Custom manufacturing companies like GM Nameplate (GMN) face the challenge of producing high-quality parts, with short lead times at the tightest tolerances. There are many steps involved from receiving an order to delivering the required parts to the customer in a timely manner. A number of the tasks in the production phase are tedious, and by improving the efficiency of output with these tasks, we can ensure customers receive cost-effective and quick-turn solutions for their projects.
To increase the value we deliver to our customers, we work every day to deliver our services quickly and cost-effectively, while maintaining the same standard of high quality, tested parts. GMN continuously drives to eliminate unexpected results and cultivate seamless production. We have always had a high-caliber skilled labor force, however using this labor as effectively as possible is an ongoing goal we strive for. One way we have achieved this objective is through the use of robotics. Robots are becoming great partners in the manufacturing process by working side-by-side with our employees.
Most recently, GMN has started to employ multi-jointed robots that are registered using coordinates to operate with distinct movements that are precise and repeatable. These are most typically used for a compilation of several small tasks for a specific function. Once a robot is set up with its coordinates and materials, it can reiterate the task for a set number of times, with speed and accuracy. Thus allowing our employees to spend their time programming the robots and focusing on setting up more jobs. GMN has been using robots with loading and unloading laser cutters, clam shell die-cutting presses and other repetitive processes. This allows for a more interesting and rewarding role for the employee as well as more value to our customer.
Safety is our top priority for our employees at GMN, and these robots were made with employee’s safety in mind. They have “smart-technology” to sense if they bump into someone or something, so they do not need to be in a cage. For example, if a robot’s arm swings into an employee, the robot will stop at the point of contact. Robots without this technology will swing with force into objects (or people).
Robotic automation is being implemented more and more among manufacturing companies, and GMN is an early adopter of this innovation in our industry. This allows employees of GMN to focus on skilled tasks that robots can’t perform, so labor is better applied during production. Robotic automation is one of the many ways GMN brings value to customers, by improving efficiencies, reducing costs, and seeking continuous improvement.
To see our robots in action, watch the short video below.