Grinding Technologies

The Glebar TF-9BHD Infeed/Thrufeed Micro Grinder is a manual infeed/ thrufeed centerless grinder that grinds both hard and soft materials, specializing in parts from .002″ to 2.5″ in diameter such as catheters, guidewires, dilators, fuel pellets, pins, bushings, PTFE, plastics, ceramics, and other engineered materials. Like ...

The Glebar DD-7 Double Disk Grinder has the smallest footprint of any double disk grinder on the market. It is designed for grinding small components, accurately controlling their length and perpendicularity. Customizable interface software can meet your production requirements encompassing controls for all peripheral attachments such as robots...

The Glebar PG-9x20DHD centerless form grinding machine was designed to form ceramic components such as unfired carbide and crystal quartz glass boules used to produce fiber optics by Form Grinding the carbide in the soft state to near net size.https://vimeo.com/69255122Key FeaturesBuilt on the compact base of the Glebar PG-9DHD machine.An exten...

The Glebar PG-9DOD is a compact OD grinding machine designed to handle small components requiring a tight concentricity such as rollers, pins, bushings, and other engine components. Designed to grind high­ performance engine components, it can be simply adapted to process equally challenging parts where the concentricity specification is criti...

The Glebar PG-9DHD Centerless Form Grinder is a high-precision version of the Glebar PG-9BHD. With its 10″ wheel, this form grinder is capable of multiple-part-per-cycle grinding, also offering precise slide positions and controllability. Glebar’s unique form grinding process can shape any spherical or cylindrical component into unlimited forms...

https://www.youtube.com/watch?v=d_S70nJZPpUThe Glebar PG-9CRG OD Grinding System is a compact machine that shapes the diameter on parts where the diameter of the piece is concentric to the centerline of the part. For profiles up to 12″ wide, this machine is capable of grinding a shape in components concentric to a center shaft much faster tha...

The Glebar PG-9BHD Centerless Form Grinder produces spherical or cylindrical components from pre-form or rod in a range of materials, including rubber, ceramics, wood, plastic, glass, and Teflon® (PTFE). Starting with a rod of material, the PG-9BHD can produce intricate cylindrical shapes, or even grind the rod directly into balls. The unique osci...

The PG-912DG Enclosed Centerless Form Grinder uses a 12″ wide work wheel and servo motors to reduce setup times, increase throughput, and maintain tighter tolerances. The enclosed design features a simple touch­ screen HMI, and remote connectivity and data collection. Combined, these functions help to generate more uptime and produce higher ...

The Glebar GT-610 SD is a Thrufeed/lnfeed Centerless Grinder designed to grind supermaterials such as polycrystalline diamonds and other hard materials where the process is unknown and challenging. This machine was configured to gather all the parameters affecting the grinding process for the sake of analysis and optimization. The result is the...

Built for the machine shop, the GT-610M Thrufeed Centerless Grinder is an affordable, compact, precision centerless thrufeed grinding machine. Featuring its 8-5/8″ wide x 10″ diameter work wheel, it can remove more material faster, and with better surface finishes, than competing machines with narrower grinding wheels. Commo...

The Glebar GT-610 EZ is a lean version of the GT-610, bringing slide motion control to the operator at an affordable price point. Operating on a much smaller footprint than the competition, this system excels at thrufeed grinding hard materials such as steel, carbide, PCD inserts, and technical ceramics. Slide positioning allows...

The Glebar GT-610 CNC Infeed / Throughfeed Precision Centerless Grinder is the complete “lights-out” solution for applications where a high degree of automation, data gathering, and gauging feedback is required. The fully automated system is capable of grinding and gauging multiple components per cycle. Challenging components such as arthroscop...