Low Speed Centrifuge LLS-T2013

Introduction

Low Speed Centrifuge has an adjustable speed range of 500 to 4000 rpm, generating a maximum of 1717 × g. It features built-in four-program functionality which (concentrated growth factor) for large tubes, (platelet-rich plasma), (advanced platelet-rich fibrin), (high-grade platelet-rich fibrin), and (injectable platelet-rich fibrin). The centrifuge offers a digital panel and high centrifugal accuracy. Our centrifuge is an efficient and user-friendly solution for clinical applications.

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 designed for medical and cosmetic applications, particularly for platelet-rich plasma () preparation, growth factor separation, and injectable fibrin processing.

Specifications

Rotation Speed Range	500 to 4000 rpm
Increment	100 rpm
Max	1717 × g
Rotor Capacity	Centrifuge tube : 15 ml × 4 Blood tube : 2/5/10 ml × 8
Timing Range	30 sec to 59 min 50 sec
Noise Level	Below 60 dB (A)
Power Consumption	35 W
Power Supply	AC 110 to 240 V
Dimension	265 × 260 × 190 mm

Features

Monitoring window

Electromagnetic lock design

Emergency switch

Low-noise operation

Versatile single rotor with adapter compatibility

Compact design

FAQs

1. What is the maximum relative centrifugal force () achievable and what applications is it suitable for?

The maximum of our Low Speed Centrifuge is 1717 × g, which determines how effectively particles separate based on density. This level of force is ideal for blood sample processing, cell isolation, and plasma separation. In medical and aesthetic fields, the correct g-force ensures efficient platelet and fibrin separation for therapeutic applications, making the centrifuge effective for both routine and specialized procedures.

2. What is the rotor capacity of the Low Speed Centrifuge?

Low Speed Centrifuge has a rotor capacity of four 15 ml tubes, making it efficient for processing small to moderate sample volumes. This capacity is commonly used for , , and other blood-based treatments, allowing professionals to prepare enriched plasma for various medical and aesthetic procedures. Its ability to process multiple samples simultaneously improves workflow efficiency in clinical and research environments.

3. What is the purpose of (Concentrated Growth Factor) in a centrifuge?

is used to isolate growth factors from blood plasma, which play a key role in tissue regeneration, wound healing, and collagen production. Low Speed Centrifuge concentrates these growth factors, making them highly effective for regenerative medicine, including dental surgeries, orthopedics, and skin rejuvenation treatments.

4. How does the (Platelet-Rich Plasma) function work in a Low Speed Centrifuge?

The function in Low Speed Centrifuge separates platelets from whole blood by spinning at a specific speed and time. This process concentrates platelets and growth factors, which are then used in aesthetic medicine, sports injury recovery, and dermatology. injections promote healing, reduce inflammation, and stimulate collagen production.

5. What is (Advanced Platelet-Rich Fibrin), and how is it different from ?

is a form of Platelet-Rich Fibrin that is richer in white blood cells, platelets, and growth factors compared to . Unlike , does not require anticoagulants, allowing for a natural clot formation that slowly releases growth factors over time. This makes it highly effective for dental implants, orthopedic healing, and soft tissue repair.

6. What safety features does the Low Speed Centrifuge offer?

Low Speed Centrifuge is equipped with multiple safety features to ensure a secure operation. It has a monitoring window that allows users to observe the centrifugation process without opening the lid, ensuring better control over the procedure. The electromagnetic lock prevents the lid from being opened while in operation, reducing the risk of accidental spills or injuries. Additionally, an emergency switch is available to immediately halt operation in case of any issues, providing an extra layer of safety. The centrifuge is also designed for low-noise operation, making it suitable for quiet laboratory and clinical environments. These features enhance user safety, prevent contamination, and ensure the reliable performance of the device.