Description
KCH Shaker MTS4 Microplate Shaker: The Ultimate 4-Plate Laboratory Mixer
Product Overview
The KCH Shaker MTS4 microplate shaker is a high-performance laboratory microplate shaker engineered for the simultaneous agitation of up to four microplates. Built on a heavy-duty, spacious 12 x 9-inch platform, this robust orbital microplate shaker provides uniform, vortex-free mixing across every single well. It combines the reliable engineering principles of a classic KINEMATICA microtiter plate shaker with an incredibly intuitive, user-friendly interface. Whether you are running high-throughput screenings or routine diagnostic assays, this equipment stands out as an essential benchtop laboratory equipment solution for molecular biology, biochemistry, clinical diagnostics, and pharmaceutical research laboratories.
Key Features and Interface Control
The design of the KCH Shaker MTS4 focuses heavily on operational efficiency and mechanical simplicity. This allows laboratory technicians to manage sensitive mixing processes quickly without navigating complex digital menus or programming sub-menus.
- High-Capacity Platform: Accommodates up to 4 standard microplates or deep-well plates simultaneously.
- Spacious 12 x 9 Matrix: Features a secure, slip-resistant surface area for stable plate placement.
- Front Analog Dials: Ensures quick, tactile, and intuitive adjustments during active workflows.
- Precision Orbital Motion: Delivers a consistent 3 mm shaking orbit for optimal fluid dynamics.
- Variable Speed Control: Ranges smoothly from 0 to 1100 RPM to handle different fluid viscosities.
Timing and Speed Versatility
Precision time management and exact speed calibration are critical for achieving reproducible experimental results. This microplate laboratory mixer offers flexible operation modes designed to meet strict standard operating procedures (SOPs) and laboratory guidelines.
- Continuous Operation Mode: Runs indefinitely for long-term cell cultures, overnight staining procedures, or extended extractions.
- Integrated Mechanical Timer: Easily configurable for up to 30 minutes to accommodate standard, time-sensitive mixing routines.
- Three-Minute Increments: Features precise step-by-step interval tuning on the dial for precise assay timing.
- Smooth Acceleration Speed Control: Prevents well-to-well cross-contamination by gradually accelerating to the chosen RPM, securing sample integrity.
Core Laboratory Applications
Thanks to its stable orbital motion, electronic speed feedback, and wide RPM range, this multi-plate orbital shaker excels in a variety of diagnostic, life science, and high-throughput screening shaker applications:
- ELISA Testing & Immunoassays: Ensures uniform incubation, antigen-antibody binding kinetics, and washing steps across standard 96-well plate mixer protocols or 384-well microplates.
- Cell Lysis and Resuspension: Mixes bacterial pellets, magnetic beads, chemical reagents, and cellular extracts thoroughly.
- DNA/RNA Extraction: Optimizes mixing during nucleic acid purification and sample preparation steps.
- Staining and Destaining: Gently agitates electrophoresis gels, western blots, and blotting membranes in buffer solutions without tearing fragile materials.
Technical Specifications
- Product Name: KCH Shaker MTS4 (Premium IKA microplate shaker alternative)
- Microplate Capacity: 4 standard microplates or microtiter plates
- Platform Dimensions: 12 x 9 inches / Roomy placement matrix
- Shaking Motion Type: Orbital mixing action
- Orbit Diameter: 3 mm orbit stroke
- Speed Range: Variable 0 – 1100 RPM
- Time Control: Continuous mode or mechanical timer up to 30 minutes (calibrated in 3-minute increments)
- Control Interface: Front-facing dual analog control dials
Why Choose the KCH Shaker MTS4?
When searching for a reliable microplate shaker for sale, laboratory managers prioritize durability, space optimization, and cross-contamination prevention. Investing in the KCH Shaker MTS4 guarantees long-term mechanical stability on your workbench. Its compact footprint maximizes premium laboratory counter space, while its low-vibration motor prevents benchtop shifting, even when operating at the maximum speed of 1100 RPM.
Unlike lower-quality mixers that create uneven dead zones, this shaker’s 3 mm orbital motion profile ensures that liquid in every single well—from the center to the outer edges—receives identical agitation force. This uniform mixing profile eliminates edge effects in sensitive assays, dramatically improving the accuracy and reproducibility of your scientific data. It serves as an excellent, cost-effective, and highly durable analog alternative to expensive digital units, cutting down on digital component failures and reducing long-term maintenance costs.
