The Wincom EX-1600 HPLC Degree System is a high-grade, fully automated high-performance liquid chromatography setup engineered for advanced analysis, exceptional precision, and high-throughput laboratory workloads. Featuring a highly modular architecture, enhanced pressure limits, and superior digital processing, the EX-1600 delivers maximum baseline stability and low detection limits. It is a premium choice for strict quality control and research labs in pharmaceuticals, biotechnology, food safety, and environmental tracking.

System Configuration and Specifications

1. High-Pressure Constant-Flow Pump

• Flow Rate Range: 0.001 mL per minute to 10.000 mL per minute

• Maximum Operating Pressure: 42 Megapascals (MPa) to 50 Megapascals (depending on specific configuration)

• Flow Rate Accuracy: +/- 0.1 percent

• Delivery System: Micro-microprocessor controlled dual-piston reciprocating pump with automatic pulsation damping for steady solvent flow.

2. UV-Vis Detector

• Wavelength Range: 190 nm to 700 nm (or extended range depending on requirements)

• Wavelength Accuracy: +/- 1 nm

• Baseline Noise: Ultra-low noise design (less than or equal to 0.5 x 10^-5 Absorbance units)

• Baseline Drift: Less than or equal to 1 x 10^-4 Absorbance units per hour

• Flow Cell Design: Optimized optical path to eliminate refractive index effects and peak tailing.

3. Sample Injection Options

• Standard Setup: Premium Rheodyne manual injector with automatic software synchronization signal trigger.

• Optional Upgrade: Compatible with the EX-1600 high-capacity autosampler for unmanned, high-volume automated testing.

4. Separation Column and Temperature Control

• Column Type: High-resolution C18 Analytical Column (5 micrometer, 4.6 mm internal diameter x 250 mm length)

• Column Oven Temperature Range: Ambient temperature plus 5 degrees Celsius to 80 degrees Celsius

• Temperature Precision: +/- 0.1 degrees Celsius with a digital heating/cooling module.

Key Features

• Advanced Degree System Technology: Incorporates modern digital network communications between all modules (pump, detector, injector, and oven) to minimize signal distortion and simplify operations.

• Low Noise Floor: Re-engineered optical bench and flow cell mechanics reduce baseline noise, making it easier to analyze ultra-trace elements or impurities.

• Real-Time Monitoring and Safety: Built-in automated diagnostic systems monitor column pressure, leak sensors, and solvent levels, shutting down the pump instantly if thresholds are exceeded.

• Professional Workstation Software: Features an intuitive, compliant chromatography software system for automated integration, peak modeling, quantitative reports, and electronic data storage safety.

Primary Applications

• Pharmaceutical Analysis: Running detailed impurity profiling, dissolution verification, bio-equivalence tests, and active ingredient (API) quantification.

• Food Security and Trace Detection: Quantifying food additives, detecting toxic aflatoxins, measuring pesticide levels, and certifying beverage compositions.

• Chemical Synthesis and Polymers: Checking the chemical purity of synthetic raw compounds, organic dyes, cosmetics, and specialty manufacturing materials.

• Environmental Enforcement: Screening wastewater, surface water, and soil extracts for chemical runoff, phenols, and modern industrial micro-pollutants.