Automatic Gear Teeth Chamfering Machines. There is a machine suitable for all types of gears that you might want. Be it, spur gears, helical gears, bevel gears, pinions, spiral bevel, or face gears, we have done it all
➢ Simple Operation & Set-Up
➢ Generates Consistent Chamfers Throughout Part Profile
➢ Rigid Construction for Long Term accuracies
➢ Standard “Off the Shelf” Cutting Tools
➢ Machine Enclosure w/ Auto Door & Interlocked Safety Features
➢ Obtuz has specialized in the manufacturing of chamfering and de-burring machines for over 70 years. In 1997, Obtuz introduced a patented “Program-Less” chamfering process. Since the introduction, more than 5,000 machines have been delivered worldwide.
➢ All Obtuz Automatic Chamfering & De-Burring Machines are solidly constructed from fabricated welded steel base. Machined components are manufactured in Japan and go through a rigorous inspection, checking for consistency and accuracy. All other components are readily available, purchased from internationally known manufacturers.
➢ Due to the unique design and the use of a stylus tracing system, the process of generating a consistent chamfer is completed without the need for any computer programming and can be generated on most gears and other components.
➢ When clamping the work piece in the machine, radial positioning and concentricity of the part are not required as in other manufacturer’s processes. The cutter axis moves forward and backward by simply following the outer shape of the component, so that even if the component is changed, it may not be necessary to readjust.
➢ The chamfer size, cutter spindle and work spindle rotational speeds can be easily adjusted using the ergonomically placed controls. As long as key requirements for a new component are similar to the previous component, the new component can be chamfered by the machine with minimal adjustments.
➢ Standard type tooling is used from V cut end mills mounted in the collet spindle and air driven power chucks. Consequently, replacement and replenishment of tooling does not require special orders which can be costly and have long lead times.
➢ No Programming and Positioning before using like CNC machines and robots are required.
➢ No Programmers and Skillful Workers in your factory are required.
➢ Easy Operation for accuracy above CNC machines and robots because actual tracing instead of programming and Cost Savings.
