Vertical Shaking Incubator LX520SI is a Floor-standing shaking incubator microprocessor PID controller and large LCD screen for simultaneous display of working & set parameters. The chamber and platform comprise 304 stainless steel with a large observation window. Features with advanced features such as stop-running protection for door opening, self-diagnosis function and smooth start and stop system prevent liquid spillage.

Catalog
Specifications
Temp. range RT+5°C-65°C
Shaking speed range 40~300r/min
Amplitude 20mm
Display resolution 0.1°C
Platform size 500 x 350 mm
Timing range 0~5999min
Flasks configuration Flask specification; Maximum capacity
50 ml x 37 pcs
100 ml x 22 pcs
250 ml x 14 pcs
500 ml x 10 pcs
1000 ml x 6 pcs
Power consumption 1100 W
Power supply 220V, 50HZ
Exterior dimensions 725 x 720 x 1150 mm
Packing dimensions 880 x 860 x 1420 mm
Gross weight 190 kg
Features
  • Built-in large LCD display with microprocessor controller for temperature and shaking speed with timing function

  • Speed range extensible to 40-300rpm and timer up to 5999 mins

  • Equipped with a large observation window to view temperature, speed and time

  • Safety protection of automatic stop of shaking when the doors are opened, self-check function to easily identify the problems

  • 304 Stainless steel chamber and platform

  • Having 25mm instruction connection hole on the left side of the chamber for easy testing of operation and temperature measurement

  • Parameters can be automatically stored in case of power failure

  • Automatic control of fan speed to prevent damage to the samples

  • The acceleration control circuit ensures a soft start, smooth acceleration and the safety of samples

Applications
  • Widely used in researches on bacteria cultivation, fermentation, hybridization, chemical and biochemical reaction, enzymes and tissue research.

Optional Accessories
  • Programmable temperature controller

  • Auto switch-off when over-temperature

  • Independent temperature-limiting alarm

  • RS485 connector or USB interface

Vertical Shaking Incubator

Labdex Vertical Shaking Incubator offer vertical orbital motion combined with precise temperature control. Features include adjustable shaking speed, uniform heating, and digital monitoring. Ideal for microbial growth and cell culture studies, they provide consistent mixing and incubation conditions, ensuring reliable and reproducible laboratory results.

Hot Air Block Incubator

Labdex Hot Air Block Incubator provide rapid, uniform heating for test tubes and samples. Features include efficient air circulation, digital temperature control, and energy-efficient operation. Suitable for drying, enzyme reactions, and laboratory incubation, they maintain stable conditions for accurate, reproducible results in microbiology and research applications.

Dry Block Incubator

Labdex Dry Block Incubator provide safe, uniform heating for test tubes and small samples. Features include precise digital temperature control, energy-efficient operation, and rapid heat distribution. Suitable for laboratory heating, biochemical assays, and sample incubation, they ensure consistent temperature across all samples, maintaining experimental accuracy and reproducibility for microbiology and research applications.

Dual Temperature Control Dry Block Incubator

Labdex Dual Temperature Control Dry Block Incubator, allow independent temperature zones in a single unit. Features include precise digital control, uniform heat distribution, and energy-efficient operation. Ideal for simultaneous experiments requiring different temperatures, they support biochemical assays, microbial studies, and laboratory research with reliable, reproducible conditions across multiple samples.

Thermostatic Shaking Incubator

Labdex Thermostatic Shaking Incubator combine precise temperature control with programmable orbital shaking. Features include digital monitoring, uniform heating, and adjustable speeds. Ideal for microbiology, biotechnology, and cell culture research, they maintain reproducible conditions and reliable experimental results.