End-to-End Sample Tracking with RFID
Consistent sample management and maximum data integrity
Full compliance with extensive documentation requirements and other legal obligations must be observed at all times in the pharmaceutical industry. The highest quality standards are therefore applied to the proper tracking of data and samples. Inspectors from international regulatory authorities (e.g. FDA) are increasingly carrying out unannounced inspections and have very extensive powers, including the immediate closure of the inspected facility. Continuous sample tracking must therefore be guaranteed at all times.
Your Benefits
- Always know where samples and documents are currently located
- Best data quality through digitalized laboratory processes
- Cost reduction through minimized batch errors, thanks to quality-assured intermediates, especially for biopharmaceuticals
Seamless integration of IT and OT
The integrated sample-to-cloud solution from Turck Vilant Systems links IT and OT in a way that is as yet unique. It records the detailed position and direction of movement of sample collections including product descriptions and transport sheet. The data of the UHF RFID tags are stored on the Turck Vilant server in the local network of the company or laboratory. They are therefore open for central data storage in data lakes.
RFID identification in sample management
After physical removal in production, the sample is taken to a storage room where it is provided with a sample description. The system issues an RFID tag with a unique ID that is affixed to the sample. The sample data can now be retrieved from the server via the ID.
Tracking of samples in building corridors and laboratory
On the way to the laboratory, the RFID tags are read as they pass through RFID gates in building corridors and exits as well as elevators, and the verification of samples as well as their position and direction of movement is fully automated. At the analysis station, the sample collection is again identified by a UHF reader. This ensures that the samples are in the designated laboratory.
Consistent monitoring and documentation
After the test is completed, the samples must be disposed of. They are not allowed back into production. This is recorded and documented by means of RFID gates. Sample descriptions and transport sheet are returned to the warehouse and properly archived. Throughout the entire process, the position, direction of movement and status of each sample can be tracked with absolute certainty, ensuring that information on each sample is available at short notice.
- Automotive
- Cable with Integrated Current Monitoring Prevents Unwanted Shutdown of Conveying System
- Inductive Couplers Ensure Precise Material Feed
- Assembly Management with a Direct MES Connection
- Body Detection in Automobile Production
- Reliable Skid Detection in Automotive Production
- Error-free JIS Order Picking for Bumpers
- RFID Bus Mode Ensures Quality of Lithium-Ion Batteries
- Level Control in Central Lubrication System
- Quality Assurance on the Gluing Robot
- Tilt angle sensor accelerates platform alignment
- Motor Control with Condition Monitoring
- IP67 Hybrid Module Processes Safety Signals
- Decentralized monitoring of cooling stations
- Robot welding cells networked with Ethernet
- Monitoring the cooling circuit on welding clamps
- Flow monitoring in drum washers
- Condition Monitoring of Motors
- Press Shop – Tool Identification
- Body Shop – Welding Nut Detection
- Paint Shop – Skid Identification
- Final Assembly – Robot Assembly
- Powertrain – Contactless Verification
- Item-level Detection with UHF RFID
- Supply of cooling lubricant in machine tools
- Press Shop: Controlling hydraulic pressure
- Measuring process pressure on scissor lifts
- Success Stories
- Modular Plant for Flexible and Efficient Production
- Decentralized Safety Technology for Modular Production
- Modular Conveyor System
- RFID and I/O Modules for Safe Tool Changes
- RFID Guides AGV in Suspension Production
- IO-Link Wired Silencer Production
- Workpiece Carrier Identification in Rear Vent Production
- Weld Nut Sensing
- RFID Traceability
- RFID in Engine Production
- Bumper Production with Identification
- Solutions for Paint Shops
- Welding and Assembly Sensors
- Angle Sensors for Assembly Systems
- Tool Identification
- RFID Identification of Injector Nozzles
- RFID in the Body Shop
- IO-Link Eases Differential Gear Production
- Chemical
- excom I/O System Enables Safe Hydrogen Liquefaction
- Decentralized Automation in Ex Areas
- RFID Control of Tube Connections in the Ex Area
- Ethernet Signal Connection in the I&C Room
- Ethernet-based Automation of Modular Skids
- Ex Isolation in Modular Process Plants
- Detection of Pigs
- Remote Signal I/O
- Easy Connection of Field Devices
- Signal Processing with System I/O in the Control Cabinet
- Signal Separation with Interface Technology in the Control Cabinet
- Identification of Hose Connections
- Efficient Monitoring of Cabinets in the Field
- Monitoring of Quarter Turn Actuators
- Planning and Assembly of System Solutions
- Success Stories
- Control Cabinet Monitor for Transmission of Condition Data
- Efficient Cooling of Industrial Furnaces with Turck's FS+ Flow Sensors
- I/O System Excom Creates Space in the I&C Rooms
- Zone 2 and 22 RFID
- Efficient Testing Control
- Intrinsically Safe Field Communication
- Process Control System Partnership
- Hazardous Area Remote I/O
- Dual Valve Position Feedback
- Flexibility with Fieldbus
- Asset Management with Remote I/O
- Correct Positioning with RFID in Carbide Production
- Compact Ex Protection
- Energy
- RFID System Identifies Solar Cell Carriers
- Decentralized I/O System for Hazardous Areas at H2 Refueling Stations
- Decentralized I/O Solution in Ex Zone for H2-Fueling Station
- I/O Module Facilitates Setup and Mobile Use of Fuel Cell Test Stand
- Wind Turbine Rotor Positioning
- IP67 I/O in Coal Production
- UHF RFID Identifies Switch Gear
- Remote I/O in Biogas Plant
- Food and Beverage
- Condition Monitoring Sensor Automates Climate Control
- Condition Monitoring of Control Cabinets
- Condition Monitoring in Storage Rooms
- Dough Thickness Control in Rolling Machines
- Identification of Food Containers
- Quick Sensor Replacement in Beverage Plants
- Detection of Pipe Elbows
- Identification of Chocolate Moulds
- Success Stories
- Cloud-based Maintenance for Steam Generators
- RFID Support Enables Track and Trace in Food Production
- Reliable Linear Position Detection in Ex Zone 22
- Decentralized Control Modules in Coldstore
- Track and Trace in Meat Production with RFID
- Contact-free Encoder in Potato Production
- UHF RFID in Food Distribution Center
- RFID for Chocolate production
- Distributed I/O for Food Equipment
- Remote I/O for Distilleries
- RFID and Autoclaves
- Transparency in Chocolate Manufacturing
- IP67 Power Supplies for Conveyors
- Identification in Food Product Storage
- Logistics
- Monitoring Cooling and Lubrication Circuits in CNC Machines
- Preventing Package Jams in the Logistics Center
- Height Control and 3D Spatial Monitoring on Autonomous Forklift Trucks
- Decentralized Control of Conveyor Modules
- Tracking Big Bags with RFID
- Distance Detection in Container Cranes
- Access Control for Protected Areas
- I/O Blocks Control Roller Conveyor Modules
- Fast Tag Detection at Warehouse Gates
- Item-level Detection with UHF RFID
- Preventive Maintenance on Conveyor Belts
- Detection of Transport Containers
- Level Detection in Vessels
- Identification of Cryovessels
- Identification of Mobile Containers with Handheld Devices
- Identification of Food Containers
- Tier 1 – Bumper Identification
- Condition Monitoring in Storage Rooms
- Collision Protection on Reach Stackers
- Success Stories
- Logistics: RFID Reduces Error Quota by 99 Percent
- ROI After Three Avoided Delivery Errors
- Sustainable Tracking of RTIs thanks to RFID
- RFID with HF Bus Mode Eases Seed Storage
- RFID Enables Unmanned Store at Major Building Site
- I/O and Safety Modules Increase Throughput in Intralogistics
- Shipment Tracking for Raw Materials
- RFID-Based Tracking Solution for Loading Error Minimization
- RFID-based Tracking of Inbound and Outbound Materials
- Decentralized UHF RFID Solution
- Contact-free Encoder in Potato Production
- Decentralized Control Modules in Coldstore
- IP67 Power Supplies for Conveyors
- Modular Conveyor System
- RFID Solution for Warehouse
- RFID Guides AGV in Suspension Production
- RFID Identifies Pharmaceuticals
- UHF RFID in Food Distribution Center
- Mobile Equipment
- Animal and Object Detection on the Combine Harvester
- Condition Monitoring Sensor Automates Climate Control
- Automatic Slope Compensation
- Distribution Lines for Field Sprayers
- Angle Measurement on a Field Sprayer
- Determining the Boom Angle Position
- Two-Axis Tilt Measurement on a Combine Harvester
- Collision Protection on Reach Stackers
- Success Stories
- RFID Solution with Smart Forklifts in Autombile Production
- Safe Remote Maintenance of Irrigation and Drainage Pumps
- Access Control with RFID System
- Selective Asparagus Harvester
- Position Measurement with RFID and Encoder
- RFID Guides AGV in Suspension Production
- Block I/O Modules on Super Yacht
- Wear-free Encoder on Hopper Dredger
- I/O for Dust Suppression
- Cabinet Cooling
- Quick Disconnect Connectivity
- Automation Solutions for Extreme Cold
- Remote I/O for Cranes
- Rugged Heavy Metal Lifting
- Rollercoaster Positioning
- Mobile Machinery Solutions
- Exact Height Positioning
- Critical Angle Sensing
- Angle Sensor Detects Platform Lift
- Oil and Gas
- Packaging
- Decentralized RFID Package Verification
- Identification of Printing Color Cartridges
- Reliable Operation of Machines
- Monitoring of Caps in Filling Lines
- Monitoring Changeover Processes
- Identification of Test Bottles
- Level Monitoring of Ground Coffee
- Level Detection in Vessels
- Detection of Transport Containers
- Success Stories
- Pharma
- End-to-End Sample Tracking with RFID
- RFID Control of Tube Connections in the Ex Area
- Decentralized Package Verification
- Automate Modular Skids
- Pharmaceutical Skids with Decentralized I/O Technology
- Ex Isolation in Modular Process Plants
- Control of Valve Interfaces
- Monitoring of Quarter Turn Actuators
- Detection of Pipe Elbows
- Remote Signal I/O
- Planning and Construction of Super Skids
- Easy Connection of Field Devices
- Identification of Cryovessels
- Identification of Mobile Containers
- Identification of Mobile Containers with Handheld Devices
- Identification of Hose Connections for Precursors
- Identification of Hose Connections in Sterile Areas
- Identification of Hose Connections in Ex Zone 1
- Identification of Big Bags and Bioreactors
- Identification of Single-Use Applications
- Success Stories
- Semiconductor
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