Prasad Lab Equipment

A Single Phase Gel Rocker is a gentle, single-phase powered laboratory device designed to agitate samples in a rocking motion. This type of gel rocker is ideal for applications such as gel staining, blotting, and washing, providing even distribution of solutions over samples without the need for intense agitation. Its single-phase power design makes it simple to operate in standard lab environments without requiring special wiring or power sources.

Key Features of a Single Phase Gel Rocker

1. Single-Phase Power:

   • Operates on standard single-phase power (often 110V or 220V), making it compatible with common lab power outlets and reducing the need for complex wiring.

2. Adjustable Speed and Tilt:

   • Many single-phase gel rockers come with adjustable speed settings for rocking motion, allowing for gentle to moderate agitation. Tilt angles can also often be adjusted to suit different sample requirements.

3. Consistent Rocking Motion:

   • The device provides a back-and-forth rocking motion that ensures even liquid coverage over gels or membranes, crucial for uniform staining, destaining, or washing.

A Gel Rocker Shaker is a laboratory device specifically designed for gentle, consistent rocking and agitation of gels, membranes, and other samples. It is widely used in biological, biochemical, and molecular biology labs for applications like staining and destaining gels, washing blots, and mixing reagents. This device allows samples to be agitated in a controlled manner to avoid excessive force, which might damage delicate samples.

Key Features of a Gel Rocker Shaker

1. Rocking Motion:

   • Provides a gentle tilting or rocking motion that moves fluids across the surface of samples at a consistent pace, ensuring even distribution of solutions like stains or buffers.

2. Variable Speed Control:

   • Many gel rocker shakers allow for adjustable speed settings, typically ranging from slow, gentle rocking to moderate agitation. This adaptability ensures compatibility with a wide range of protocols.

3. Tilt Angle Adjustment:

   • Some models feature adjustable tilt angles to control the intensity of the rocking motion, typically ranging from 3° to 20°. A steeper tilt angle increases the fluid movement over the sample.

4. Large, Non-Slip Platform:

   • The platform is designed to hold multiple samples and is often covered with a non-slip mat to keep containers, trays, or blotting equipment securely in place during operation.

5. Compact and Portable:

   • Gel rocker shakers are generally compact, making them easy to fit on lab benches and move as needed.

6. Timer Functionality:

   • Many models come with a built-in timer, allowing users to set a specific rocking duration to align with their protocols, which helps in optimizing and reproducing experimental conditions.

7. Temperature Compatibility:

   • These shakers are compatible with cold-room environments, making them ideal for temperature-sensitive applications like blotting and protein staining that require consistent cool conditions.

A mild steel sedimentation shaker is a laboratory device used for sedimentation testing, sample mixing, and particle separation in liquids. Made from mild steel, this shaker is designed to provide a stable and durable platform for holding and agitating samples, making it suitable for various industries, including environmental testing, wastewater analysis, and geology.
Key Features

Mild Steel Construction: The frame and structure are made of mild steel, providing robustness and durability, making it ideal for long-term use and heavy samples.

Variable Speed Control: Equipped with adjustable speed settings, allowing for fine-tuning of shaking intensity depending on sample requirements.

Adjustable Timer: Many models feature a digital or mechanical timer to set the operation time, ensuring consistent and repeatable shaking intervals.

Platform Compatibility: Often designed with a spacious, non-slip platform that can hold multiple sample containers or trays of various sizes.

Safety and Stability Features: Includes vibration-dampening feet or pads to minimize movement and ensure quiet, stable operation even at high speeds.

Benefits

Efficient Mixing and Separation: Creates consistent oscillating motion, aiding in the settling of particles and improving sedimentation test accuracy.

Durable and Cost-Effective: Mild steel construction is strong and affordable, making it an economical choice for laboratories.

Customizable Shaking Speed: Adjustable speeds allow for gentle or vigorous mixing depending on sample sensitivity, enhancing versatility for different applications.

Repeatable Results: Adjustable timers and consistent shaking action lead to uniform sample treatment, which is essential for scientific research and industrial testing.

Applications

Environmental Testing: Used in sedimentation analysis for soil, water, and wastewater samples to assess particle distribution and composition.

Geology and Soil Science: Assists in separating and analyzing fine particles in sediment and soil samples.

Chemical and Pharmaceutical: Used for mixing chemicals and formulations, ensuring uniformity in solutions and suspensions.

A high-temperature oven is a laboratory or industrial oven designed to withstand and maintain elevated temperatures, typically ranging from 150°C to 1000°C or higher, depending on the specific application. These ovens are used for a wide variety of applications where precise temperature control is necessary for processes such as drying, curing, sterilizing, and heat-treating materials or products.
Key Features

High-Temperature Range: Capable of reaching temperatures up to 1000°C or more, depending on the model, making it suitable for materials that require very high heat for processes like annealing, sintering, or chemical reactions.

Precision Temperature Control: Digital or mechanical controllers allow for precise temperature regulation to maintain consistent heat over long periods, ensuring reproducible results.

Heavy-Duty Insulation: Thick, high-quality insulation materials, such as ceramic fiber or mineral wool, help to minimize heat loss and ensure energy efficiency while preventing overheating of external surfaces.

Sturdy Construction: Built with materials that can withstand high temperatures, such as stainless steel or special alloys, ensuring long-term durability and safety during operation.

Forced Air Circulation: Some high-temperature ovens feature forced air circulation systems (fans) that help to ensure even temperature distribution throughout the chamber, preventing hot or cold spots.

A BOD (Biochemical Oxygen Demand) shaker incubator is a specialized laboratory device designed to facilitate biochemical oxygen demand testing, microbial culturing, and other experiments that require a controlled temperature and gentle shaking motion. This incubator is essential in environmental testing labs, wastewater treatment facilities, and microbiology labs, where it aids in measuring the oxygen demand of microorganisms within a sample over a specific period.

Key Features

• Temperature Control: Precisely maintains low-temperature settings, typically between 5°C and 60°C, which is ideal for BOD testing and microbial incubation.
• Orbital Shaking Mechanism: Provides a gentle shaking motion, ensuring even distribution of nutrients and oxygen throughout the sample without disrupting microbial growth.
• Digital Control Panel: Allows users to set and monitor temperature, shaking speed, and time, providing consistency and ease of use.
• Mild Steel or Stainless Steel Construction: Available in both mild and stainless steel interiors, with corrosion resistance and durability for long-lasting use.
• Spacious Interior with Shelving: Equipped with adjustable shelves or platforms that can hold multiple BOD bottles or flasks simultaneously.

A Horizontal Reciprocating Kahn Shaker is a type of laboratory shaker used for mixing and agitating liquid samples in test tubes, beakers, or flasks. It operates by providing a horizontal back-and-forth motion (reciprocating motion) to the containers, helping in thorough mixing of the substances inside. This shaker is commonly used in various laboratory applications such as chemical, biological, pharmaceutical, and environmental testing.

Key Features of a Horizontal Reciprocating Kahn Shaker:

1. Horizontal Reciprocating Motion:

   • The shaker moves in a horizontal back-and-forth direction (reciprocating motion) to agitate the contents of containers. This movement is ideal for mixing liquids without causing any splashing or spilling.

2. Adjustable Speed:

   • The shaker typically allows for adjustable speed settings, enabling users to control the intensity of mixing depending on the nature of the sample and the required agitation.

3. Heavy-Duty Construction:

   • The Kahn Shaker is usually made from durable materials like stainless steel or high-quality plastics, ensuring its longevity and resistance to corrosion, especially when used in labs that deal with corrosive chemicals.

A Rotary Flask Shaker is a laboratory device used for shaking and mixing liquid samples contained in flasks or other similar containers. The shaker provides continuous, rotary motion that helps maintain uniformity in the mixture by agitating the contents of the flask while ensuring they remain evenly heated or at a stable temperature, depending on the experiment's requirements.

Key Features of a Rotary Flask Shaker:

1. Rotary Motion:

   • The rotary flask shaker operates by rotating the flasks in a circular motion, typically on a horizontal platform or rack. This motion ensures thorough mixing of the contents within the flask, which is ideal for experiments that require liquid agitation, such as cell culture or solvent extraction.

2. Adjustable Speed:

   • Many rotary flask shakers offer adjustable speed settings to allow users to select the appropriate agitation speed based on the type of experiment. The speeds typically range from low, gentle shaking to high, vigorous shaking.

3. Temperature Control (Optional):

   • Some models feature heated platforms, where the rotary shaker can be used in conjunction with a water or air heating system. This is beneficial for applications where temperature control is crucial, such as in bacterial growth, enzymatic reactions, or dissolution studies.

4. Capacity:

   • Rotary flask shakers are designed to hold various sizes of flasks (often ranging from 50 mL to several liters), depending on the model. The number of flasks that can be shaken simultaneously will vary depending on the unit's design.

A SS Rotary Flask Shaker refers to a stainless steel rotary flask shaker, which is a laboratory device used for the continuous, controlled shaking of liquid samples in flasks or similar containers. The stainless steel construction of this shaker provides enhanced durability, corrosion resistance, and ease of cleaning, making it especially useful in laboratories that deal with aggressive chemicals, biological samples, or sterile environments.

Key Features of an SS Rotary Flask Shaker:

1. Stainless Steel Construction:

   • The shaker's main frame, platform, and components are made of high-quality stainless steel, which is resistant to corrosion, rust, and staining. This makes the shaker ideal for use in laboratories where hygiene, durability, and resistance to harsh chemicals are essential.

2. Rotary Motion:

   • The SS rotary flask shaker provides horizontal rotating motion, which ensures uniform mixing of the contents in the flasks. This motion can be adjusted to different speeds to meet the needs of various experiments.

3. Adjustable Speed:

   • Many models of SS rotary flask shakers allow users to adjust the shaking speed, providing flexibility for different types of applications, whether they require gentle agitation or more vigorous mixing.

A Heavy Duty Rotary Flask Shaker is a laboratory device designed to provide consistent and efficient agitation for large or heavy sample volumes, typically in laboratory flasks or vessels. These shakers are particularly useful in applications where high-volume mixing or vigorous shaking is required, such as in fermentation, cell culture, chemical reactions, or other large-scale experimental processes.

Key Features of a Heavy Duty Rotary Flask Shaker:

1. Heavy Duty Construction:

   • These shakers are built with sturdy materials and components to handle the demands of high-volume or continuous operations. They are designed to endure the mechanical stresses of shaking larger flasks or vessels at higher speeds.

2. Rotary Motion:

   • The shaker operates using rotary or orbital motion, where the flasks or containers are rotated in a circular path. This motion ensures that the samples inside the containers are thoroughly mixed or agitated, providing uniform results.

3. Variable Speed Control:

   • Most models come with an adjustable speed control, allowing users to change the shaking speed according to the needs of the specific application. This is especially important when mixing different types of substances that require varying intensities of agitation.

4. Heavy Load Capacity:

   • These shakers are capable of holding larger and heavier vessels, such as 250ml, 500ml, 1L, or even larger flasks, without compromising on performance. They can handle multiple flasks at once, making them efficient for tasks that involve numerous samples.

5. Large Platform:

   • The shaker typically comes with a large platform or a set of rotating shelves designed to hold multiple flasks or vessels at once. This feature increases throughput, as multiple samples can be processed simultaneously.

A Laboratory Incubator Shaker is a specialized piece of equipment used in laboratories for incubating and shaking samples simultaneously. It combines the functions of an incubator and a shaker, making it ideal for applications that require both controlled temperature and constant agitation, such as microbial growth, cell culture, enzyme reactions, and solubility studies.

Key Features and Functions:

1. Temperature Control:

   • The incubator shaker provides precise temperature control, typically ranging from ambient temperature to about 60°C (depending on the model). This allows researchers to maintain optimal conditions for biological or chemical reactions.

2. Shaking Mechanism:

   • The shaking function ensures that the samples are continuously agitated during incubation. This agitation can be orbital (circular motion) or reciprocating (back-and-forth motion) depending on the design. The shaking ensures even distribution of nutrients or reagents and promotes uniform growth or reactions.

3. Adjustable Speed:

   • Most incubator shakers allow users to adjust the shaking speed (RPM), providing flexibility to tailor the agitation to the needs of the experiment.

4. Timer:

   • A built-in timer allows users to set the duration of shaking and incubation, making it convenient for time-dependent processes and ensuring precise control.

5. Uniform Temperature Distribution:

   • High-quality incubator shakers are designed to maintain uniform temperature distribution across the chamber, which ensures that all samples are incubated under the same conditions for reproducibility.

6. Capacity:

   • These units come in various sizes, ranging from small models that hold a few flasks or plates to larger models that can accommodate multiple containers or larger volumes.

7. Digital Control:

   • Many modern incubator shakers come with a digital control interface for setting and monitoring temperature, shaking speed, and time, offering precision and ease of use.