Small Robotics Are Major Producers For Small Manufacturing

Small robotics are major producers for small manufacturing, so much so that they bring the competitive edge of the companies right up to the level of large manufacturers. Now there are very effective small robotics that have all the capabilities of their larger predecessors. Most popular of these machines are the Cartesian, SCARA, and Gantry types. Each of these have their own special areas of productive work based on the ways that they can be configured. The end-effector and positioning system on each of these small robotics make their uses effective in multiple applications.

Dispensing of products is one of the popular applications of small robotics. Basically any product that is in a fluid form that needs to be inserted into a container or applied to the surface of another part can be handled by one of the small devices. Such fluids as oils, paints, adhesives, coatings, sealants, and greases are prime candidates for manipulation by small robotics. The fluids can be fed from large containers by piping into the end-effector of the robot so that it is easily applied or inserted. The control that is available from the robotic is important in the movement of these fluids. When a fluid is applied there is often a required thickness of its application. It is important that the there be no variation in the thickness for optimum results in the process. Small robots can deliver the consistent thickness that is required, much better than manual application. The application of micro-dots or long continuous beads of products are delivered with great consistency by small devices. The consistent travel speed and accurate disbursement of the same diameter of fluid makes the robot the optimum tool here. This flow consistency can be utilized well in the mixing of multiple fluids that have to be used as sealants and adhesives. More than one fluid can enter the end-effector of a robot through separate tubing and be consistently mixed as they are applied or inserted into a container by a robot.

Assembly operations are another significant task for small robotics. Robots can pick and place parts to an exact location then perform the function driving fittings like screws and other fasteners to attach parts to one another. The functions performed in conjunction with conveyor systems make the assembly of products very efficient.

Testing products allows robotics to make sure that the products coming from the production line are consistently completely to the proper specifications. Robot devices, working in concert with vision devices, can review the configuration of completed products before they are released for use by customers. With a camera attached a robotic can look at a product configuration for acceptance or rejection. Robotics can insert electrical probes into products to make sure specifications are met. Controllers attached to the probes can move products to a rework queue if necessary.

The ability to work with small robots has become very easy, even satisfying, over the last few years. The programs that control the functioning of a small robot will interact with employees through a monitor attached to the controller where all the program instructions are executed and sent to the robot. As soon as there is a need for the employee to respond to the robot operation by making a decision about what has occurred, the program will give the employee the option by displaying a question or need for attention on a computer monitor. The robotic operation is run by the controller, but the employee is still in overall control of the process. You do not have to have an automation engineer available to run a small robotic in your manufacturing.

You may have single part of your manufacturing process that you know can be made more efficient by employing automation. To attain the benefits and abilities of small robots in your manufacturing you will need to define the specific need that your operation has for the robot. You may have to seek some advice from a professional who has some automation experience, like an engineer or the employee of an automation provider, to make sure that your automation definition and your selection of a robotic to fill that need are correct. Then with your business background you should be able to search out and find an appropriate robotic to fill your requirement. You may also opt to have the solution provider assist you in purchasing and setting up the robotic for you. If have a complex combination of tasks that need to be automated it would be advisable to employ the solution provider to help with the selection, integration, and set up of your automation. In this case you will have other needs such as training and support that only a proper solution provider can offer to your business.