Fourth-axis and fifth-axis clamp

Abstract

The invention discloses a fourth-axis and fifth-axis clamp. A steel wheel of a first harmonic reduction gear is fixedly installed in a first body. A first servo motor drives a waveform generator of the first harmonic reduction gear. A second body is fixedly connected with a flexible wheel of the first harmonic reduction gear. A steel wheel of a second harmonic reduction gear is fixed into the second body. A second servo motor drives a waveform generator of the second harmonic reduction gear. The axis of the first harmonic reduction gear and the axis of the second harmonic reduction gear are perpendicular to each other. A tool fixture provided with a fixing device used for locating a product is fixed to a flexible wheel of the second harmonic reduction gear. A first motor and a second motor are provided with a first encoder and a second encoder respectively. The first encoder and the second encoder are electrically connected with a controller. The controller controls the first motor and the second motor to work. By means of the fourth-axis and fifth-axis clamp, five-axis machining is achieved, the machining precision is high, various complicated structures can be machined, and the fourth-axis and fifth-axis clamp is suitable for machining high-precision parts and high in machining efficiency.

Description

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AI Technical Summary

Benefits of technology

This patented device uses two different types of reducing devices that have very accurate positions and repetitive movements over large distances without losing their precision or causing any problems during use. These systems also allow for precise control and monitoring of rotational angles while continuously working on complicated shapes like those found at manufacturing processes. Overall this technology improves overall performance and reliability by providing efficient and effective machining tools.

Problems solved by technology

The technical problem addressed by this patented technology relates to improving the efficiency at which small-sized objects can be processed during manufacturing without increasing their overall dimensions due to limitations such as fixed orientation requirements that require precise placement before assembly.

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