Name: LOS-4-S Orbital Shaker
SKU: 8322
Availability: BackOrder

LOS-4-S Orbital Shaker

Features:

With a maximum load capacity of 3 kg, the BostonMed Supply Lab Orbital Shaker is made for effective sample mixing. It runs between 40 and 200 RPM and has two LED displays for independent time and speed control. This lab orbital shaker guarantees accurate and flexible mixing for clinical, laboratory, and research applications by being compatible with a large variety of platforms and accessories.

Key Characteristics:

Include a lab orbital shaker that can support loads of up to 3 kg;
Two LEDs for separate displays of time and speed;
40–200 RPM is the speed range for accurate control;
Compatible with a wide range of accessories and platforms.

Technical Specifications

Model	SK-O180-S
Orbital diameter	20 mm
Max. load capacity (with platform)	3 kg
Motor type	DC motor
Motor input power	16W
Motor output power	10W
Speed range	40-200 RPM
Speed display	LED
Timer display	LED
Time setting range	1min-19h59min
Voltage	100-240 V, 50/60 Hz
Power	20 W
Weight	3.1 kg
Permissible ambient temperature and humidity	5-40℃, 80%
Dimensions (W X D X H)	270X330X110 mm
Protection class	IP21
Data connector	–

Orbital Shaker: What Is It?

A lab tool called an orbital shaker is used to mix samples in flasks, bottles, or microplates gently but effectively. A lab orbital shaker, in contrast to other kinds of shakers, rotates in a circle to guarantee even mixing without compromising the integrity of fragile samples.

The laboratory orbital shaker offers a dependable way to consistently agitate samples whether you’re doing staining, solubility testing, or cell cultures.

Orbital Shaker Types

Compact and perfect for individual workstations or small labs, the mini orbital shaker
Benchtop orbital shaker: Ideal for daily use, this device has a moderate capacity.
This digital orbital shaker has easy-to-read displays and precise speed and timer controls.
Orbital plate shaker: Made especially to be used with microplates in research or diagnostic contexts
Compact orbital shaker: A space-efficient design for confined laboratory spaces