Glebar's machines are well represented across all industries around the globe. The company manufactures machines such as double disc grinders, form grinders, OD grinders, micro grinders, gauging systems and infeed/thrufeed centerless grinders. Glebar serves companies across many market segments including medical, metals, automotive, aerospace, consumer goods and mining; our machines are known for their precision, longevity, flexibility and efficiency.
We highlight the GT-610-CNC machine because of its versatility, ease of use and automation and gauging flexibility.
We offer customized solutions to address high precision components such as bearings, valve lifters, rocker pins and other components.
If you go to any home in the USA, you will likely find a consumer good ground on a Glebar machine.
Glebar has been at the forefront of the centerless grinding industry for medical machines for over 40 years.
Grind metal components ranging from 60 to 80 Rockwell 1.25" stainless parts, to 0.002" diameter titanium parts.
For decades, Glebar has bucked conventional wisdom that hard materials could only be sized by massive machinery.
Backed by a 24/7 Customer Care team of expert technicians, design engineers and customer service representatives
The company stocks stand-by inventory of critical parts and tooling for next-day delivery in the U.S., Europe and Japan
Founded in 1952, Glebar currently serves customers around the world, including North America, South America, Europe, Asia, Australia and Africa.
All Glebar machines are made to the highest quality and safety standards.
Glebar has expanded its secondary process capabilities with the option to integrate its Wire Cutter and Extractor with the GT-9AC Automated Medical Guidewire Grinding Machine. This allows for double-ended grinds and grinding multiple short parts from the same 10-foot wire without stopping for a changeover, reducing downtime.
we're here to help or answer any questions you may have. All inquiries are strictly confidential. Download our mutual NDA by Clicking Here