Abstract

This paper presents the design and development of a scissor lift table, focusing on its application as a safer, more efficient solution for workers needing access to high elevations in various industrial settings. Scissor lifts have become increasingly essential in construction sites, warehouses, factories, and emergency services, where traditional equipment like ladders or platforms pose safety risks due to their instability and limited working space. The objective of this project is to address these safety concerns by offering a stable, ergonomic alternative that improves worker productivity and minimizes the risk of accidents, such as falls, while working at height. Powered hydraulically or pneumatically, scissor lifts use mechanical arms to elevate platforms, with fail-safe options to return the platform to the ground by releasing hydraulic or pneumatic pressure. This design feature enhances reliability and safety. The versatility of scissor lifts makes them suitable for a wide range of industries, including manufacturing, warehousing, military, hospitals, and emergency rescue operations. By offering a more reliable and secure solution for high-elevation work, scissor lifts provide an improved working environment compared to conventional lifting methods. This paper explores the practical benefits and innovations in scissor lift design, supporting the idea that such lifts can significantly enhance safety and efficiency in industries reliant on elevated work platforms, thus making a valuable contribution to the field.