A Flat Belt Conveyor Is a Good Option For Sanitary Applications
A Flat belt conveyor is a transport system that is based on mechanics and electricity. It is a good option for sanitary applications due to its design.
The head pulley usually has the largest diameter and is located at the discharge end of the conveyor. It may have a wing shape to clean the belt.
Material Conveyance
A material handling system is a piece of equipment that aides in the movement, protection, storage and control of materials and products throughout manufacturing, distribution, consumption and disposal. These systems can include everything from conveyor systems to movable shelving, storage racks, and automatic case formers. There are also different types of storage and retrieval systems such as AS/RS and mezzanines that are designed to move heavy items more easily.
A tubular cable conveyor is a mechanical conveyor that uses discs to convey materials through an enclosed tube. It’s an excellent bulk material handling equipment choice for food processing facilities, as it is pouch packaging machine space-efficient and gentle on the materials being transported. It’s also easy to clean and energy efficient. It also meets the strict sanitary requirements inside a food processing facility.
Compared to other conveyor types, tubular cable conveyors have less moving parts that are subject to wear and tear. This means fewer repairs and maintenance are needed, and it extends the lifespan of the equipment. A tubular cable conveyor is also more flexible than other conveyors, as it can be used horizontally, vertically or at an incline. This flexibility makes it easier to navigate tight spaces and multiple levels of a warehouse or industrial facility. This flexibility is a major benefit for any food processing plant with limited floor space.
Industrial Conveyance
Industrial conveyor systems are designed to handle heavier, bulkier products like assembly line parts or subcomponents, finished goods, pallets and totes. These conveyors feature frames that are able to support the weight of heavy loads without compromising safety or performance. They can be used in a variety of applications including but not limited to computer and electronic, agricultural, automotive, aerospace, bottling and canning and printing.
Whether you’re trying to cut costs or simply increase efficiency, installing a new conveyor system will help you accomplish both goals. Conveyors reduce the amount of labor required to transport items around your facility, helping you save money on hiring costs. In addition, they move products quickly, so you can produce more in the same amount of time, cutting back on the number of hours your employees need to work each day.
Some conveyor systems can even be inclined, making it easier to transport goods up and down floors, a task that is often difficult for human workers and may put them at risk of physical strain. When choosing a conveyor system, it’s important to consider your specific business needs and the environment where it will be installed. Other factors include how much space you have available and the initial purchase cost of your new conveyor equipment. Make sure to also take into account how easy it will be to clean and maintain your conveyor system.
Food Processing Conveyance
The food industry relies on conveyor systems to move ingredients, raw materials and finished products from one area of a facility to another. These sanitary conveyors can help improve production line efficiency, increase throughput and reduce downtime by streamlining product flow and reducing the need for manual labor.
Sanitary conveyors can also minimize the time it takes for a food manufacturer to change over production processes by automating some tasks and making others easier to perform, such as moving products into different machinery for further processing. This reduces downtime and increases overall productivity, especially in a sector where labor resources are often scarce.
Choosing the right food-grade conveyor for a specific process is important. For example, tubular cable conveyors have an enclosed belt that can’t come into contact with the food being processed, which can prevent cross-contamination. These conveyors can also be designed to redirect product automatically using sensors and varying the speed or direction of the belts, saving time when changing over production lines.
Other sanitary features of conveyors include easy cleaning, which can be done with food-grade cleaners that don’t damage the conveyor or the materials it’s transporting. They may also feature non-metallic, low profile fasteners that are less likely to attract contamination and can be easily disassembled and cleaned without tools. For pouch packaging machine manufacturers They can also have sealed belts to reduce bacterial growth, and endless splices that are not exposed to airflow.
Automotive Conveyance
For automotive applications, Columbus McKinnon has an array of conveyor systems that increase efficiency and reduce downtime in manufacturing. Whether it’s a pre-programmed overhead crane repeatedly delivering transmissions to a set location in your facility, or robotic arms installing windshields, our material handling solutions can help you automate and streamline your operation.
Our PMT system includes a network of transit closed tracks, vehicle car-pods, loading and unloading stations, storage silos, off-line apparatus storage silos and area network computer control and monitoring systems. Local, narrow and wide area control systems offer a variety of options to track each uniquely identified vehicle conveyance apparatus from point-of-load to destination un-load station.
In one embodiment, the PMT system utilizes dual direct-drive electric motors to convey the vehicle conveyance apparatus and its coupled car-pod along the PMT network. Each individual car-pod is also powered by its own on-board battery. During the transit process, the primary power receiver (item 38) transfers electricity from the energized track system wirelessly to the conveyance apparatus and any auxiliary power needs of the car-pod.
When it’s time to remove the vehicle conveyance apparatus from the track system, a pick-point bogie capable of supporting the maximum weight allowed on the transit system and matching system speeds moves down a track section that is parallel to the track the apparatus is currently traveling on. This allows the pick-point bogie to temporarily disengage the apparatus’s support wheels and drive wheels. Once the vehicle conveyance is removed, the pick-point bogie re-engages the wheel systems and re-establishes normal fly-mode operation.
