What Conveyor System is Required for Prismatic Cell Sorting?

You can see now how critical the complexity and efficiency of the battery sorting machine is to your operation whether you are manufacturing or recycling lithium batteries. With demand for electric vehicles (EV) and systems for storing energy charging racing, sorting, especially prismatic cell sorting has become imperative.
Of course, the heart of a battery sorting machine will be the conveyor system. What conveyor system is needed for a prismatic cell sorting machine? That’s our topic today.
Why is Conveyor System Important for Prismatic Cell Sorting?
As you probably guessed from the name, prismatic cells are flat cells like those used in EV batteries, energy storage or floor scrubbers. They are usually sorted by some combination of voltage, capacity, and condition and will need to be properly handled–hence the need for a good conveyor system.
Important Considerations when selecting a conveyor system
Here are a few important things to check when selecting the correct conveyor system to ensure maximum production efficiency on your lines when sorting prismatic batteries.
Cell size & weight
There are many different sizes of prismatic cells, and it is important to choose a suitable conveyor system that can handle the cells you have access to.Cell weight
Consider cell weight, and select a system that can handle the weight of the cell during transport, without damaging it or misaligning it. Make sure the conveyor belts or rollers can hold the cells securely.Conveyor speed and throughput
It is connected with the speed of movement, and the swifter the movement the faster you get the throughput when sorting the cells. This can be a helpful characteristic if there is a big operation with lots of throughput, but you also need to match it with the accuracy of the sorting performed. If the conveyor will be too swift, there is danger of the cells being misplaced on its surface leading to sorting error, and vice versa. Choose carefully for accuracy of sorting, and number of cells, a desirable rate of speed for the conveyor.
Integration with sorting equipment
The conveyor system needs to fit in nicely with all the other parts that make up the sorting machine; the mechanism that tests and then measures the cell during nugatory sorting process, and which categorizes them to the appropriate part of the line. If your conveyor system is not suited for the sorting machine it will have an effect on the operational efficiency, as the machine will slow down. Make sure the conveyor system is flexible enough and configurable according to your specific needs in a sizeAutomation and control systems
Having the conveyor be mechanized and have automatic control systems built in can further increase the efficiency of the whole sorting process.Automated Conveyors
Automated conveyors are capable of keeping track of the position of the cell being sorted as they convey it, and making automatic adjustments to speed and/or direction. They may also be able to interface with other pieces of equipment, like battery feeders or testing stations. This helps reduce the need for manual handling, and makes for a more uniform sorting.
Durability and Maintenance
Battery sorting machines may work in less than ideal conditions from time to time, and the conveyor may be subject to a lot of abuse. It is worth placing a premium on durability. Seek out conveyers made from quality long wearing materials, and ideally that are easy to maintain and service. Routine maintenance will be necessary to help restore the system reliability over the longer term and keep downtime to a minimum.
Noise/Vibration Control
Conveyers can make quite a racket and create a lot of vibration, which may not only be harmful to the environment being dealt with, but may have indirectly harmful effects, for example misaligning a prismatic cell or creating other malfunctions in the system. Choosing a conveyer which makes an emphasis on noise and vibration control may help to deliver a better discipline of conditions for both machines and help take the pain out of the system for the human operatives of the machines.
Types of Conveyors for Prismatic Cell Sorting
There are a few types of conveyors that may be suitable for use to a degree to sort prismatic cells. A few examples are:
Belt Conveyors
Belt conveyors are commonly used for battery sorting applications. Conveyor belts can be built to carry huge numbers of cells, and also actually sorting cells. There are several different types of belt available made of rubber, plastic and metal depending on the requirements of the application. A belt conveyor is suitable for the transportation across the surface of material parallel or ideally, at right angles to the horizontal.
Roller Conveyors
These are again quite a common mode of transporting prismatic cells for sorting purposes. As the cell is carried along on the roller it is sorted or mechanised to be fed to more sophisticated sorting equipment, such enrolling interMasks etc. Sudden jolts as it flies across the deck isavoidingusing a number of assortedmoreorless freerunning rollers, either powered or not.
Vibratory Conveyors
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