Are inconsistent digestion temperatures compromising the accuracy of your COD, total nitrogen, or total phosphorus analyses? Do you need a flexible, programmable heating block that can handle multiple digestion protocols safely and efficiently? The MSCODR16ASWISS COD Reactor is a high-performance digital digester engineered to meet the rigorous demands of environmental and industrial laboratories. With a wide temperature range of 45°C to 300°C, fast heating capabilities, and the ability to store multiple custom programs, this digital digestion block provides the precision, versatility, and safety required for reliable sample preparation, ensuring your analytical results are always dependable.

Why Choose the MSCODR16ASWISS COD Reactor? Solving Inconsistency, Flexibility & Safety Challenges

Achieve flawless, reproducible digestions with intelligent features that directly address common analytical laboratory pain points.

• Eliminate Temperature Variability for Accurate Results: Fluctuating or inaccurate heating leads to poor digestion efficiency and unreliable data. This precision COD digester boasts a temperature indication error of ≤±2% and can be set in 1°C increments across a broad range (45–300°C). It heats rapidly, reaching 165°C in under 10 minutes, ensuring every sample in the 16-position block receives consistent, controlled thermal treatment for reproducible outcomes.

• Adapt to Multiple Protocols with Programmable Flexibility: Running different tests like COD, total nitrogen, or hexavalent chromium often requires different instruments or constant reprogramming. The MSCODR16ASWISS features high intelligence, storing five pre-set digestion programs (COD, total nitrogen, total phosphorus, hexavalent chromium, and one custom) and allowing users to define and save three additional custom programs. This versatility makes it a true multi-parameter digestion workstation.

• Enhance Operator Safety with Thoughtful Design: Digestion involves hazardous chemicals and high heat. The reactor includes a high light-transmitting integrated safety shield that protects users from splashes and heat while allowing full visibility of the experiment. A dedicated digestion protection plate prevents burns from accidental contact, and the system includes over-temperature alarms and overheat protection for complete peace of mind.

• Improve Lab Efficiency with Smart Automation: Manual monitoring wastes valuable time. This laboratory digestion block features an intelligent auto-start timer: after placing samples, it enters a waiting state and automatically begins timing only when the set temperature is reached. The energy-efficient design with high thermal insulation automatically stops heating when the preset time is complete, saving power and preventing over-digestion.

Key Features for the Analytical Laboratory

Engineered for precision, safety, and user convenience:

• Large, Clear LCD Display: The 128x64 high-resolution LCD screen provides clear readouts of temperature, time, and program status at a glance.

• Wide Parameter Adjustability: Users can freely adjust digestion temperature (45–300°C) and timing (1 minute to 96 hours) to suit virtually any protocol.

• Intelligent Program Management: Stores 5 pre-set programs (COD, TN, TP, Cr6+, custom) plus 3 fully user-defined custom modes.

• Fast and Efficient Heating: Heats from ambient to 165°C in under 10 minutes, maximizing throughput.

• Robust Safety Systems: Includes a high-transmission protective shield, over-temperature alarm, overheat protection, and a burn-prevention plate.

• Energy-Saving Design: Excellent thermal insulation and automatic heating stop at cycle end reduce power consumption.

• Real-Time Convenience Features: Integrated real-time clock, fast mode switching, and audible alarms for temperature rise completion.

Technical Specifications at a Glance

Product Identity & Core Function

• Product Name: COD Reactor / Digital Digestion Block

• Model Number: MSCODR16ASWISS

• Primary Application: Sample digestion for Chemical Oxygen Demand (COD), Total Nitrogen (TN), Total Phosphorus (TP), Hexavalent Chromium, and other water quality parameters.

• Target Users: Environmental testing labs, water treatment facilities, industrial process control, research laboratories, and academic institutions.

Capacity & Throughput

• Digestion Quantity: 16 positions (sample wells)

• Digestion Capacity per Vial: 0–10 mL

Temperature & Heating Performance

• Digestion Temperature Range: 45°C to 300°C (user-adjustable in 1°C increments)

• Temperature Indication Error: ≤ ±2%

• Heating Speed: Heats to 165°C within 10 minutes from ambient.

• Pre-Stored Digestion Programs:

• COD (Chemical Oxygen Demand)

• Total Nitrogen (TN)

• Total Phosphorus (TP)

• Hexavalent Chromium (Cr6+)

• 1 Custom Program slot (user-definable)

• Custom User Modes: Ability to define and store 3 additional custom programs.

Timing & Control

• Timing Range: 1 minute to 96 hours (user-adjustable)

• Timer Function: Auto-start timing when set temperature is reached.

• Control Interface: Intuitive button controls with large LCD display.

Safety Features

• Protective Shield: High light-transmitting integrated safety cover (allows full visibility).

• Digestion Protection Plate: Prevents burns from accidental contact with hot surfaces.

• Alarms: Over-temperature alarm, overheat protection, temperature rise completion alarm.

Display & User Interface

• Display Type: 128 x 64 pixel LCD screen (high resolution)

• Additional Functions: Real-time clock display, fast switching of digestion modes, program upgrade capability.

Electrical & Physical Specifications

• Power Supply: AC 220V / 50Hz

• Rated Power: 900W

• External Dimensions (L x W x H): 340 × 240 × 214 mm

• Net Weight: 6 kg

• Gross Weight: 8.5 kg

• Shipping Dimensions (L x W x H): 540 × 390 × 345 mm

Ready to Standardize Your Sample Digestion with a Versatile, Programmable Reactor?

Don't let unreliable heating compromise your critical water quality data. The MSCODR16ASWISS COD reactor delivers the precision, flexibility, and safety your lab needs for confident analysis.