The difference between Precision Engineering and standard engineering, really comes down to creative accuracy! Being able to identify unique “outside of the box” customer solutions while ensuring that all of the necessary calculations check out, is at the center of Precision Engineering.

When applied to manufacturing, it is the constant evolvement of creativity and preciseness that allows us to continually improve upon the solutions that we provide for our customers as well as the manufacturing processes that our equipment goes through. As a manufacturer who measures preciseness into three, four and five decimal places, the difference between being precise or not is the difference between our customers having to shut down their entire operation, which we refer to as unscheduled downtime, or being able to operate at full capacity while meeting the throughput and production expectations of their operation.

Precise engineering and manufacturing means making the impossible, possible through creative accuracy!

There are a variety of industries that use precision manufacturing. However, my opinion is that the machining industry is among the top industry where precision manufacturing exists. When utilizing both CNC and manual turning lathes or milling machines, preciseness is critical. Although most would not think there is not a good enough reason to reject a shaft that is .0001” too small, in our world, we might as well have missed it by a mile!

Our customers operate within a variety of industries. One common denominator among them all is that they operate industrial manufacturing plants that move materials. These operations utilize Precision Machine & Manufacturing because we have a long and proven history of ensuring preciseness in the equipment that we manufacture. This preciseness keeps air “blow by” to a minimum and ensures the material being moved are moving at peak efficiency. Whether it be in Cement Manufacturing, Biomass & Coal Power Generation, Wood Products, Pulp and Paper, or Metals and Minerals production, all of these industries utilize our products because of our proven track record to deliver the most precisely manufactured products available.

Precision machining is utilizing specialized tools that can measure the smallest, most precise nuances of a product and being able to calibrate a machine to recognize those nuances and ultimately create and shape the metal into a finished product. Precise machining means MEASURING…A LOT! We closely measure every aspect of the product drawings, we closely program those measurements into the CNC machine center, and we closely measure each function of the machine to ensure it matches up with the drawings. If it doesn’t, we scrap the material and start over.

Precise machining means ensuring the product is 100% EXACTLY accurate and not “close” as most of our competitors accept and deliver to the customer.

As far as we are concerned, Precision Machinery is manufacturing equipment that sets the standards for quality and exactness. It means manufacturing components and equipment that isn’t just good, or excellent for that matter but manufacturing equipment that is absolutely PERFECT in every way! It means manufacturing components and/or equipment that perfectly mate together and operate exactly as intended, while setting the standard for airlock functionality and material delivery. It is designing and manufacturing material handling equipment that eliminates the common trouble spots in an industrial manufacturing operation. Precision Machinery means being Made in the USA!

I would sure love to share this with you, but this is the secret sauce! Precision machining starts with the people! Within our ranks, we have the highest quality, hardest working, most passionate Americans. These folks are the ones that embody Precision Machining!