Speed range 60~ 8000rpm, Power 550W, using variable frequency motor to achieve stepless speed regulation, digital direct display Rotation speed, dual-axis constant force lifting system is easy to operate, low noise and no interference.
Adopt frequency conversion motor to achieve stepless speed regulation of 60-8000rpm, equipped with dispersed impeller and sand grinding blades, dual-axis constant force lifting system is easy to operate, and digital PID technology ensures Rotation speed control accuracy.
Adopt variable frequency motor to achieve stepless speed regulation of 0-8000rpm, equipped with dispersed impeller and sand grinding disc, achieve efficient Mixing & dispersing through hydraulic shearing and high frequency mechanical effect, and the maximum processing viscosity reaches 20000cp.
Adopt electric lifting system and frequency conversion speed regulation technology, Speed range 60~ 6900rpm, Power 1100W, equipped with dispersed impeller and sand grinding blades, can adapt to different impeller diaMeters, support chilling down water circulation temperature control.
The use of electric lifting system to achieve 320mm Travel adjustment, frequency control range of 60-6900rpm, equipped with multi-specification impeller and chill down jacket structure, can meet the needs of stirring and dispersing under different material viscosity.
Using brushless DC variable frequency motor, speed range 0-8000rpm, Processing capacity 0.2-5 L, with dispersion, grinding, stirring multi-function, closed work to reduce pollution, Modular design for easy maintenance.
Adopt dual-axis constant force lifting system, lifting Travel 250mm, speed range 60~ 8000rpm, with timing function, can be cooled down by water jacket temperature control, easy and stable operation.
The frequency conversion motor is used to achieve stepless speed regulation of 60~ 8000rpm, and the digital PID control accuracy is high. It is equipped with dispersed impellers and sand grinding blades to adapt to different experimental needs, and the relationship between material viscosity and reaction rate can be directly calculated.
The electric lifting system is easy to operate, the variable frequency motor realizes stepless speed regulation of 60-8000rpm, and is equipped with a chilled down water jacket structure. It supports multi-functional processing and has low noise, which is suitable for small batch experiments.
Driven by high-performance variable frequency motor, the speed range is adjustable from 0 to 5000 rpm, the lifting stroke is 370mm, the modular design is easy to maintain, the CPU variable frequency digital display dynamic speed control, and the intelligent control of the whole machine runs stably.
Adopt frequency conversion motor to achieve stepless speed regulation of 60-8000rpm, equipped with dual-axis constant force lifting system and sand grinding blade disc, with digital display Rotation speed and timing function, lifting Travel up to 250mm.
The equipment adopts an electric lifting platform and variable frequency speed regulation, with a maximum Vacuum Level of -0.095Mpa to ensure efficient mixing of materials in a vacuum environment; the core component is SUS304 stainless steel, which is durable and easy to clean, and the compact design is suitable for a variety of application scenarios.
Stir, sand grinding, dispersion multi-function, speed range 60-8000rpm, electric lift Travel 250mm, frequency conversion motor running smoothly and low noise, high digital PID control accuracy, suitable for a variety of specifications Mixing Tank.
The equipment is equipped with a wide range of 0-3000rpm variable frequency speed regulation, which can be flexibly adapted to different sample needs. It is made of 304 stainless steel dispersion plate, which is corrosion-resistant and easy to clean. The silent design reduces working noise and can handle up to 25 liters.
The maximum processing viscosity is 100000mPa.s, the speed range is 60~ 8000rpm, and the three functions of dispersion, grinding and stirring are integrated. Rotation speed and low noise operation are realized by frequency conversion control.
