DEVELOPMENT OF BAMBOO SPLITTING MACHINE: A FIBER SOURCE FOR LAMINATE PRODUCTION
Abstract
The traditional methods of bamboo splitting, often involving manual labour and
rudimentary tools, are time-consuming, labor-intensive, and pose safety risks to workers.
The design and fabrication of bamboo splitting machines has emerged as a crucial step
towards automating and streamlining this process. This study presents the design,
fabrication, and evaluation of bamboo splitting machine optimized for producing
uniform strips suitable for laminate production. The machine features a robust frame
structure, high-carbon steel blades, and an automated feeding mechanism to ensure
efficient and precise splitting of bamboo culms. Performance tests demonstrated the
machine's ability to produce strips of consistent dimensions with minimal splintering,
indicating its suitability for laminate production. The machine's energy efficiency and
use of locally sourced materials for fabrication make it a cost-effective and sustainable
solution for bamboo processing. This project contributes to the growing body of
knowledge on bamboo processing technologies and promotes the use of bamboo as a
sustainable alternative to traditional wood-based materials.
Keywords: designed, bamboo, laminate
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