In general all food process lines are different. For this reason it is better to have a process line designed especially for your food processing needs at every step of the production line. This will increase your global competiveness and help give you the market edge.
There is now a lot of state-of-the-art technology available so it is worth shopping around to find the best possible equipment for your company. One of the biggest priorities when looking for food processing equipment is hygiene. It is incredibly easy for food to be contaminated or go bad if it is not handled properly. There are now a lot of new technologies available that ensure that no contamination or food spoilage occurs during the processing stages to ensure that you deliver the highest possible quality product.
Process Systems Services Pty Ltd
Process Systems Services Pty Ltd is a wholly owned Australian company which offers a high level of services in food processing plant equipment and process conveyor belts. They specialize in steel belt technology in which our staff & specialist contractors have a total of more than 50 years of experience with Steel Belts and their applications.
Process Systems Services Pty Ltd offer reliable and prompt services on all their products and assist with delivery and installation.
Their product range includes dryers, ovens, belt coolers, cooling tunnels, freezers, conveyors, roasters, dust collectors, compactors, conveyors and conveyor belts.
For more information on how Process Systems Services can assist you with your food processing equipment needs please click here.
Air knife drying systems are versatile and can be used in all sectors of manufacture. They are used in a number of drying processes that are required within manufacture lines such as drying items before they move onto the next stage of manufacture or giving them a final dry before they are packaged.
Air knife drying systems are developed by specially qualified engineers to ensure that they are as energy efficient as possible and are a much more cost effective alternative to using compressed air.
Air knife drying systems are relatively inexpensive to purchase and operate. They provide a consistent high speed and high impact curtain of air that heats-up 20Fdegrees above ambient temperature. This is due to the friction associated with 30,000+ exit air velocities.
Using Air Knife Drying Systems in Food Production
The air knife drying systems can be used in manufacturing plants to improve the drying received and decrease the amount of compressed air that is used (as well as reducing the associated utilities costs that are required for the use of compressed air). The air knife drying systems are specifically designed to accommodate all products that a food or beverage production line may be asked to handle. They are the most effective method of drying, especially where a high degrees of dryness is required (90-100%).
Air knife drying systems provide the following advantages within the food production industry:
- Production lines run faster
- Production lines occupy less space
- Production lines are cleaner
- Production lines more flexibility and operate more efficiently
Air knife drying systems can be used in a number of different food production line systems such as:
The main manufacture of air knife drying systems is Sonic, one of the main distributors of Air Knife Drying Systems is Process Systems Services Pty Ltd.
Clean Process Oven is a type of industrial batch oven. It is designed especially for high temperate applications and uses (e.g. Polyimide).
Temperatures inside a clean process oven can reach up to 525 degrees Celsius.
Clean Process Ovens contain a stainless steel interior. The stainless steel panels are continuous with no welding means. This means that no foreign particles can be trapped in the stainless steel joins causing contamination and makes the ovens much easier to clean.
Clean Process Ovens now also come in a new design that is stackable to enable up to three ovens to be stored on top of each other. This enables them to be much more space efficient. In addition to being space effective these designs are more ergonomic from an operations point of view.
Clean Process Ovens provide the highest standard in HEPA filtration to prevent contamination during use; making them ideal in the food production industry.
The main applications of clean process ovens include die-bond curing (as well as other semiconductor packaging), dehydrogenation, sterilization and drying for life sciences.
They are available in two different configurations: air atmosphere (a forced exhaust fan is attached to the air temperature unit for speedy reduction in temperature) and inert atmosphere (allows nitrogen to be injected into the chamber which reduces the oxygen level. This prevents oxidation of products. A water cooling coil is provided for rapid cooling.)