Description
| Product Name | CAT.No | Details |
| Monarch 240 | MON0240S | Fully-Automated 240 Tests/Hour Bench Top Chemistry Analyser |
Product Description
The Biorex Diagnostics Monarch 240 Clinical Chemistry Analyser is a high-throughput, fully automated analyser designed for medium to large laboratories. Combining speed, precision, and flexibility, the Monarch 240 delivers accurate and reliable biochemical testing for a wide range of clinical, diagnostic, and research applications.
Key Features
• Fully Automated Random Access – allows multiple assays to be processed simultaneously, with remote access for optimised workflow efficiency
• High Throughput – capable of performing up to 240 tests per hour, with an optional ISE module for electrolyte testing
• Rapid Cycle Time – 15-second cycle time ensures timely and dependable results for routine and urgent assays
• Refrigerated Reagent and Sample Compartments – maintains temperature-sensitive reagents and patient samples for consistent accuracy and stability
• Ample Capacity – 58 reagent positions and up to 64 sample positions support high-volume testing without frequent reloading
• Optical Cuvettes – 120 reusable optical plastic cuvettes enhance durability and reduce operational costs
• 12-Step Rinsing System – minimises cross-contamination and carryover between assays
• Low Sample and Reagent Volumes – improves accuracy and conserves valuable reagents and patient material
• Remote Maintenance and LIMS/HIS Integration – facilitates remote monitoring, maintenance, and data management
• Barcode Compatibility – dedicated barcode reagents support traceability, sample tracking, and workflow automation
The Biorex Diagnostics Monarch 240 provides a trusted, efficient, and clinically relevant solution for laboratories worldwide. By combining high-throughput automation, rapid cycle times, and precise biochemical measurement, the analyser supports accurate diagnostics, efficient sample processing, and reliable research outcomes, contributing to improved patient care and laboratory productivity.
