Features

• It has a two-stage structure with a wide base under the conventional type (AB-TC1/-TC2), and is easy to handle while the plate is still on it.
• The handle part has a corrugated finish that makes it easy to put your finger on and has an anti-slip effect.
• Since it has a two-stage structure, it is convenient to handle when cooling on ice.
• The thickness is twice that of the conventional type (AB-TC1/AB-TC2), and the temperature holding performance is improved.
• It is suitable for experiments such as enzyme reactions and ELISA that are highly affected by temperature.
• It is particularly effective in experiments where temperature uniformity between wells is required.
• It can also be used for intracellular uptake experiments of radioactive materials requiring precise temperature control.
• By placing an aluminum plate with high thermal conductivity on the bottom of the multi-well plate, you can equalize the temperature between the wells.
• By placing the aluminum plate in the gap between the hot plate and the bottom of the multi-well plate, the temperature can be directly transmitted.
• By using an aluminum plate, it is possible to control the temperature used in the water bath, and the risk of water contamination is reduced.
• By carrying the aluminum plate with the temperature set on the bottom of the multi-well plate, you can prevent sudden temperature changes during movement.
• Compatible with multi-well plates is the same as conventional (AB-TC1/AB-TC2).
• It is a safe product manufactured in Japan.