Heating plates

Modern heating plates are an essential part of laboratory equipment, ensuring stable and controlled working conditions when heating samples. Thanks to their well-thought-out design, they enable safe use in demanding laboratory conditions and support daily analyses.

The offer includes, among m.in, CAT models and compact OHAUS devices designed for educational applications. Their performance is determined by the worktop material used, such as ceramic or aluminium. Modern devices offer precise temperature control in the range from 40 to 300 °C, fast heating and digital control with an easy-to-read display and timer. It is also possible to connect an external temperature sensor, which increases control over the process.

CAT Hotplates for Basic Laboratory Work

CAT heating plates are professional laboratory equipment that combines mobility with high durability and stability of operation. The free-standing design allows you to easily move the equipment and flexibly adapt the laboratory station to your current needs. The robust cast iron plate and modular design ensure reliable operation even with long-term, intensive use.

The devices enable precise spot heating and are fully compatible with laboratory glassware, making it easy to carry out a variety of chemical processes. No need for installation in the countertop increases the comfort of use and allows for quick changes in the organization of work, and the ease of cleaning additionally improves daily operation.

CAT plates are designed for maximum accuracy, so they provide stable and repeatable heating conditions, without the use of solutions typical of home appliances.

OHAUS Mini Heating Plates for School Laboratories

OHAUS miniature hobs  are a solution for school laboratories, combining compact dimensions with high efficiency. The devices reach an operating temperature of up to 500°C, which makes it possible to carry out even advanced experiments. Thanks to their low energy consumption, they work well in buildings with older electrical installations, ensuring stable operation without the risk of network overloads. The most important features are:

• operating temperature up to 500°C
• low power consumption
• Short surface heating time
• Digital process control
• no open flame for increased safety
• Robust design for heavy use

OHAUS technology replaces traditional gas burners with a safer and more precise solution. Intuitive operation and reduced heat loss make lessons run more efficiently, allowing for safe chemistry and physics experiments.

Stainless steel, ceramic and aluminium surfaces

The robustness of modern kitchen equipment depends primarily on the raw materials, which ensure maximum durability and excellent thermal conductivity. Exceptional scratch resistance makes it easy to maintain impeccable cleanliness and sterile working conditions, which is crucial in any kitchen. The most important materials used in production include:

• durable steel,
• noble ceramics,
• lightweight aluminum,
• resistant stainless steel,
• modern glass and ceramic surfaces.

Innovative technologies such as SaphirMatt effectively protect surfaces from signs of heavy use. The models in the Slim line series  allow you to optimally save space, and their high resistance to acids and alkalis effectively protects the internal mechanisms from damage. The whole is complemented by sturdy cast iron grates, which stabilize the dishes and prevent them from accidentally moving on the hot plate, significantly increasing the safety of cooking.

Temperature range from 40 to 300°C and infinitely adjustable

The device provides exceptional precision and full control over the heating process, offering a range of advanced technical solutions for professional laboratories. Thanks to the modern design, the user gains:

• wide operating range from 40 to 300°C with smooth adjustment,
• instant heating and even heat distribution under the vessel,
• energy-efficient infrared technology to speed up analyses,
• high resistance to acids, alkalis and corrosion thanks to special coatings,
• easy-to-read digital display with a precise timer function,
• possibility of connecting an external temperature sensor,
• advanced power control systems to ensure parameter stability.

Its robust design and intuitive operation make the hob ideal for demanding chemical reactions, where repeatability of results and maximum operational safety are crucial  .

Acid and alkali resistance – infrared heating

The use of modern infrared heaters significantly improves heat treatment, enabling fast and direct energy delivery to the sample. Unlike induction systems, this technology eliminates magnetic interference, which is crucial for precise laboratory analyses. The design of the device provides high resistance to acids and corrosive fumes, which translates into its durability in harsh operating conditions.

The control system is equipped with solutions to increase safety and process control, including a digital display with a timer, precise temperature measurement inside the vessel and clear warning indicators. In addition, safety features such as a panel lock, efficient air circulation to protect the electronics, and a quiet motor to improve working comfort are used.

Digital display, timer and thermometer connection

Modern laboratory equipment combines technology with simple operation, ensuring precise control of parameters in research work. The devices offer features that increase the security and repeatability of analyses.

• Advanced control systems with easy-to-read display
• Parameter configuration in protective gloves
• built-in timer for repeatability of processes
• pause function in operation of the device
• Easy-to-read temperature indicators
• dedicated socket for external temperature sensor

Direct data transfer to the processor allows for automation of measurements and efficient switching between manual and automatic modes, which increases process control and improves laboratory work.