A top tier technical ceramics OEM in the consumer goods industry required a precision grinding solution for their ceramic shaft components. They needed an automated turnkey process that could integrate with the company’s existing ceramic press to accurately grind and handle multiple-parts per cycle and do so in a way that will ensure the parts do not chip or break due to the brittle consistency of pre-sintered ceramics.

Challenge: A food equipment manufacturer approached Glebar to improve productivity and reduce costs for their food filler machines. The metal spout requires grinding for several reasons. They come in contact with food, therefore requiring a smooth finish for sanitary purposes. The tubes are often exchanged on the machines to dispense various size pastries. Also, the mating housing for the spouts must be a close fit to prevent leaking and to keep appropriate content pressure to dispense the precise amounts.  Eight different components needed to be ground, all approximately four-inches in length, however they varied in diameters and weight. The variation of part geometries posed the biggest feeding challenge. Rapid changeover of grinding wheels was important to reduce setup time between the components. 

Challenge: To mass produce golf ball cores at a low cost, while holding tight tolerances with maximum throughput.

Challenge: To end grind printed circuit board carbide drill blanks used by a major tool manufacturer to qualify the blank before fluting. The existing method relied on a batch process where parts were placed, a stack at a time, into a fixture and surface ground. Control over the length was highly dependent upon the setup of each batch in the machine, and length adjustment and perpendicularity were cumbersome to adjust for small diameter parts. Existing machines on the market were extremely large in comparison to the small diameter of the part to be processed, and were very expensive.

Challenge: To grind felt tips for pens. Customer required a high volume turnkey solution.