Linear Decolorizing Shaker LDS-T2010

Introduction

Linear Decolorizing Shaker features a 20 mm amplitude for strong linear mixing motions. It weighs just 3.4 kg, making it suitable for portable or compact work environments. The shaker delivers smooth operations at speeds from 40 to 200 rpm for sensitive procedures. Its speed and time monitoring during sample processing. Ideal for low-impact mixing of delicate biological and chemical samples in laboratory settings.

This decolorizing shaker 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 Linear Decolorizing Shaker supports gentle decolorizing for chemical, tissue, or dye-based protocols. It suits low-impact laboratory applications where consistent agitation of samples is critical.

Specifications

Orbital Diameter	20 mm
Max. Load Capacity (with platform)	2 kg
Motion Type	Linear
Motor Type	Brushless DC motor
Speed Range	40 to 200 rpm
Speed Display
Timer Display
Time Settings Range	1 min to 99 h 59 min
Protection Class	IP20
Permissible Ambient Temp and Humidity	5 to 40 °C, 80% RH
Voltage, Frequency	100 to 240 V, 50/60 Hz
Power	20 W
Motor Input Power	16 W
Motor Output Power	10 W
Dimension (W×D×H)	294 × 348 × 130 mm
Weight	3.4 kg

Features

Lightweight construction

IP20 protection class

Quiet, low-vibration design

Easy time-speed setup

Multiple mixing platform options

Simple plug-and-play use

FAQs

1. What are the main applications of the Linear Decolorizing Shaker in laboratory processes?

The Linear Decolorizing Shaker is commonly used for decolorization, staining, and hybridization procedures. It ensures consistent orbital motion, which is essential for even reagent distribution. Model supports low to moderate sample loads, making it ideal for histology, molecular biology, and tissue processing labs. Its stable performance improves result reproducibility across repetitive protocols.

2. How user-friendly is the Linear Decolorizing Shaker for lab technicians?

The Linear Decolorizing Shaker is designed with simplicity in mind, making it easy for technicians of all experience levels to operate. The display clearly shows speed and time, allowing for quick adjustments without disrupting workflow. Its intuitive controls require minimal training. Shaker reduces operational errors and helps standardize repeat processes. It's a practical tool for labs with routine procedures.

3. Can the Linear Decolorizing Shaker accommodate different types of containers?

Yes, the Linear Decolorizing Shaker supports various platform options that can hold tubes, flasks, or plates. This allows for flexibility in setting up different protocols. It’s particularly effective when multiple container formats are used in a single workflow. Shaker enhances productivity by adapting to various sample types. It’s a good match for labs with diverse processing needs.

4. How reliable is the Linear Decolorizing Shaker for continuous operation during long procedures?

The Linear Decolorizing Shaker is equipped with a brushless DC motor that supports extended use with minimal maintenance. It can run for long durations without performance degradation or overheating. This makes it well-suited for time-intensive protocols like overnight staining. Shaker is built to support consistent results throughout repeated use. It's a dependable choice for standard lab schedules.

5. Is the Linear Decolorizing Shaker suitable for use in space-constrained lab environments?

Yes, the Linear Decolorizing Shaker is compact and fits easily on crowded benchtops without requiring major layout changes. Its small footprint makes it ideal for labs with limited working space. It also remains quiet during operation, reducing noise disturbances. Shaker brings efficient sample handling without taking up unnecessary room. It’s ideal for shared or compact workstations.

6. What is the primary function of the Linear Decolorizing Shaker in lab processes?

The Linear Decolorizing Shaker is designed to provide back-and-forth motion for consistent sample agitation. linear motion helps ensure even mixing, making it highly effective for staining, destaining, and hybridization procedures. This motion style enhances interaction between samples and reagents, resulting in reproducible outcomes. It is especially useful for tasks requiring gentle but thorough mixing. The shaker is well-suited for applications in molecular biology, diagnostics, and biochemistry labs.

7. How does linear motion benefit experiments compared to orbital or transference motion?

Linear Decolorizing Shaker offers direct linear agitation, which promotes uniform exposure of samples to reagents. This motion is ideal when splash control and directional movement are important for sample integrity. It minimizes turbulence, reducing the risk of cross-contamination or sample loss. Compared to orbital shakers, linear motion provides more controlled contact. This makes it preferred in protocols like membrane hybridization and gentle extraction procedures.

8. What types of vessels are compatible with the Linear Decolorizing Shaker?

Linear Decolorizing Shaker is compatible with various lab containers such as flasks, Petri dishes, beakers, and microplates. units offer multiple platform options to support different vessel sizes and formats. You can mix samples of varying volumes without the need for frequent platform changes. This flexibility makes it efficient for labs handling diverse experimental needs. It also supports multitasking and batch processing in busy environments.

9. Can the Linear Decolorizing Shaker operate for extended periods safely?

Linear Decolorizing Shaker is equipped for both continuous and timed operations to meet protocol demands. It features a maintenance-free brushless DC motor that ensures reliable performance over long periods. Over-speed protection adds an extra layer of safety during extended use. The unit is designed to maintain consistent speed without overheating or vibration issues. This makes it ideal for long-term hybridization or incubation protocols.

10. How does the Linear Decolorizing Shaker differ from orbital or transference shakers?

The Linear Decolorizing Shaker provides straight-line agitation that ensures consistent movement across the sample surface. linear motion is more directional, reducing turbulence and splash risks compared to orbital options. The design supports applications requiring gentle but firm agitation. shakers are preferred for membrane washes and nucleic acid hybridization.