The ATAC® 8000 Chemistry System combines the ATAC® 8000 Random Access Chemistry Analyzer, with the Clinical Data POL Laboratory Information System, providing the greatest level of performance and productivity in its class.
Features:
Refrigerated Reagent Tray
The ATAC 8000 holds 40 individual ATAC-PAK® reagents for a maximum of a 6,000 test capacity, providing over 12 hours of walk-away operation. On board refrigeration assures reagent stability and continuous inventory monitoring enables the operator to know the number of tests remaining in each PAK.
ATAC-PAK Reagents
ATAC-PAK reagents are pre-filled and pre-measured. No measuring or pipetting is required. All ATAC-PAK reagents have optimal stability to eliminate reagent waste, decreasing the overall cost per test.
Integrated ISE Module
The integrated ISE Module utilizes a proprietary, solid state, electrode design for Na, K, Cl, and CO2. No filling or pre-treatment required solution, only on demand test results as requested.
High Capacity Sample Chamber
70 positions are available for disposable micro sample cups, standard vacutainer tubes, standards, controls, and STAT samples.
Cuvette Assembly
25 cuvettes are precision matched for accuracy and reproducibility. Positioned in a peltier regulated housing, the glass cuvettes are cleaned and reused automatically.
Cuvette Wash Assembly
The glass cuvettes are automatically washed and rinsed eliminating the need for costly disposables. The washing station employs a unique design for both washing and drying to assure each cuvette gives the highest quality results.
On-Board Diluent
There is no need for a separate water system. The ATAC® 8000 is independent of the laboratory's water supply and has an onboard diluent tank for easy filling. An optional 20 liter carboy is available for high volume users.
Sample Probe Module
The unique tapered design and automatic washing eliminates sample carryover. The reagents are pre-heated to 37°C as they are delivered through the probe providing optimal reagent temperature and consistent measurements for improved performance.