Precision Grinding and Cutoff Manufacturing Case Studies

Challenge: To devise a new process for an automotive component manufacturer to automatically grind and gauge pinion shafts for differentials. The shafts are made of hardened steel. The Customer is looking to expand their automotive manufacturing portfolio by bringing large volume production in-house.SolutionSolution: Glebar’s GT-610 Thrufeed...
Challenge: To devise a new process for an automotive component manufacturer to automatically grind and gauge pinion shafts for differentials. The shafts are made of hardened steel. The Customer is looking to expand their automotive manufacturing portfolio by bringing large volume production in-house.SolutionSolution: Glebar’s GT-610 Thrufeed...
Challenge: To design a fully automated turnkey feeding and inspection solution, integrated into to a Glebar GT-610 Thrufeed Grinder that ensures a one hundred percent defect-free product that is ground to a minimum 1.7 CpK and packaged hands-free.SolutionGlebar engineers devised a series of pre- and post-grind inspection steps to ...
Challenge: To design a fully automated turnkey feeding and inspection solution, integrated into to a Glebar GT-610 Thrufeed Grinder that ensures a one hundred percent defect-free product that is ground to a minimum 1.7 CpK and packaged hands-free.SolutionGlebar engineers devised a series of pre- and post-grind inspection steps to ...
Challenge: To auto thrufeed grind metal valve seat components which are used in the automotive industry. The customer needed a system which could accurately grind and gauge 3,000 parts per hour. The width and nonsymmetrical geometry, would be the most difficult challenge engineers would face in devising a successful staging and feeding process...
Challenge: To auto thrufeed grind metal valve seat components which are used in the automotive industry. The customer needed a system which could accurately grind and gauge 3,000 parts per hour. The width and nonsymmetrical geometry, would be the most difficult challenge engineers would face in devising a successful staging and feeding process...
Current ProcessConventional cutting processes use an abrasive chop saw, band saw, lathe cutoff, or shear cutting machine. Each method has its disadvantages. Tooling wears quickly and is expensive, driving up costs.ChallengesThe material used to manufacture aerospace fasteners is difficult to cut using conventional equipment. Cutting oil is expe...
Current ProcessConventional cutting processes use an abrasive chop saw, band saw, lathe cutoff, or shear cutting machine. Each method has its disadvantages. Tooling wears quickly and is expensive, driving up costs.ChallengesThe material used to manufacture aerospace fasteners is difficult to cut using conventional equipment. Cutting oil is expe...
Challenge: To thrufeed automatically thru feed grind an automotive component and achieve a 1.2 Rz surface finishSolutionUsing a GT-610 thrufeed machine coupled with a vibratory feeding system that oriented pushrod parts for thrufeed grinding, we were able to use the same automation to cover a wide range of part lengths. The pre-ground 0.098”...
Challenge: To thrufeed automatically thru feed grind an automotive component and achieve a 1.2 Rz surface finishSolutionUsing a GT-610 thrufeed machine coupled with a vibratory feeding system that oriented pushrod parts for thrufeed grinding, we were able to use the same automation to cover a wide range of part lengths. The pre-ground 0.098”...
Glebar Company’s position in the machine tool industry is driven by its solution orientated leadership and skilled engineering staff. Market studies have indicated a healthy growth cycle in the specialty carbide cutting tool industries especially in the aerospace sector. Glebar identified this opportunity and introduced a new mac...
Glebar Company’s position in the machine tool industry is driven by its solution orientated leadership and skilled engineering staff. Market studies have indicated a healthy growth cycle in the specialty carbide cutting tool industries especially in the aerospace sector. Glebar identified this opportunity and introduced a new mac...
Challenge: To grind diameters on parts of many sizes and lengths for a manufacturer of aerospace fasteners. The goal was to provide a solution that gave the customer a machine with intelligence, in-process inspection, ease of use and to maximize up time and production rates. SolutionBefore finding Glebar, the customer had to ...
Challenge: To grind diameters on parts of many sizes and lengths for a manufacturer of aerospace fasteners. The goal was to provide a solution that gave the customer a machine with intelligence, in-process inspection, ease of use and to maximize up time and production rates. SolutionBefore finding Glebar, the customer had to ...
Challenge:The customer was outsourcing grinding of components and came to Glebar looking for a way to reduce lead times on parts, reduce costs, and bring grinding capability in-house.Original challenge was to thrufeed 1-½” diameter, 15’ aluminum tubes removing 0.003”-0.006” per pass. The second requirement was for the machine to be cap...
Challenge:The customer was outsourcing grinding of components and came to Glebar looking for a way to reduce lead times on parts, reduce costs, and bring grinding capability in-house.Original challenge was to thrufeed 1-½” diameter, 15’ aluminum tubes removing 0.003”-0.006” per pass. The second requirement was for the machine to be cap...