The Laboratory Digital Overhead Stirrer (Without Wi-Fi) delivers precise, high-torque mixing with real-time LCD control—ideal for hands-on, consistent laboratory operations.
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The Analogue Heating Mantle is a reliable and efficient heating device designed for round-bottom flasks commonly used in chemistry labs. It delivers uniform, gentle heating through a flexible heating element that securely wraps around the flask. Equipped with an easy-to-use analog control knob, it allows simple temperature adjustment without digital complexity. Ideal for distillation, boiling, and reflux applications, this heating mantle is built with a durable, heat-resistant body for long-term, safe operation in any lab environment.
The Heating Mantle (Combined Unit) is an all-in-one solution that integrates both the heating element and temperature controller into a single compact unit. Designed for efficient and uniform heating of round-bottom flasks, it features precise control with built-in knobs or digital display, depending on the model. This plug-and-play system eliminates the need for external controllers, saving space and simplifying setup. Ideal for distillation, reflux, and general lab heating tasks, the unit is constructed with a durable, chemical-resistant body for long-lasting, safe performance.
The Digital Heating Mantle is a safe and efficient device for uniform heating of round-bottom flasks in laboratories. Designed with a durable, chemically resistant exterior and soft heating element, it provides gentle yet precise heat distribution. The digital temperature controller allows accurate adjustments and real-time monitoring, making it ideal for distillation, reflux, and other chemical applications. Built-in safety features and an easy-to-use interface ensure reliable performance for routine lab operations.
The Heating Mantle (Combined Unit with Stirrer) combines precise temperature control with efficient stirring in a single compact unit, ideal for labs that require simultaneous heating and mixing of liquid samples. This versatile device features a built-in stirrer with adjustable speed, ensuring uniform mixing while the integrated heating element maintains consistent temperature. Perfect for applications such as distillation, reflux, and synthesis, it allows for enhanced control and reproducibility in experiments. The durable, heat-resistant construction and user-friendly controls make it an essential tool for research and chemical labs.
The Digital Heating Mantle with Stirrer combines precise, digital temperature control with efficient stirring in one integrated unit. Designed for laboratory applications requiring both heating and mixing, it ensures uniform temperature distribution and thorough sample agitation. The digital interface allows for accurate temperature settings, while the adjustable stirring speed ensures consistent and reproducible results. Ideal for distillation, reflux, and chemical synthesis, this unit provides enhanced control and ease of use, making it an essential tool for research, industrial, and chemical labs.
The Hot Air Oven is an essential laboratory equipment used for drying, sterilizing, and heat treating samples and materials. Featuring precise temperature control, it provides uniform heat distribution for reliable results in processes such as drying glassware, curing coatings, and sterilizing laboratory tools. The advanced circulation system ensures consistent temperature throughout the chamber, while the durable construction offers long-lasting performance. With easy-to-use digital or analog controls, this oven is perfect for applications in research, clinical, and industrial labs that require accurate and efficient heating.
An HPLC High Solvent Recovery Reservoir Bottle is a specialized container used to store and recover solvents in High-Performance Liquid Chromatography (HPLC) systems, ensuring efficient solvent management for reuse or controlled disposal.
The Laboratory Orbital Shaker is a robust and reliable device designed for smooth and efficient mixing of liquids in flasks, tubes, and other containers. It features a stable orbital motion ideal for cell culture, staining, solubility studies, and general mixing applications. With adjustable speed settings and a quiet, maintenance-free motor, it delivers consistent performance even during extended use. Its non-slip platform ensures secure placement of samples, while the durable construction makes it suitable for continuous operation in research, clinical, and industrial labs.
The Laboratory Orbital Shaker is a reliable and versatile mixing solution designed for a wide range of lab applications, including cell culture, solubility studies, staining, and general sample agitation. It features a smooth, circular shaking motion with adjustable speed settings to suit both gentle and vigorous mixing needs. With a sturdy, low-vibration design and non-slip platform, it ensures stable operation even during prolonged use. Compact, user-friendly, and built to last, this shaker is a must-have for research, clinical, and industrial laboratories.
The Horizontal Laminar Air Flow is designed to provide a clean, sterile working environment for applications requiring high air purity. Featuring a horizontal airflow system, it directs filtered air across the work surface, ensuring contaminants are pushed away from the workspace. Ideal for microbiology, pharmaceutical, and chemical labs, this unit uses HEPA or ULPA filters to remove airborne particles, offering protection against contamination. With a sleek, compact design and easy-to-use controls, the Horizontal Laminar Air Flow is perfect for safe and efficient handling of sensitive materials in controlled lab environments.
A Low Form Griffin Beaker (Euro Design) is a laboratory glassware used for mixing, heating, and holding liquids. It features a wide mouth, flat bottom, and ergonomic design, making it ideal for both professional and educational use.
A Low Form Griffin Beaker with Double Capacity Scale (ASTM standard) is a versatile laboratory glassware used for mixing, heating, and measuring liquids. It meets ASTM standards for quality and precision, and features a double capacity scale for improved measurement readability.