In the microscopic cradle of biological cultivation, in the precise proportions of chemical extraction, and under the control of critical variables in pharmaceutical R&D—a trial shaker that understands experiments and researchers is the core equipment that ensures more reliable data and enhanced efficiency. Our trial shaker is tailor-made for laboratory scenarios: - Precise control down to the "millimeter": RPM range of Jiangxi Mingxin, with an accuracy of ±1 rpm; time settings accurate to the second, and the temperature-controlled version (optional) with a temperature fluctuation of ≤±0.5℃, ensuring highly consistent experimental conditions and excellent data reproducibility; - Steady and "silent" operation: Featuring imported silent motors and a three-dimensional balancing structure, the running noise is less than 45dB, which doesn't disturb the laboratory environment and avoids vibration damage to cells or disruption of sensitive reaction systems; - Compact yet "versatile" adaptability: The compact body takes up only the size of an A4 paper, yet it can accommodate a variety of containers (flasks/test tubes/petri dishes); with a dual-control design of touchscreen/knob, one-key start-up and memory function, even novices can get started in seconds; - Safe and "reliable" details: Food-grade 304 stainless steel trays and corrosion-resistant ABS casings are easy to clean without residue; triple protection including overload protection, high-temperature alerts, and automatic shutdown ensures worry-free operation throughout the experiment; - Broad "cross-field" applicability: From cell suspension cultivation and enzymatic reactions to solution mixing and solid-phase extraction, to food detection and environmental analysis—it covers all four major fields of biology, chemistry, pharmaceuticals, and food, meeting diverse research needs. Every step of scientific research demands absolute precision, and our trial shaker is the most reliable "precision partner" on your experimental bench. Let oscillation be more accurate and experiments more efficient, helping your scientific research results come to fruition faster!