The Heidolph Test Tube Shaker REAX Control-UK with Small Attachment Plate offers precise and efficient shaking with a frequency range of 0 to 2400 RPM. Featuring an electronic speed controller, this shaker ensures consistent and controlled agitation for a variety of laboratory applications. The small attachment plate is designed for use with test tubes and other small containers, providing thorough and reliable mixing. With a UK plug, this model is perfect for laboratory setups in the United Kingdom. The Heidolph REAX Control-UK is ideal for research, analytical, and routine laboratory applications that require reliable mixing performance.
Key Features:
Brand: Heidolph
Model: REAX Control-UK with small attachment plate for efficient test tube shaking
Shaking Frequency: Adjustable range from 0 to 2400 RPM for precise mixing control
Speed Control: Analog dial speed control with accurate rpm number settings
Electronic Speed Controller: Provides constant rpm output even at very low speeds and under varying loads, ensuring reliable and reproducible shaking performance
Plug Type: Equipped with a UK plug for compatibility with UK-based laboratories
Application: Ideal for mixing test tubes and small laboratory containers in research and analysis
Optional Accessories: Attachment for vessels up to 50 mm diameter available
Scope of Supply:
Test tube shaker including small attachment (diameter 20 mm)
This test tube shaker is a highly reliable and efficient tool for laboratories requiring accurate and controlled shaking for small sample containers.
It offers precise and efficient shaking with a frequency range of 0 to 2400 RPM. Featuring an electronic speed controller, this shaker ensures consistent and controlled agitation for a variety of laboratory applications. The small attachment plate is designed for use with test tubes and other small containers, providing thorough and reliable mixing. With a UK plug, this model is perfect for laboratory setups in the United Kingdom. The Heidolph REAX Control-UK is ideal for research, analytical, and routine laboratory applications that require reliable mixing performance.
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