Low Speed Centrifuge LLS-T2071

Introduction

Low Speed Centrifuge reaches a maximum speed of 6000 rpm and a maximum of 5200 × g. It features an advanced microprocessor-based system for real-time monitoring and control. The centrifuge has an centrifugation tasks in demanding lab environments.

It utilizes high-speed rotation to separate components of different densities, widely used in biological, medical, and chemical laboratories. The unit is equipped with safety protection systems to ensure operator safety during high-speed operation.

Applications

Our Low Speed Centrifuge is ideal for routine sample separation, sedimentation, and purification in clinical, research, and industrial laboratories. It is suitable for use in biology, medicine, chemistry, and environmental testing.

Specifications

Max Speed	6000 rpm
Speed Accuracy	± 10 rpm
Max	5200 × g
Capacity	4 × 500 mL
Timing Range	1 min to 9999 min 59 sec
Noise	Up to 60 dB
/ Rates	19 rates
Programs	12
Power Consumption	600 W
Dimension	550 × 450 × 390 mm
Net Weight	50 kg
Gross Weight	72 kg

Features

Gas hinge for smooth lid operation

Variable frequency motor

Durable steel housing

and auto conversion

Autoclavable aluminum and steel rotors

Calibration/ operation port

FAQs

1. How many operating programs does the Low Speed Centrifuge support, and what is the chamber made of?

The Low Speed Centrifuge comes with 12 operating programs and features a stainless-steel chamber for durability and ease of cleaning.

2. Can the speed, , time, and temperature be modified during operation in the Low Speed Centrifuge ?

Yes, the Low Speed Centrifuge allows speed, , time, and temperature adjustments even during operation, ensuring flexibility and precise control.

3. What are the key performance capabilities of the Low Speed Centrifuge ?

Low Speed Centrifuge is engineered for reliable and efficient separation of biological, clinical, and chemical samples. It achieves a maximum speed of 6000 rpm and generates a maximum relative centrifugal force () of 5200 × g. This performance range allows it to handle both light and moderately dense samples, making it suitable for routine as well as specialized protocols across diverse lab environments.

4. . How does the Low Speed Centrifuge ensure operational safety during high-speed centrifugation?

Safety is central to the design of the Low Speed Centrifuge . It features a motorized electronic door lock that automatically engages during rotation, preventing the lid from opening and exposing the user to potential hazards. In the event of a malfunction or power outage, the emergency door release and calibration/operation port allow controlled access without compromising safety. This layered protection makes it compliant with stringent laboratory safety standards.

5. What motor and control system powers the Low Speed Centrifuge , and how does it benefit laboratory workflows?

Low Speed Centrifuge uses a high-efficiency variable frequency motor combined with a microprocessor-based control system. This combination enables precise control of rotational speed, , timing, and acceleration/deceleration rates. It minimizes vibration, reduces wear on components, and ensures consistent and repeatable results—an essential feature for laboratories requiring reproducibility and accuracy in every run.

6. In what ways does the Low Speed Centrifuge offer operational flexibility?

One of the standout features of the Low Speed Centrifuge is its compatibility with a wide array of rotor types and tube capacities. Whether users are working with blood tubes, microplates, conical tubes, or larger sample containers up to 500 mL, it can adapt through interchangeable swing-out rotors, fixed-angle rotors, and adapters. It supports 12 programmable protocols and 19 acceleration/deceleration profiles, allowing labs to tailor settings for different sample types and separation goals.

7. How does the Low Speed Centrifuge support high-throughput operations in busy laboratories?

Designed for continuous use and batch processing, the Low Speed Centrifuge supports a total capacity of up to 2 liters, making it ideal for high-throughput labs. With features like autoclavable rotors, low-noise operation, and real-time performance monitoring via an intuitive interface, the centrifuge enables smooth, uninterrupted workflows. Its high capacity and ease of use translate to reduced downtime and increased productivity in clinical, industrial, and research settings.