Overview

The AELAB TD4A-WS benchtop low-speed centrifuge is designed for routine sample analysis in medical, hospital, pathology, and institutional laboratories. With a wide variety of rotor accessories, the AELAB TD4A-WS also supports sample preparation in industrial and research laboratories requiring stable, repeatable centrifugal separation.

The AELAB TD4A-WS benchtop low-speed centrifuge uses microprocessor control with a digital display / LCD display for selecting and regulating rotational speed and relative centrifugal force. A maintenance-free frequency conversion motor design supports controlled operation and helps prevent over-speed conditions in routine centrifugation workflows.

⚙️ Design & Construction

The AELAB TD4A-WS benchtop low-speed centrifuge adopts a steel-structure design intended for safe, simple-compact installation with low-noise operation. The AELAB TD4A-WS integrates a brushless DC motor and microprocessor-based control architecture to stabilize speed regulation during routine laboratory sample preparation.

🔬 Working Principle / Testing Method

The AELAB TD4A-WS benchtop low-speed centrifuge separates samples by applying controlled centrifugal force generated by rotor rotation up to 4000r/min. The AELAB TD4A-WS microprocessor measures and regulates the set rotational speed across the 0-4000rpm range, enabling routine centrifugation steps such as serum/plasma separation, pellet formation, and general sample clarification depending on rotor and tube format.

💡 Key Advantages

• The AELAB TD4A-WS benchtop low-speed centrifuge provides speed control from 0-4000rpm for routine centrifugation procedures
• The AELAB TD4A-WS supports a maximum relative centrifugal force of 2680xg (per listed rotor configurations) for daily laboratory separation tasks
• The AELAB TD4A-WS benchtop low-speed centrifuge specifies speed accuracy of ±10rpm to improve repeatability of routine workflows
• The AELAB TD4A-WS operates at ≤50dB(A) noise level to reduce acoustic disturbance in laboratory environments
• The AELAB TD4A-WS includes a 0~99min timer for controlled run duration during sample preparation protocols
• The AELAB TD4A-WS benchtop low-speed centrifuge supports multiple rotor options, including angle and swing rotors for different tube volumes
• The AELAB TD4A-WS uses a brushless DC motor with microprocessor control to support stable routine operation

🔗 Connectivity & Integration

The AELAB TD4A-WS benchtop low-speed centrifuge is specified with an on-board Digital display / LCD display for local control. No external connectivity interfaces, PC software, or data export functions are stated in the provided technical parameters for the AELAB TD4A-WS; integration requirements should be verified against official ordering documentation.

🧪 Testing Applications

The AELAB TD4A-WS benchtop low-speed centrifuge supports routine centrifugation and sample preparation in clinical and diagnostic laboratories, including general separation of blood-derived fractions and clarification of aqueous samples based on rotor selection and tube format. The AELAB TD4A-WS is also applicable to industrial and research laboratory workflows requiring controlled low-speed centrifugal separation for sample cleanup, phase separation, and preparation steps before analytical testing.

Compliance & Quality Assurance

The AELAB TD4A-WS benchtop low-speed centrifuge is described in an ISO / CE / GLP-style instrument format; however, no explicit compliance declarations (CE marking, ISO certificates, or GLP documentation) are included in the provided technical parameters for the AELAB TD4A-WS. For regulated environments, calibration traceability, validation packages, and quality documentation should be confirmed through official AELAB ordering documentation.

For routine centrifugation, stable speed regulation, and multi-rotor sample preparation, the AELAB TD4A-WS benchtop low-speed centrifuge provides controlled separation performance in laboratory and industrial settings. Discover precision centrifugation workflows with AELAB TD4A-WS for daily sample preparation.

Specifications