Semi-automatic lathe for dressing bamboo stumps utilized in furniture making
Issue Date
10-2000
Abstract
A machine, similar to a wood lathe, was developed for semi-automatically converting difficult-to-clean bamboo butts with nodes, knots, and scars, into uniformly sized and clean poles of desired lengths and diameters. The technical performance and economic viability of the machine, called the MMSU bamboo pole dressing machine, were subsequently evaluated.
The main parts of the machine are an electronic-controlled cutter assembly, a three-speed transmission assembly and a three-point auto-switch-off. The cutter assembly enables the operator to adjust the scraper/cutter; the transmission assembly helps to select a desired spindle speed appropriate for scraping and sanding operations; and the auto-switch-off automatically shuts off the cutter assembly as the blade reaches the end of the pole.
The machine can process bamboo poles 59 cm to 250 cm long and 3.6 cm to 26 cm thick. Its processing speed is 4.2 cm min⁻¹. It takes 4.2 min (or 16.8% of the total processing time) to set and re-set a raw bamboo pole 90 cm long from an initial 7.6 cm to a final diameter of 7.0 cm, 18.6 min (74.8%) for scraping, and 2.0 min (8.4%) for sanding. The rate of return on investment is computed at 146%. The payback period is 6 months.
Source or Periodical Title
Philippine Agricultural Scientist, The (Formerly: The Philippine Agriculturist)
ISSN
0031-7454
Volume
83
Issue
4
Page
390-396
Document Type
Article
College
College of Agriculture and Food Science (CAFS)
Frequency
quarterly
Physical Description
illustrations ; graphs ; tables ; references
Language
English
Subject
Bamboo poles
Recommended Citation
Zafaralla, Jose A. and Malab, Stanley C., "Semi-automatic lathe for dressing bamboo stumps utilized in furniture making" (2000). Journal Article. 5927.
https://www.ukdr.uplb.edu.ph/journal-articles/5927
En – AGROVOC descriptors
BAMBUSA; BAMBOOS; WOODWORKING; WOODWORKING EQUIPMENT; FURNITURE MAKING; FURNITURE; WOOD INDUSTRY; STUMPS; NODES; PROCESSING QUALITY; SPEED; PERFORMANCE ASSESSMENT; PRODUCTION POSSIBILITIES; PRODUCTION COSTS