Clinical diagnostic instrument manufacturers require 100% data integrity and extremely reliable components that are small enough to fit into their systems. Whether reading specimen tubes, reagent containers, or microtiter plates, instrument manufacturers depend on the highest levels of performance and reading flexibility, with minimal integration effort
Experts in Clinical Applications:
Typical Overview
Typical Overview 1D/2D Symbol Identification
Use 1D/2D symbols or human readable text for identification and tracking of specimen tubes, reagent containers, and other items
Embedded Automated Inspection
Automated inspection and identification of cap presence/absence, type, and color
Easily Integrated
High performance products in compact form factors are easily embedded into clinical diagnostics instrumentation.
Applications Overview
Tube rack induction reading for automated analytical systems
This solution uses compact laser scanners to read the barcodes on vials or tube in racks ranging from 70-120mm heights which are manually or robotically inducted into the automated analysis machines. All barcodes need to be read including empty slots. Vial and reagent identification and control for immunoassay machines
This solution uses compact laser scanners or imagers along with sensors to read barcodes on test tube specimens and reagents located in cuvettes of automated analytical analysis machines. Readers are embedded in the machines next to small slits in the wells. Special sensors are used to detect the presence of clear tubes without the use of retro reflectors.
Micro plate and individual well identification
The application requires barcode reading of micro plates which are manually place by a technologist or automated by a robot for sample tracking. The barcode reader must be able to read the barcode on the micro plate tray in without impeding the automated analysis process.
Vial filling control and level verification systems
A 96 well plate is labeled with data matrix barcodes to determine if a well has a sample placed into the well. The output of the identification message from the imager must match the Alpha Numeric row and column system defined by the plate. For example, A1 or J15. In this solution, the entire plate must be imaged at one time without the added cost of and automated slide.
Mixing and separating control and verification
This application requires that vials fluid levels are verified or controlled during dispensing, prior to mixing, or after storage. Integrated smart vision sensors use multiple libraries to accurately measure levels and decode barcodes at the same time for either single or multiple samples. Laser sensors aide the process by controlling the location of the needle or pipette location as well as the presence of the plastic or glass tubes.
Pipette tip inventory management and control
Some biological analysis tests (such as DNA testing) require a centrifuge to separate types of cells, cell organelles from crude cellular extracts, or isolate nucleic acids for testing. Measuring how well the samples are mixed or not mixed is used to confirm the mixing or separating process was effective. An integrated smart vision sensor reads the amount of each stratified level as well as decode the barcode for sample identification.
Vision systems for controlling automated agar inoculation
Immunoassay testing can include the use of disposable pipette tips in order to ensure no carry over contamination. The pipette tips come in carriages and are barcoded in order to identify the type and quantity. The maintenance and supply programs for the immunoassay machines require accurate inventory management of consumable parts in order to optimize uptime of the analyzer. Compact barcode readers capable of accurately identifying the carriage, lot, size, and quantity with compact size and powerful reading capabilities enable higher throughput and flexible motion control.
Vial or container cap inspection
Inoculation of an agar plate is required in order to grow and analyze bacteria. The bacterial sample must be added to the agar plate / petri dish and then spread across the plate prior to growth and analysis. Automated inoculation machines use a specially designed needle with a ring to capture the sample, and then transfer the sample to the agar plate. If the sample is not captured by the needle and transferred, analysis cannot be performed. Special vision systems are used to verify the sample is collected and the needle is not broken.
Greetings, we take this opportunity to introduce our company as one of the leading Distributer of fixed barcode cameras and industrial automation scanners of Datalogic utomation, Italy.
Stallion Systems and Solutions Private Limited an ISO 9001:2000 certified company is a prominent and leading Barcode, RFID, EAS, POS solutions, to clients in India and Middle East – as partners to conceptualize and realize their initiatives, to reach out their Vision. Whether it is Manufacturing, Retail, Service or Export, we ensure a level of certainty of results that no one can match.
Stallion HO is based out of Kochi, and we have 16 branches in India and growing further, we are offering "FIXED position Industrial Scanning solutions" and help clients who have challenging needs to streamline industrial operations/ overcoming many other bottlenecks such as:
Our offerings include On-Line & Omni directional laser barcode scanners, Camera barcode scanning and Imaging systems and certified dimensioning systems.
We also offer Integrated Automated Identification and Data Capture Solutions products such as in-motion print & apply labeling and production Sortation from the Integrated Systems Solutions Group Datalogic Automation.
Stallion has solved tough automated challenges and provided integrated solutions to a wide range of industries including: Retail Distribution, Fast Moving Consumer Goods (FMCG), Consumer Packaged Goods (CPG), Airline Baggage, Tyres, parcel and postal services.