Industrial Electric Oven: Cabinet Oven and Furnaces
Industrial ovens are the backbone of many an industrial process. You'll find them hard at work in manufacturing, processing and research facilities—where heat treatment, drying, curing and baking are just a few of the many applications they support. That's because these ovens are built to withstand heavy use and high temperatures. They come in a range of fuel types—electricity, gas and more—and are often equipped with advanced temperature control systems that ensure precise temperature control. That precision is crucial for processes that demand exact thermal conditions to deliver optimal results.
That's why you'll see industrial ovens and lab bench convection ovens used in so many industries. They're used in burst testing, heat treat applications, high temperature applications, drying and thermal cleaning. These rugged and accurate ovens are used in agriculture, government, telecom and more.
One of the most demanding applications is in the automotive industry. That's where you'll find burst testing ovens simulating extreme conditions to test material and product integrity. These electric industrial ovens are precise and energy-efficient. They apply high pressure and heat treating temperatures to products to ensure safety and reliability.
In agriculture, you'll find batch ovens and conveyor ovens with a conveyor belt used for drying crops, sterilizing soil and processing agricultural products. These ovens preserve quality and extend shelf life. That's because they offer temperature uniformity—just what you need for thermal processing applications like drying crops and sterilizing soil. Continuous ovens are used in agriculture for processes that require uninterrupted operation, ensuring consistent quality and efficiency.
Government and the automotive industry use industrial ovens or walk-in ovens for high-volume research, testing and special applications. These ovens are used for national security, materials development and scientific investigation.
The telecom industry uses industrial ovens for curing and testing components used in telecom infrastructure. Temperature control is critical for these critical components built into the industrial conveyor ovens.
In hazardous environments, VTUW explosion-resistant heating and drying ovens meet strict safety standards. They're used in the automotive industry where hazardous or flammable materials are handled, for thermal processes.
Lab bench convection ovens are small and compact, perfect for small industrial applications and research labs. They offer precise control for heat treating and drying applications. Standard features include controls and internal circulation fans for uniform heat and performance.
Thermal cleaning ovens are used across industries to remove unwanted substances like paint, grease and coatings from parts and tools. This eco-friendly method of heat treating eliminates the need for harsh chemicals in high volume.
Industrial ovens and lab bench convection ovens are must-have equipment in many industries. From burst testing to thermal cleaning, these ovens support critical processes across industries, product quality, safety and efficiency. Their versatility and features make them a valuable asset in agriculture, government, telecom and beyond.
At Certified MTP, we offer ovens from top manufacturers like Quincy, Grieve and Gilson. Our benchtop ovens deliver great accuracy and convenience. All our furnaces and ovens are state-of-the-art and reliable. They deliver repeatable results every time. Our lines include convection-heated ovens and brick-lined industrial furnaces. We build them to specifications and back them up with the best customer service in the industry.
Certified MTP has the heat treat solutions you need. Our range of products includes large cabinet ovens that pack maximum capacity into a small footprint. You'll find strip heaters in various sizes, as well as essential accessories like heat gun dryers, beaker tongs and heat-resistant gloves. That's where our full line of heating products comes in—designed for high-volume samples and built to meet your exact specifications.
Our furnaces and ovens for sale are tailored to meet our customers' needs. That's why Certified MTP's wall ovens feature explosion-venting latches and built-in baffles to reduce radiant heat. When you buy from us, you know you're getting the best furnaces and industrial ovens at competitive prices. We perform just as well as an industry leader—and often better.
We have industrial furnaces and ovens for just about every application. Need evaporation, baking and annealing, drying or sterilization—or powder coating? We have an option for you. And for powder coating processes, we have the right products.
When you buy a bench top or walk-in oven from us, you can expect incoloy-sheathed heating elements, insulated steel construction and digital displays for temperature control and monitoring. Our products have everything you want in your furnaces, conveyor ovens and bench ovens.
Industrial-type ovens, conveyor ovens and furnaces from Certified MTP are used in production and laboratory settings. We source the best and most efficient products from major manufacturers to beat your expectations. All our products are top-notch.
You can rely on the performance and consistency of our industrial furnaces and industrial ovens. We know what matters to you—and provide the heat treat industrial oven and furnace to help you reach your goals. Industry leaders use Certified MTP for batch ovens too.
We're the one-stop shop for industrial furnaces, cabinet ovens, batch ovens and industrial ovens. We back all our products—including the batch oven—with great customer service and maintenance tools. Our staff can help you find the right solution for your ovens, furnaces and custom oven for your lab. We deliver on time.
Our benchtop industrial ovens are perfect for small-scale industrial applications like automotive parts. They're used in laboratories, research facilities or small-scale industrial environments where space is limited but high-precision heating is required.
In the cosmetics industry, high-performance continuous ovens are used for drying, curing and sterilizing products and components. Temperature control ensures the quality and safety of cosmetic products.
In the electronics industry, continuous ovens with temperature uniformity are used for drying, curing and testing of electronic components. The controlled environment in the ovens prevents damage to sensitive electronic parts during manufacturing and testing.
Defense industry industrial, walk-in ovens are used for various applications like curing of composite materials, drying of parts and testing of components under extreme conditions. These ovens must meet strict standards for reliability and precision.
Before installation, ovens are often site pressure tested to ensure they meet operating high temperatures and other specific requirements. This may include testing temperature accuracy, uniformity and ability to maintain specific conditions.
We have small ovens for laboratory and small-scale industrial applications. They provide precision heating in small form. Small batch ovens are designed for smaller production environments or for specific processes that require smaller batch sizes. They have the same technology as the bigger ones but in a smaller design.
Gravity ovens use natural convection to circulate air inside the oven. They're used for drying and baking applications in laboratories where gentle heating and drying is required.
Precision ovens are used in laboratories for various processes like drying, sterilization and other thermal processing. They're designed for high precision and control—and are good for large quantities of samples.
Our industrial ovens are designed to reach and maintain high temperatures which are required for many industrial processes. The ability to produce and control high heat is the key feature of these devices.
In short, ovens and furnaces are used in many industries—from electronics and cosmetics to defense and research laboratories. They provide a controlled high-temperature environment for many industrial processes.
Industrial ovens come in a variety of shapes and sizes, each tailored to meet the needs of specific industries and applications. Knowing what to look for in each type will help you find the right oven for your needs—and get the job done.
That's where the different types of industrial ovens come in. There's the industrial cabinet oven, which is great for bulky items. These ovens are cost-effective and offer easy access to your work. You can load shelves directly with shelf brackets or reinforced floors, making them suitable for heavy-duty applications.
Batch ovens are used for industrial batch processing. They're the go-to for burn-in applications involving electronic components, devices and assemblies. Their design ensures consistent performance and reliability for high tasks, with various configurations and energy-efficient options available.
Convection ovens use advanced heating systems to circulate hot air around your workload. That means uniform temperature control. These ovens are versatile and used for a range of industrial processes like heat treating, drying and curing.
Gravity ovens use natural convection to circulate hot air. They're suitable for applications that require high temperature uniformity. That's why they're often used for gentle heating and drying in laboratories.
Reach-in ovens are used for thermal processing up to 1200°F. That's for applications like annealing, aging, core hardening, drying, preheating, curing and component testing. Their compact design makes them easy to access and space-efficient.
Continuous ovens are designed for processes that require continuous operation. They ensure consistent quality and efficiency in production lines.
What makes industrial ovens so effective? Several key features set them apart. One of the most critical is precise temperature control. That's essential for processes that require specific thermal conditions to achieve consistent and reliable results.
Industrial ovens are built to withstand heavy use and high temperatures. That means they're constructed from high-quality materials that ensure durability and long-lasting performance. Their robust construction makes them suitable for demanding industrial applications.
One of the most important things about industrial ovens is how they distribute heat. They're designed to provide uniform heat distribution, so products are heated consistently and evenly. That's achieved through advanced heating elements and sophisticated air circulation systems.
Safety is a top priority in industrial ovens. They come equipped with features like explosion-proof designs, high-limit switches and automatic shut-off mechanisms to prevent accidents and ensure safe operation.
When you're designing and building an industrial oven, you want to provide precise temperature control and uniform heat distribution. That means you need to use high-quality materials and consider the specific requirements of different industries.
For example, ovens used in the food industry need to meet high hygiene standards. Ovens used in the automotive industry need to handle high-temperature applications. That attention to detail in design and construction ensures that industrial ovens provide reliable and efficient performance across various applications.
Industrial ovens come in two main types: electric and gas heating ovens. Electric heating ovens use electric heating elements to generate heat. They're known for their precise temperature control and energy efficiency. That makes them suitable for heat treatment, drying and curing.
Gas heating ovens use gas burners to produce heat. They're often preferred for applications that require rapid heating and high-temperature operations. Gas heating ovens are also known for their robust construction and ability to handle large workloads.
Industrial ovens are used in many industries for heat treatment and high-temperature applications. That includes heat treatment of metals like annealing, aging and core hardening. These processes enhance the properties of metal, making them more durable and suitable for specific applications.
Industrial ovens are used in a wide range of industries to dry and cure materials like epoxy and plastic, rubber, as well as food and pharmaceutical products. That process ensures those materials get the desired properties and are ready for further processing or use—especially when using non-flammable forming gases or other inert gases.
Baking and roasting are where ovens really shine in the food industry. They provide precise temperature control for a perfect bake or roast. And that consistency is what customers are looking for.
In the pharmaceutical industry, ovens are used to dry and cure pharmaceutical products. That means the products are moisture-free and contaminant-free—and maintain their efficacy and safety.
The automotive industry uses ovens for heat treatment of metals and drying of coatings. Those processes are critical for producing high-quality and durable automotive parts and components.
Technical Specifications and Safety Features
Industrial ovens come equipped with advanced technical specifications and safety features to provide precise temperature control, durability and safe operation. That means they can handle various thermal processing applications safely and efficiently. Some of the features you can expect include:
Temperature Control and Accuracy
Temperature Range: Industrial ovens can operate up to 1200°F. That's a pretty wide range to accommodate various high-temperature applications.
Stainless steel construction makes them durable and corrosion-resistant. They last longer because of that.
Shelf loaded or reinforced floor ovens allow easy loading and unloading of work. That makes high-temperature operation and efficiency possible.
Air circulation systems provide uniform temperature control for consistent results.
Purge timers manage the internal environment of the oven for safe temperature operation.
And an explosion relief system prevents accidents in case of malfunction.
Maintenance and Repair
Maintenance is key to keeping industrial ovens operating efficiently and effectively. Cleaning the oven to remove any residue buildup, checking the heating elements for wear and tear, and ensuring the temperature control system is functioning properly are all part of that. Regular maintenance keeps the oven performing at its best and prevents costly downtime.
Repair tasks may involve replacing worn-out parts like heating elements or temperature sensors. Always follow the manufacturer's instructions for maintenance and repair to avoid damage to the oven and to operate within specifications.
By doing regular maintenance and repair, the lifespan of the industrial oven can be prolonged. That proactive approach not only ensures the oven's reliability but also its performance. That makes it a valuable asset in any industry.
Custom Industrial Oven Solutions
Custom industrial oven solutions are designed to meet the requirements of individual industries and applications. That can include custom-designed ovens, special heating elements and advanced temperature control systems to optimize performance for specific processes.
Custom industrial ovens can be engineered to meet temperature, humidity and airflow requirements for various high-temperature applications. Whether it's food processing, pharmaceutical manufacturing or automotive component production, custom solutions can be designed to fit the specific needs of each industry.
These custom solutions increase efficiency and productivity, as well as product quality. By providing precise temperature control and uniform heat distribution, custom industrial ovens ensure products are processed under optimal conditions to get better results and higher quality.
Choosing the Right Industrial Oven
When choosing an industrial oven, there are several factors to consider to ensure it meets your specific needs:
Temperature Range: Determine the temperature range required for your application and choose an oven that can operate within that range.
Size and Shape: Consider the size and shape of the products being heated. Choose an oven that can accommodate the dimensions of your products.
Heating Elements: Different applications may require different types of heating elements. Choose an oven that uses the right type for your needs.
Energy Efficiency: Energy efficiency is an important factor to consider. Choose an oven that is designed to be energy-efficient while still providing the necessary performance.
Safety Features: Safety is paramount in industrial settings. Choose an oven that has the necessary safety features to protect both the equipment and the operators.
By carefully considering these factors, you can select an industrial oven that meets your specific requirements and provides reliable, efficient and safe performance for your industrial processes.
Industrial Ovens Benefits
Industrial ovens have many benefits. One of the main benefits is its precise temperature control. That's critical for processes that require specific thermal conditions. This precise control gives consistent results—whether it's curing, drying or heat treating.
Industrial ovens deliver that uniform heat distribution you need. That comes from advanced heating elements and a sophisticated air circulation system working together to heat your entire workload evenly. That consistency is critical for processes that demand a precise thermal condition to produce the desired result.
You get that efficiency-and-performance combination with industrial ovens. They use less energy, which means lower operational costs. That robust construction and high-quality materials ensure the equipment lasts—and performs well—over time. That makes industrial ovens a smart investment for any industry.
Safety is built into industrial ovens. Automatic shut-off, alarm systems and an explosion relief mechanism all work together to ensure safe operation—protecting the equipment and the operator.
Industrial ovens offer precise temperature control, uniform heat distribution, energy efficiency and robust construction. That's why they're a great fit for a wide range of applications-from food processing and pharmaceutical manufacturing to automotive production and laboratory research.
