Precision Pharmacology: The Student Organ Bath (Double Unit)

In the field of pharmacology and physiology, the ability to observe tissue responses in a controlled environment is fundamental. The Student Organ Bath (Double Unit) is an essential piece of laboratory equipment designed to provide researchers and students with a highly stable and versatile platform for tissue-based research.

Whether you are conducting muscle contraction studies or testing the effects of various agonists and antagonists, this unit ensures that biological samples are maintained in optimal, physiological conditions.

Engineering & Design Excellence

The core of the unit is a high-quality Perspex bath measuring 12”×9”×8”. It features leak-proof dovetailed joints, ensuring long-term durability and safety during intensive experiments. The entire assembly rests securely in a sturdy metal frame, providing the stability necessary for delicate measurements.

Key Performance Features

• Thermostatic Temperature Control: Equipped with a metal-sheathed heating element and a fine adjustable thermostat, the bath maintains a sensitivity of ±1°C.
• Independent Stirrer System: A dedicated electronic stirrer unit promotes uniform temperature distribution. It is completely independent and mounts on a specialized stainless steel upright.
• Visual Monitoring: An integrated M.S. Junction box manages all electrical connections, featuring two pilot lamps that clearly indicate when the thermostat and stirrer are active.
• Versatile Accessory Rail: The top of the bath includes a 1”×3/8” thick band, specifically designed for the easy attachment and configuration of experimental accessories.

Comprehensive Accessory Kit

The Student Organ Bath comes ready for immediate research use with a full suite of standard components:

• Double set of glass inner vessels and warming coils.
• Oxygen tubes for maintaining tissue viability.
• Two stainless steel capillary levers for precise recording.
• Four stainless steel uprights with boss heads and an X-block for custom experimental setups.