Vacuum Oven

Your Premier Vacuum Ovens Manufacturer and Supplier

Welcome to Shanta Engineering, your premier destination for top-quality vacuum ovens. As a leading manufacturer and supplier in the industry, we pride ourselves on delivering cutting-edge solutions tailored to meet your specific needs.

Our vacuum ovens are meticulously crafted using the latest technology and highest quality materials to ensure unparalleled performance and reliability. Whether you're in the pharmaceutical, research, or industrial sector, our range of vacuum ovens is designed to provide precise control over temperature, pressure, and atmosphere, enabling you to achieve optimal results with every use.

At Shanta Engineering, we understand that each client has unique requirements, which is why we offer customizable options to suit your exact specifications. From bench-top models to large-scale industrial units, we have the perfect solution for your vacuum drying and heat treatment needs.

In addition to our exceptional products, we take pride in providing unmatched customer service and support. Our team of experts is dedicated to assisting you every step of the way, from selecting the right vacuum oven to installation, training, and ongoing maintenance.

Experience the difference with Shanta Engineering vacuum ovens - where quality, performance, and reliability meet innovation. Contact us today to learn more about our products and how we can help elevate your processes to the next level.

Sizes In Rectangular Shape
Sr. No.	Size in Cm.	No. of  Shelves
1	20 X 20 X 30 cm.	2
2	30 X 30 X 40 cm.	2
3	35 X 35 X 50 cm.	3
4	45 X 45 X 60 cm.	3

Shanta Engineering is one of the Manufacturer of Material Testing Equipment, Hot Air Oven, Hardness Tester, Laboratory Hot Plates, Tensile Testing Machine, Laboratory Apparatus,Laboratory Equipments, Plastic Testing Equipments, Rubber Testing Equipments, Cable Testing Equipments, Metal Teasing Equipments, Inhouse Developed Machines, Cold Chember, Halogen Gas Evolution, Limiting Oxygen Index, Apparatus, Constant Temperature Oil Bath, Melting point Apparatus For Plastic, Flammeablity Test as Per IS - 10810, Creep Tester, Shore Hardness Tester (Durometer).

A vacuum oven is a type of laboratory or industrial oven that operates under reduced pressure (a vacuum). The main purpose of using a vacuum oven is to remove moisture, solvents, or other volatile substances from materials without applying high heat. Dry heat-sensitive materials at lower temperatures than would be possible in a standard oven. Prevent oxidation by eliminating oxygen during the heating process.

Features of Vacuum Oven

A vacuum oven is a specialized piece of laboratory or industrial equipment used for drying, curing, and heat-treating under reduced pressure (vacuum). Here are the key features of a vacuum oven:

• ❖ Vacuum Capability : Removes air and reduces pressure inside the chamber. Prevents oxidation and contamination. Enables drying at lower temperatures (ideal for heat-sensitive materials).
• ❖ Uniform Temperature Control : Equipped with precise temperature controllers (digital or analog). Ensures even heat distribution for consistent processing.
• ❖ Stainless Steel Chamber : Corrosion-resistant and easy to clean. Often has rounded edges to improve airflow and safety.
• ❖ Insulated Construction : Minimizes heat loss and enhances energy efficiency. Reduces surface temperature for user safety.
• ❖ Observation Window (optional) : Tempered or double-layered glass window for viewing the sample without opening the door.
• ❖ Multiple Shelves : Adjustable or removable shelves to accommodate different sample sizes and quantities.
• ❖ Vacuum Gauge and Controls : Allows monitoring and adjusting internal vacuum levels. May include digital readouts and control valves.
• ❖ Inert Gas Port (optional) : Allows purging the chamber with nitrogen or argon to create a controlled atmosphere.
• ❖ Safety Features : Over-temperature protection. Vacuum relief valves. Door safety interlocks.

Uses of Vacuum Oven

A vacuum oven is a type of laboratory or industrial equipment used to remove moisture, gas, or other volatile substances from samples without causing damage or oxidation. Here are the main uses of a vacuum oven:

• ❖ Drying Heat-Sensitive Materials : Ideal for drying substances that degrade, melt, or oxidize at high temperatures in the presence of air, such as pharmaceuticals, food products, and delicate electronics.
• ❖ Dehydration and Desiccation : Used to remove water or other solvents from samples efficiently, especially in research labs, manufacturing, and quality control.
• ❖ Vacuum Baking: Useful in semiconductor and electronics industries for vacuum baking of components to remove moisture and prevent outgassing in vacuum systems.
• ❖ Outgassing : Removes trapped gases or solvents from materials like plastics, epoxies, and adhesives, which is essential before vacuum sealing or coating.
• ❖ Heat Treatment : Provides controlled heating in a low-pressure environment, which is helpful for curing polymers, annealing metals, and performing material stress tests.
• ❖ Sterilization : Can sterilize tools and equipment using dry heat in a vacuum, which is particularly useful when materials are sensitive to moisture or steam.
• ❖ Research and Development : Widely used in chemistry, biology, and materials science for sample prep, compound purification, and controlled experiments.

Applications of Vacuum Oven

Vacuum ovens have a wide range of applications across industries due to their ability to remove moisture, gases, and solvents under reduced pressure, which allows for drying and processing at lower temperatures. Here are some of the key applications:

• ❖ Pharmaceuticals & Biotechnology : Drying of heat-sensitive drugs, enzymes, or biological samples. Sterilization without oxidation or degradation. Dehydration of bacterial or cell culture media.
• ❖ Electronics Industry : Drying of electronic components to prevent oxidation or moisture damage. Outgassing of materials before assembly or encapsulation. Curing epoxies or adhesives under vacuum to avoid air bubbles.
• ❖ Research & Laboratory Work : Drying glassware or lab samples at lower temperatures. Degassing of samples or chemicals. Safe drying of volatile or flammable solvents.
• ❖ Chemical Industry : Removing solvents from chemical compounds. Purification and drying of sensitive reagents. Crystallization of compounds without decomposition.
• ❖ Food Industry : Freeze-drying or dehydrating food samples without altering taste or nutritional value. Extending shelf life by reducing residual moisture. Preparation of food samples for analysis.
• ❖ Aerospace & Optics : Outgassing of components to be used in vacuum environments (e.g., satellites). Drying optical components to remove contaminants or water spots.
• ❖ Material Science : Drying powders, ceramics, or polymers. Conducting heat-sensitive thermal treatments. Preparation of composite materials and films.