TECHNOLOGICAL ENHANCEMENT IN WOODWORKING: A STUDY ON THE DESIGN AND FABRICATION OF A SUSTAINABLE WOOD LAMINATION DEVICE

This study, titled “Technological Enhancement in Woodworking: A Study on the Design and Fabrication of a Sustainable Wood Lamination Device,” aimed to develop and evaluate an innovative lamination system utilizing veneer sheets and an air-compressor-based clamping mechanism. The primary goal was to enhance the efficiency, accuracy, and sustainability of the lamination process compared to traditional methods that use C-clamps and F-clamps. The study employed a descriptive-developmental research design involving 60 purposively selected respondents—composed of faculty members, students, and local woodworking practitioners—who evaluated the device in terms of design, functionality, performance, and acceptability. Findings revealed that the developed device demonstrated excellent results in design evaluation, particularly in ergonomics, durability, and material sustainability (overall weighted mean = 4.83). Performance and functionality were rated excellent (overall weighted mean = 4.72), indicating improved bonding strength, consistent pressure, and reduced production time. The acceptability level was excellent (overall weighted mean = 4.80), confirming its suitability for both classroom and industrial applications. Statistical analysis through the t-test showed a significant difference between the developed device and traditional clamping tools in terms of pressure consistency, bonding strength, production efficiency, and safety. The results suggest that the air-compressor-assisted lamination device provides technological and environmental benefits, including diminished material waste, decreased energy usage, and enhanced ergonomic functionality. The study concludes that this sustainable innovation can serve as a model for advancing woodworking production systems toward greater efficiency, safety, and environmental responsibility.