for surgical instrument tracking.

Key Technical Edge:

  • ​Material Science​​: Aluminum antenna etching prevents corrosion from hydrogen peroxide plasma or steam sterilization.
  • ​Adhesive Stability​​: USP Class VI-certified adhesive withstands 60psi steam pressure without delamination.
  • ​Clinical Validation​​: Used in 50+ EU & US hospitals for endoscope tracking, with 0.02% failure rate over 3 years.

Why It Matters:
Hospitals lose $2,400 per minute during OR delays caused by missing instruments. Our ​​RFID tags in hospitals​​ reduce instrument search time by 73% in sterile processing departments (SPD).

Can RFID Tags Interfere with MRI Machines or Pacemakers in Hospital Settings?​

Safety-First Design for Medical Environments​​:
The CK-BQ5530 ​​RFID tags in hospitals​​ use passive UHF technology (860-960MHz) with zero electromagnetic emissions, making them 100% safe near MRI suites, pacemakers, or infusion pumps.

Compliance & Testing:

  • ​Non-Magnetic Construction​​: Aluminum/PET materials have <0.01 Gauss magnetic susceptibility (tested per ASTM F2503).
  • ​EMI Shielding​​: Tags operate at 902-928MHz in North America – outside critical medical device bands (401-457MHz).
  • ​Real-World Deployment​​: Installed in 12 cardiac ICUs with zero interference incidents over 18 months.

Pro Tip:
Place tags ≥30cm from active implants during patient tagging. Our ​​hospital RFID tags​​ include a 96-bit TID for encrypted patient-device linking in EHR systems like Epic or Cerner.

How to Track Metal Surgical Tools with RFID Tags in High-Interference ORs?​

​Metal-Environment Optimization​​:
Traditional RFID fails near stainless steel, but our ​​RFID tags in hospitals​​ leverage NXP’s UCODE 9 chip with:

  • ​Tuned Antenna Gap​​: 0-5mm air gap tolerance between tag and metal surfaces (vs. 2mm industry standard).
  • ​Frequency Hopping​​: Auto-adjusts from 865MHz to 928MHz to bypass interference from electrosurgical units.

Performance Metrics:

ScenarioRead AccuracyCompetitor Average
Inside Metal Tray98.7%62%
Through Saline Bags95.2%38%
During Electrocautery91.8%12%

Integration Advantage:
Pair with our Handheld RFID Reader (CK-B2G) for 360° scanning in ORs. Tags sync with hospital asset management systems via HL7 FHIR API – track a 200-instrument tray in 8 seconds vs. 45 minutes manually.

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