RDT4510 Variable Speed Mixer

One Mixer, Every Protocol — Precision Speed Control for the Modern Lab

ISO 13485:2016 Certified FDA Registered Facility

5–30 RPM (Variable)

$399.00

Estimated Delivery:Oct 04 - Oct 08

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Overview

The RDT4510 is a variable-speed single-layer tube mixer that puts precise mixing control in the hands of the operator. With an adjustable speed range of 5 to 30 RPM, it adapts to the demands of virtually any protocol — from the gentlest handling of fragile blood cell suspensions to more vigorous agitation for reagent homogenization and bead resuspension. Ten tube positions in a compact format accommodate the most common laboratory tube sizes without requiring adapters or modifications. Whether you're running immunoassay incubations, nucleic acid hybridizations, or routine sample preparation, the RDT4510 gives you the flexibility to dial in exactly the right conditions for the job. For research, clinical, and diagnostic laboratories that work across multiple protocols, the RDT4510 is the versatile, protocol-adaptable mixer that grows with your workflow.

Specifications

Model: RDT4510
Type: Variable-Speed Mixer
Configuration: Single-Layer
Tray Type: (Standard Length)
Positions: 10
Layers: 1
Speed Range: 5–30 RPM (Variable)
Power Supply: 100V to 220V
Certification: CE
Warranty: 1 Year
UPC: 00850084643361
Status: Active

Applications

The RDT4510's variable-speed capability makes it a natural fit for laboratories that run diverse protocols requiring different levels of mixing intensity. At lower speeds, it provides the gentle end-over-end rotation needed for blood cell suspensions, platelet preparations, and fragile biological samples where shear stress must be minimized. Mid-range settings suit immunoassay incubations and nucleic acid hybridizations, where consistent, reproducible movement over extended periods drives optimal binding and signal development. Higher speeds handle reagent homogenization, bead resuspension, and general sample preparation tasks that benefit from more active agitation. The compact single-layer format and incubator compatibility also make it a practical choice for temperature-dependent protocols — including ELISA incubations and cell-based assays — where mixing at controlled temperatures is essential to reproducible results.