The Synthesys Research BA400 is a high-performance clinical chemistry and turbidimetry analyzer engineered to optimize laboratory workflows while controlling operational costs. Built on LED-based optical technology and automated sample processing, the system delivers precise, consistent results across a wide range of clinical chemistry and specific protein assays with minimal maintenance overhead.
Technical Specifications
Throughput and Processing
• 400 tests/hour (clinical chemistry and turbidimetry)
• Up to 560 tests/hour with optional ISE module (Na+, K+, Cl−, Li+)
Sample Handling
• Segmented sample rotor with 135 positions for primary and pediatric tubes
• 90 positions equipped with barcode reading capability
• Automatic haemolysis on whole blood samples
• Dedicated non-fixed positions for STAT samples
Reagent Management
• 88 refrigerated positions (5–8 °C or 6–11 °C)
• Supports 20 mL and 60 mL dedicated bottles with integrated barcode identification
• Volume detection system for reagent level tracking
Optical System
• Patented LED technology with 8 working wavelengths
• Solid-state light source with split reference beam; 50,000 hour operational life
• Dynamic baseline with SMART LED technology
• Photometric range to 3.5 Abs; optical resolution 0.0001 Abs
• Virtually maintenance-free optical design
Reaction Rotor
• 120 wells in UV methacrylate
• Reaction volume: 180–600 µL
• Temperature control: 37 °C ±0.2 °C stability; ±0.1 °C precision
• Two mixers; seven-tip washing system (2 wash, 3 rinse, 2 dry)
• Continuous cuvette status evaluation
Water System
• Water consumption: <14 L/hour
• Thermostated washing station maintains rotor temperature stability
• High-capacity wash and waste containers support up to 8 hours continuous operation
– Key Features
• Barcode-enabled sample and reagent tracking
• Automated sample loading with flexible positioning
• Low maintenance optical system and integrated water handling
– Analytical Capabilities
Colorimetry and turbidimetry across clinical chemistry and protein assays
– Connectivity & Integration
LIS integration via ASTM and HL7 protocols
