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Heating Mantle for 100mL Beaker (HB100)

The Heating Mantle for 100mL Beaker (HB100) is a dedicated, form‑fitting electric heating mantle engineered for safe, uniform, and efficient heating of 100mL beakers in clinical chemistry, pharmaceutical quality control, analytical chemistry, and medical laboratory science education. With a precisely machined inner diameter of 54.75mm for optimal thermal contact, this heating mantle provides a maximum temperature of 450°C and power consumption appropriately scaled for 100mL capacity, making it ideal for small‑volume sample digestion, small‑batch reagent preparation, limited‑volume solvent heating, and compact benchtop‑sized teaching demonstrations.
Every Heating Mantle for 100mL Beaker (HB100) features an enclosed heating element embedded within a chemically resistant fiberglass chamber, which provides excellent thermal insulation while protecting the user from burns and the element from chemical spills. The rigid outer metal housing ensures durability for clinical diagnostic laboratory demands, and the bottom‑entry port allows connection of an optional temperature probe for precise temperature monitoring. The unit is typically sold with an external analog or digital controller for adjustable heating intensity.
Key user‑focused features include uniform heat distribution across the beaker wall, which prevents localized overheating and ensures reproducible results; fiberglass insulation that keeps the external housing at a safe temperature; chemical spill resistance that absorbs small spills without short‑circuiting; and a form‑fitting design that securely holds the beaker in place. The smaller 100mL beaker format allows for unobstructed observation of boiling, dissolution, and crystallization phenomena directly through the glassware while supporting precious or limited‑volume specimens.
For the clinical chemistry technologist, toxicology analyst, pharmaceutical quality control scientist, and teaching laboratory instructor, the Heating Mantle for 100mL Beaker (HB100) delivers the safe, uniform, and efficient heating required for small‑volume sample digestion for trace element analysis (pediatric blood lead, cerebrospinal fluid metals), small‑batch reagent preparation, small‑scale dissolution testing simulation, and teaching fundamental heating techniques at the individual student workstation level. For the patient, reliable and reproducible heating ensures that diagnostic test results for heavy metal poisoning in pediatric populations, metabolic disorders in limited specimen volumes, and pharmaceutical product quality during early validation are accurate and consistent, directly supporting effective clinical decision‑making and patient safety.

LCD Digital Heating Magnetic Stirrer (MS‑H280‑F100)

The LCD Digital Heating Magnetic Stirrer (MS‑H280‑F100) is a modular, high‑safety, programmable benchtop instrument engineered for precise, safe, and versatile small‑volume heating and stirring in clinical diagnostics, pharmaceutical quality control, analytical chemistry, mining, and academic research laboratories. Featuring an interchangeable 100 mL round‑bottom flask heating mantle precisely contoured (inner diameter 72.75 mm) for standard 100 mL borosilicate round‑bottom flasks, this instrument can be configured as a dedicated 100 mL round‑bottom flask heater, or run in three independent modes: full heating and stirring, detached as a standard 20‑litre magnetic stirrer on its Ø135 mm ceramic‑coated work plate, or as a ‘Two‑in‑One’ system where one unit heats (using the heating mantle) while a separate, independent unit stirs (using the work plate) simultaneously. The heating system provides a temperature range of 25 °C to 280 °C (1 °C increments), a stirring speed range of 200–1500 rpm (1 rpm increments), and a high‑resolution LCD display for precise, real‑time parameter monitoring.
Every  LCD Digital Heating Magnetic Stirrer (MS‑H280‑F100) features a high‑resolution LCD display showing set and actual values for temperature, speed and timer; a maintenance‑free, spark‑free brushless DC motor; and an alumina‑fibre heating mantle with aluminium‑silicate (ceramic) wool insulation for uniform heat distribution and a long service life. The instrument includes the PT1000 external temperature sensor (±0.2 °C accuracy), support rod, support clamp and magnetic stirring bar for precise control of the actual sample liquid temperature. A built‑in automatic temperature self‑calibration function further enhances accuracy for demanding applications. The programmable three‑step timer (1 min to 99 h 59 min) enables fully unattended, automated operation.
Key user‑focused features for small‑volume applications include interchangeable heating mantles for 100 mL, 250 mL, 500 mL and 1000 mL round‑bottom flasks (F series) and flat‑bottom beakers (B series), arbitrarily interchangeable; true “Two‑in‑One” independent operation; and a compact 3.7 kg footprint (295 × 160 mm).
Safety is exemplary with TÜV certification (CE, cTUVus, FCC), dual independent safety circuits providing redundant over‑temperature protection (420 °C hardware cutoff), an independent residual heat warning indicator (“HOT” flashes at >50 °C and continues even after the unit is turned off, including unplugged, until the mantle is safe to touch), and IP21‑rated housing with a fire‑resistant metal outer shell (Fireproof casing). Flask‑position detection safety will stop heating if the flask is out of position, preventing unsafe “dry” heating of the mantle.
For the clinical laboratory scientist, trace element analyst, and pharmaceutical QC chemist, the MS‑H280‑F100 delivers the modular versatility, small‑batch processing capacity, and high safety required for sample digestion for trace element analysis (blood lead, urine cadmium, heavy metals), small‑volume organic synthesis, dissolution testing and solid‑liquid extraction. For the patient, the reliable performance of this instrument ensures that diagnostic tests and pharmaceutical products are accurate, reproducible and processed efficiently, directly supporting effective clinical decision‑making, appropriate treatment selection and patient safety.