Natural fibre metal laminates are widely being researched for their mechanical properties
and in the making of metal and polymer matrix composites. The hybrid metal–natural fibre …

A growing trend in the utilization of compliant micro-motion stages, which offer exceptional
precision and repeatability in positioning. These stages enable the creation of dual-range …

A XY compliant mechanism is designed for the precision application with higher range,
precision and accuracy. In earlier work many researchers have used different methods to …

In recent times, the growing popularity of joint-free mechanical systems and structures is
attributed to advancements in 3D printing technology. Unlike traditional mechanically joined …

Conventional mechanical components (eg rigid components that utilize gears, links joint,
chains, and so on.) has confined repeatability and determination because of specific effects …

The current article discusses the parametric demonstration of an XY flexural system that is
used. The Double Parallelogram Mechanism (DFM) is used to construct squares. The …

This paper presents a model reference of position estimator controller for controlling XY
stage Flexure Mechanism. The mechanical testing and design of XY stage mechanism with …

The XY Flexure is well-known for its exceptional positioning precision. When combined with
ordinary stages, it produces dual-range positioning devices with remarkable accuracy within …

In miniaturized scale electro-mechanical framework (MEMS) flexural instruments are
generally utilized in light of their preferences, frictionless and wear less movement and high …

A mechanism is a mechanical system that uses certain joints to create relative movement
between stiff linkages. Rolling, sliding, pin, hinge, liquid, and other joints are often used …