Vortexer Multi-Tube Vortex Mixer Shaker Test Tube Shaking Equipment with Test Tube Fixing Sponge T18 50*Φ18mm Speed 500 to 2500rpm Amplitude 4mm DC Brushless Motor

YFYIQI Vortexer Multi-Tube Vortex Mixer Shaker Test Tube Shaking Equipment with Test Tube Fixing Sponge T18 50*Φ18mm Speed 500 to 2500rpm Amplitude 4mm DC Brushless Motor Features: One-touch knob operation mode, simple and easy to use; Any set time within the range of 1min~99h59min, with automatic beeping at the end of the run; A variety of sponge test tube racks available for a wide range of uses; Soft start, even acceleration, effectively avoiding sample splashing; Brushless DC motor drive, precise speed, long life and maintenance-free; Simple operation panel, precise control of microprocessor volume, real-time LED display of speed and time; Humanized program design with two built-in operation modes of pointing and timing. Specifications: Certification: CE Speed: 500-2500rpm Amplitude: 4mm Time range: 1min-99h59min Max load capacity: 4.5kgs Samples: 15-50 Input power:70w Size: 410*276*432mm Weight: 20kg

• T18 sponge test tube rack specification:50*Φ18mm
• Brushless DC motor drive, precise speed, long life and maintenance-free;
• Speed: 500-2500rpm; Amplitude: 4mm; Time range: 1min-99h59min; Max load capacity: 4.5kgs; Samples: 15-50; Input power:70w
• The pulsed multi-tube vortex mixer is microprocessor controlled and works in a pulsed manner. Each buffering process is an acceleration process, so it is suitable for experiments requiring higher mixing intensity. The unique knob operation mode is simple and easy to use. By changing the different tube fixing sponges, it is possible to mix and incubate all types of commonly used tubes, up to 50 samples can be mixed and processed at one time.
• It is mainly used for the testing of pesticide residues, veterinary drug residues and food additives in food safety, as well as for drug analysis and drug development. It shows unparalleled advantages in handling large numbers of parallel samples, saving time and effort, and the automated mixing improves the reproducibility of the experimental method and the recovery of the sample being tested.