LabTech Hotplates series are designed to meet laboratory daily heating requirements. Their unique features include different digital temperature controllers and anticorrosion or stainless steel heating surface. They are excellent solutions for heating digestion, evaporation and acid distillation, and fully satisfy the requirements of different labs.
Among the numerous instruments in use in modern labs for sure hot plates are not well treated. The greatest attention goes to more sensitive and expensive instruments. This is why our R&D team has worked hard to realize simple but extremely robust instruments capable of facing multiple heavy containers, chemical aggression and a non-friendly treatment by lab workers.
The result is a 19-strong line of heavy-duty instruments that can meet the daily expectations of lab managers and technicians.
Regardless the line common characteristics are microprocessor control, durable and stable operation, corrosion resistance surface, robustness and compactness.
EH Series
8 models featuring temperatures from ambient to 200°C or 350°C, heating surface in PTFE coated aluminum alloy or stainless steel, a large heating area 40x30 cm. The EH20R includes a wireless remote controller for real-time monitoring and setting.
EH 45 Series Graphite
4 models featuring temperatures from ambient to 450°, plain graphite or ceramic coated graphite for extra chemical resistance heating surface.
EG Series
7 models featuring temperatures from ambient to 200°C, 350°C or 370°C, different kinds of heating surface materials, an extra-large heating surface of 60x40 cm and a handy remote control.
S Series
3 models derived from the EH series covering temperatures from ambient to 200°C, 350°C or 450°C and featuring programmable multipoint heating, saving method and dual temperature sensor design.
8 Good reasons to choose LabTech Hotplates
Compact footprint
Saves precious bench space
Chemical resistance
Long lasting operations
Flexibility
Multiple users
Ease of use
Even junior lab technicians feel at ease
Fast heating
Time saving
Uniform temperature regardless the sample position