Long Deck Double Layer Rocking Rotator LDRR-T2010

Introduction

Long Deck Double incorporates a dual-layer structure to increase sample volume capacity within the same footprint. It operates with a 40±3° tilt angle, generating a more dynamic rocking action for efficient mixing. The speed range of 0 to 30 rpm offers flexibility for various reagent or cell applications. Driven by a brushless DC motor, the device runs vibration-free for long durations. Recommended for high-throughput protocols in clinical and research laboratories.

This laboratory mixers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Long Deck Double Layer Rocking Rotator is perfect for labs needing high-throughput sample agitation. Dual decks allow simultaneous handling of multiple sample sets for efficient processing.

Specifications

Deck Type	Double Layer Deck
Load Capacity	1 kg
Tilt Angle	40±3°
Motor Type	Brushless DC motor
Speed Range	0 to 30 rpm
Operation Mode	Continuous
Permissible Ambient Temp & Humidity	5 to 40°C, 80% RH
Power	15 W
Voltage, Frequency	100 to 240 V, 50/60 Hz
Dimensions (W×D×H)	405×160×160 mm
Weight	2.2 kg

Features

High load capacity

Smooth rocking action

Multi-tier sample mixing

Long operation time

Heavy-duty frame

Versatile tube compatibility

Adjustable tilt angle

FAQs

1. How does the Long Deck Double Layer Rocking Rotator support high-throughput workflows?

The Long Deck Double Layer Rocking Rotator increases sample capacity by allowing two decks of containers to be mixed at once. This design reduces the need for repeated mixing runs during busy testing cycles. It improves productivity in environments handling large volumes of samples. The dual-deck setup is particularly beneficial for high-throughput laboratories.

2. Is the Long Deck Double Layer Rocking Rotator suitable for long-duration mixing tasks?

Long Deck Double Layer Rocking Rotator supports continuous operation for extended mixing requirements. It is ideal for protocols such as overnight incubation or long-term agitation. The system runs steadily without user intervention, helping maintain consistency. This is useful in applications where time-controlled sample movement is critical.

3. What types of laboratories can benefit from the Long Deck Double Layer Rocking Rotator ?

Long Deck Double Layer Rocking Rotator is suited for use in clinical, research, pharmaceutical, and molecular biology laboratories. It handles a range of sample types requiring gentle, uniform mixing. Laboratories dealing with diagnostics or routine sample preparation will find it especially effective. It supports daily lab operations with minimal setup.

4. Is the Long Deck Double Layer Rocking Rotator appropriate for temperature-sensitive experiments?

Long Deck Double Layer Rocking Rotator is compatible with temperature-controlled environments such as incubators. It operates safely under regulated temperature and humidity conditions. This makes it suitable for applications like enzyme reactions or cell culture. Users can maintain required conditions without interrupting mixing cycles.

5. What makes the Long Deck Double Layer Rocking Rotator more efficient than single-deck models?

The Long Deck Double Layer Rocking Rotator offers more capacity while occupying the same bench space as standard models. It allows simultaneous processing of two sample sets, reducing total operation time. This is valuable in labs that handle multiple parallel protocols. The added deck boosts efficiency without requiring extra equipment.

6. What is the main use of the Deck Rocking Rotator Mixer in laboratory workflows?

The Deck Rocking Rotator Mixer is primarily used for gentle mixing of samples during procedures like gel staining, blotting, and immunoprecipitation. Its consistent rocking motion ensures even distribution of reagents without disrupting delicate samples. system is ideal for tasks requiring controlled agitation over time. It helps improve accuracy and reproducibility in molecular biology and life science experiments. The mixer also supports applications involving buffer incubations and membrane-based assays.

7. Can the Deck Rocking Rotator Mixer handle long and unattended operations?

Deck Rocking Rotator Mixer is designed to support prolonged use, including overnight procedures. Its consistent performance reduces the need for user intervention during time-intensive experiments. The design is stable and reliable enough to run continuously in busy lab environments. It helps researchers save time and ensures samples remain in motion for accurate results. Extended protocols can be completed with minimal manual supervision.

8. How does the Deck Rocking Rotator Mixer help improve result consistency?

Deck Rocking Rotator Mixer promotes uniform reagent mixing, eliminating the variability caused by manual shaking. The rhythmic motion applies the same conditions to all samples, which helps standardize experimental outcomes. By reducing inconsistencies, it enhances reproducibility across repeated protocols. This makes it a reliable tool for applications where precision matters. Labs aiming for high-quality, replicable data benefit greatly from its consistent operation.

9. Is the Deck Rocking Rotator Mixer easy for new users or interns to operate?

The Deck Rocking Rotator Mixer is intuitive and straightforward, making it easy for first-time users to understand. Its clear layout and minimal controls reduce the learning curve significantly. New lab staff can operate it confidently after a brief orientation. This is especially useful in shared labs or academic settings with rotating personnel. The ease of use allows teams to maintain consistent performance without extensive training.

10. What types of containers are suitable for the Deck Rocking Rotator Mixer?

Deck Rocking Rotator Mixer can support various labware, including conical tubes, trays, and flasks. Its adaptable design accommodates different vessel sizes and formats without needing specialized accessories. This flexibility allows researchers to run multiple protocols on the same platform. It’s well-suited for labs that require diverse sample handling within a single device. Whether small-volume or large-volume samples, it handles both with ease.