Assembly automation is one of the most significant machinery considered to be very beneficial in several industries. In fact, with the presence of this facility, manpower costs are reduced as human errors are also lessened during the process. In an overall point of view, it is favored because it produces high quality products.
Most industries and companies employ assembly automation to accomplish tasks in a quicker turnaround time. Consumers highly appreciate such a technique knowing that the products from the procedure are highly reliable. The applications often include the assembly of small products like screwdrivers as well as the manufacture of larger industrial goods like cars. Below are different technological applications and processes for the machinery.
Functional technologies
Functional and leak testing technologies include different activities. Hydraulic, servo and pneumatic pressing are but a few examples. It may also include dispensing technologies such as spray, continuous bead and glue. As for functional testing, resistance, powered device testing, effort testing and force monitoring are included while for the leak testing process, the system checks on the flow, pressure, mass specifications and vacuum testing.
Automation is a relevant portion of the so-called functional and leak testing technologies. From drive and torque systems to the placement of barcodes, the procedure is essential. Other important uses of the assembly are sensing, dispensing, part marking, welding, fastening, electrical testing and even robotics.
Lean manufacturing and manual technologies
Lean manufacturing and manual technologies are also recognized by assembly automation. Lean concepts have been developed in order to improve the product’s quality by eliminating errors and defects during the process. This produces cost reduction for the entire system.
Just like in functional technologies, lean technologies adapt automation for several purposes. It undergoes several applications and processes like torque and drive systems, dispensing and feeding. The assembly is also important in part and color sensing, out tooling change, fixture set-up verification and ink jet and pin stamping part marking.
Robotic technologies
This is the most complicated in the list of assembly automation. Robotic systems are complicated and make use of different technologies to make sure that the company or the industry adapting the technique will be able to institute the changes in the present system. With a chosen manufacturer, all the ideals of adapting the robotic technology are possible.
Another application of automation is the rotary dial indexer technologies. Customized solutions are made through the use of dial machines thus allowing the launch of a new product in the market place. It also ensures speed and accuracy in the manufacture of goods.