MICROPLATE SHAKER | High-Speed Plate Mixing System for ELISA, PCR & Cell Culture Applications

Description

The MICROPLATE SHAKER is a compact, high-efficiency mixing system engineered specifically for microplates used in ELISA, PCR, immunoassays, cell culture, and biochemical analysis. Designed for uniform, vibration-free shaking, it ensures accurate reaction mixing and reproducible assay results—making it essential for diagnostic labs, biotech research, pharmaceutical testing, and molecular biology workflows.

Perfect for 96-well, 384-well, deep-well, and microtitre plates.

—

✅ Key Features

🔄 High-Speed & Uniform Shaking

Supports precise orbital or linear shaking (model dependent)

Typical speed range: 100–1500 rpm

Ensures consistent mixing across all wells without cross-contamination

Ideal for sensitive microplate assays requiring controlled agitation

—

📊 Compatible With Multiple Plate Formats

Supports:
✔ 96-well plates
✔ 384-well plates
✔ Deep-well plates
✔ PCR plates
✔ Microtitre plates

Accommodates various research, clinical, and analytical plates.

—

⚙ Digital/Analog Control Options

Digital models offer real-time display of speed & time

Programmable timer (0–99 hours) depending on model

Analog models offer simple knob control for quick operation

—

🧪 Smooth, Low-Vibration Operation

Advanced drive mechanism ensures quiet, stable shaking

Prevents spilling, edge effects, and well-to-well inconsistency

Suitable for temperature-sensitive assays inside incubators

—

🛡 Durable & Compact Design

Small footprint ideal for crowded lab benches

Non-slip plate platform ensures secure plate positioning

Sturdy construction for long-term continuous operation

—

📊 Typical Applications

ELISA and immunoassay preparation

PCR sample mixing

Cell culture plate shaking

Enzyme reactions and kinetic studies

Drug screening and high-throughput assays

Sample resuspension in molecular biology workflows

—

💡 Why Choose This Model?

Ensures uniform mixing for accurate microplate assay results

Compatible with nearly all microplate formats

Quiet, stable movement ideal for delicate experiments

Compact, durable, and easy to use

Perfect for biotech, pharma, diagnostics, and academic labs