VJ Instruments'

Fluidized Bed Processor: Revolutionizing Research and Development

Welcome to the world of innovation and efficiency in research and development with VJ Instruments’ Fluidized Bed Processor. This groundbreaking dryer and coater is specifically designed to handle smaller trial batches of pellets, offering enhanced flexibility and significant cost benefits for your operations. In this comprehensive guide, we’ll explore the purpose, features, and technical specifications of this remarkable device.

Discover the Magic Behind the Fluidized Bed Processor

Uncover the secrets of our cutting-edge technology with a captivating journey through the Fluidized Bed Processor. In this video, we’ll take you behind the scenes to show you how this revolutionary device transforms pellets for a range of applications. From color modification to enhanced taste and modified release, witness the magic of the Fluidized Bed Processor in action. Join us as we explore the fascinating process that’s changing the game in research and development.

Application

The Fluidized Bed Processor by VJ Instruments is a versatile solution tailored for the research and development needs of various industries, including pharmaceuticals, chemicals, food production, and academic institutions like pharmacy colleges. Its primary functions involve coating and drying pellets, allowing for a wide range of applications, such as:

Color Modification: Altering the color of pellets for specific requirements.
Improved Taste: Enhancing the taste of pharmaceutical or food products.
Modified Release: Achieving controlled and modified release forms.
Moisture and Oxygen Protection: Safeguarding products from environmental factors.

The Problem

Traditionally, research and development units in pharmaceutical companies were constrained by the limitations of existing coating facilities. This forced them to manufacture unnecessarily large quantities of test drugs, resulting in significant waste of effort and resources.

The Solution

The Fluidized Bed Processor is designed to address this specific challenge by offering a unique standard for handling small batches of pellets. It ensures that the quantity of the test batch never exceeds your requirements, reducing waste and improving efficiency.

Key Benefits

Versatile Coating: Capable of handling both aqueous and organic film coating systems.
Portability: Extremely portable for ease of use and mobility.
Advanced Control Panel: Allows for monitoring and recording of all settings for the Fluid Bed Processor.

Components and Features

Coating Cylinder/Container/Bowl

Central cylindrical portion made of SS-316 quality material.
Glass cylinder for easy viewing during the coating process.

Heater

Heats the inlet air to the desired temperature required for drying pellets.
Temperature can be controlled from ambient to 90°C.

Exhaust Pipe

Clears unwanted fumes and dust generated during the coating process.

Spray Gun

Designed for top and bottom spray coating.
Utilizes SS-316 nozzles and peristaltic pumps for precise dosing.
Adjustable for droplet size depending on the viscosity of the solution.

Control Panel

4-inch Touch Screen PLC-based advanced control panel for comprehensive control.

Peristaltic Pump

Delivers an exact amount of solution to the spray gun through a silicone pipe.

Operation

Bottom-Spray Coating (Wurster Coating)

Uses energy to create a pneumatic mass transport, ensuring uniform coating.
Ideal for coating small particles with high coating quality.
Prevents premature viscosity changes of the coating droplet.

Top-Spray Coating

Suitable for both batch and continuous operations.
Ensures good spreadability and quality coating.

Technical Specification

FBP SPEC.	Model No.	VJFBP-01
Interface	PLC
Electrical Services	As per country requirement
Peristaltic Pump RPM	3 to 100 rpm
Spray Gun	SS316 1.0 mm Bore (for Top and Bottom Spray)
Temperature Controller	Ambient to 80°C
Temperature Sensor	PT-100
Heater	1 HP
Fluidised Air Blower	Compressor Air 7.5 Bar
Height	860mm
Length	710mm
Width	400mm
Weight (Approx.)	110 Kg
Foundation	Self
Capacities (may vary)	Dependent on samples used

*Capacities mentioned above depend on samples used and may vary accordingly.

Note: VJ Instruments product development is a continuous process so specifications may change without prior notification.

Safety Features

Emergency stop switch.
Auto stop feature when process time completes.

Certifications

01.

CE Certificate

We prioritize quality and safety and proudly display our CE certification which meets EU standards for health, safety, and environmental protection. Our team is dedicated to ongoing training and education for continued compliance and customer satisfaction. Choose us as your trusted partner for quality products and services.

02.

GMP Certificate

Our product/facility meets high safety standards and has earned the internationally recognized GMP certification for excellence. We’re dedicated to quality and safety in everything we do, so you can trust us for safe and high-quality products.

03.

ISO Certificate

Our company is ISO certified and values quality and customer satisfaction above all else. We aim to exceed customer expectations with top-notch service and products, making your business with us a great experience.

04.

MSME Certificate

MSME Certified companies comply with the MSMED Act guidelines and are certified by the government of India. By partnering with an MSME Certified company, you ensure reliable products and services while supporting economic growth.

Frequently Asked Questions

We understand that you may have questions about our Fluidized Bed Processor, its applications, and how it can benefit your specific needs. Here are some common questions and answers to provide you with quick and helpful information:

What is the primary purpose of the Fluidized Bed Processor?

The Fluidized Bed Processor is designed for coating and drying pellets used in various industries such as pharmaceuticals, chemicals, and food production. It can modify the color, taste, release form, and protect pellets from moisture and oxygen.

How does the Fluidized Bed Processor reduce waste in research and development?

By allowing for the handling of smaller trial batches of pellets, the processor ensures that the quantity of test batches doesn’t exceed your requirements, reducing waste in both effort and resources.

What types of coatings can the Fluidized Bed Processor handle?

The processor is capable of handling both aqueous and organic film coating systems, offering versatility in coating applications.

What are the safety features of the Fluidized Bed Processor?

The safety features include an emergency stop switch and an auto-stop feature that halts the process when the designated time is completed.

Can I adjust the temperature for pellet drying in the Fluidized Bed Processor?

Yes, the processor allows you to control the temperature, heating the inlet air to the desired level, ranging from ambient to 90°C.

What is the capacity of the Fluidized Bed Processor, and can it be customized?

The capacity depends on the samples used and may vary accordingly. Customization is possible to meet specific requirements.

Is it possible to scale up results from a lab scale fluid bed processor to industrial production?

Yes, data obtained from lab scale processors can inform and guide the scaling up of processes to industrial levels, ensuring consistency and quality.

What are the primary applications of a fluid bed granulator?

Fluid bed granulator are commonly used in the pharmaceutical, chemical, and food industries for improving powder flow ability, compressibility, and uniformity in tablet production.

Can a fluidized bed dryer & coater handle both aqueous and solvent-based coatings?

Yes, it is designed to accommodate both aqueous and organic solvent-based coating systems, offering versatility in application.

What processes can be performed with a lab scale FBP?

It can handle drying, granulation, and coating processes, making it versatile for various applications in product development.

What are the benefits of using a table top FBP in a laboratory?

Benefits include space efficiency, ease of use, and the ability to conduct multiple processes with a single piece of equipment.