Orbital Shaker LOS-T2021

Introduction

Orbital Shaker is a compact, benchtop single layer orbital shaker adopted with advanced technology and single-axis drive mechanism offers speed range of 50 to 300 rpm. Features advanced high torque motor with unique high precision frequency control system, ensures the safety of reagents used. Incorporated micro-processing controller, 8 segment self-programming program, offers automatic operation, automatic stop, timing operation, clock display, call recovery, and parameter memory. With enhanced safety features and alarm system, surveillant timer, unique slow-start circuit and auto power-off protection prevents sudden starts and splashes, over-heating and over temperature. Designed with high-tensile cold-rolled steel plate, medium plate, channel steel, angle steel, and cast iron it is a rust proof device.

This laboratory shakers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Orbital shaker is widely used across chemistry, biochemistry, molecular biology, microbiology, environmental and food sciences, clinical diagnostics, and eukaryotic cell culture etc. to agitate and mix samples and solutions in tubes, plates, and flasks.

Specifications

Controller	(Microcomputer scans the micro-processing chip)
Shaking mode	Orbital
Shaking speed	50 to 300 rpm
Shaking accuracy	±1 rpm
Amplitude	Φ50 mm
Shaking plate size (L×B)	840×620 mm
Program control	8 segments (user-controlled programs)
Working environment	User-specific thermostatic indoor or environment
Drive mode	Balancing device with single shaft
Convection mode	Natural convection
Display	display
Timing range	0 to 999.59 h
Shaking plate quantity	1 pc
Security features	Automatic operation, automatic stop, timing operation, clock display, call recovery, parameter memory
Safety features	Independent leakage and over-current protection
Alarm system	Overspeed sound/light alarm
Surveillant timer	Yes
Circuit	Slow-start circuit
Power-off protection	Automatic
Material	High-quality, high-tensile cold-rolled steel plate, medium plate, channel steel, angle steel, and cast iron
Power	150 W; 120 W inverter motor
Power supply	AC 200 to 240 V 50/60 Hz
Dimension (W×D×H)	900×650×480 mm
Net weight	200 kg
Flask Configuration	54 pcs of 250 ml flask, 35 pcs 500 ml flask, 24 pcs 1000 ml flask, 6 pcs 5000 ml flask
Maximum Load Capacity	30 Kg

Features

Compact, benchtop single layer orbital shaker

Advanced high torque motor with unique high precision frequency control system

micro-processing controller, 8 segment self-programming program

Single-axis drive mechanism, quiet operation, durable

Unique slow-start circuit and auto power-off protection

display with simple key operation and easy programming of time and speed

Safety features: Independent leakage and over-current protection

Alarm system: Overspeed sound/light alarm

Surveillant timer, automatic operation, automatic stop, timing operation, clock display, call recovery, parameter memory

Rust proof design with high-quality, high-tensile cold-rolled steel plate, medium plate, channel steel, angle steel, and cast iron

Easy-to-use, highly efficient, stable and durable

FAQs

1. What is the speed range and accuracy of the Orbital Shaker ?

The Orbital Shaker offers a flexible speed range from 50 to 300 rpm, making it suitable for a wide variety of laboratory applications that require gentle to vigorous shaking. It is designed with high precision, maintaining an accuracy of ±1 rpm, which ensures consistent experimental results. This accuracy is particularly important when working with sensitive biological samples or cell cultures where even small fluctuations can affect outcomes. The orbital motion, combined with the 50 mm amplitude, delivers efficient and uniform mixing across all vessels placed on the shaker. Overall, the precise speed control of the Orbital Shaker guarantees reproducibility and reliability in routine and research laboratory workflows.

2. How does the controller of the Orbital Shaker improve performance?

The Orbital Shaker is equipped with an advanced micro-processing controller that continuously scans and adjusts operational parameters for optimal performance. This intelligent controller not only manages the shaking speed with remarkable accuracy but also allows users to create and run up to 8 self-programmed segments. With features like automatic operation, timing, clock display, call recovery, and memory retention, the controller ensures smooth and error-free processes. Such functionality minimizes the need for manual monitoring, freeing up valuable researcher time. By enhancing stability and efficiency, the system makes the Orbital Shaker ideal for laboratories with demanding mixing protocols.

3. What safety and protection systems are included in the Orbital Shaker ?

The Orbital Shaker has been designed with several built-in safety systems to protect both users and samples. It features independent leakage and over-current protection, ensuring that electrical faults do not damage the equipment or pose hazards in the lab. A unique slow-start circuit prevents sudden acceleration, which reduces the risk of splashes and loss of reagents. Additionally, an overspeed sound and light alarm notifies users immediately if the shaker exceeds its set limits, adding another layer of protection. Combined with automatic power-off functionality, the Orbital Shaker offers peace of mind and safe operation even during extended experimental runs.

4. What materials and design make the Orbital Shaker durable and rust proof?

Durability is a key advantage of the Orbital Shaker , as it is constructed from high-quality, high-tensile cold-rolled steel plate, channel steel, medium plate, angle steel, and cast iron. These materials are specifically chosen for their strength, rust resistance, and long-term reliability in laboratory environments. The rust-proof design ensures that the shaker can withstand exposure to chemicals, humidity, and continuous operation without deterioration. The sturdy construction also provides excellent stability, preventing unwanted vibrations during use. Thanks to its robust build, the Orbital Shaker is a highly durable investment for laboratories seeking long-term performance.

5. In which fields can the Orbital Shaker be applied effectively?

The Orbital Shaker is a versatile instrument widely applicable across numerous scientific and research fields. It is commonly used in chemistry, biochemistry, molecular biology, and microbiology for mixing reagents, culturing cells, and preparing samples. Environmental and food science laboratories also benefit from its consistent shaking action when processing solutions and testing material stability. Clinical diagnostic labs employ it for assays and routine mixing, while it is equally valuable in eukaryotic cell culture for promoting even growth conditions. With such broad applications, the Orbital Shaker is a dependable choice for diverse laboratory workflows.