TY  - BOOK
AU  - Logdat, Neorex M., Author.
AU  - Macasil, Jamie Dhane E., Author. 
AU  - Sabater, Aljohn Bryan B.
AU  - Santos, Ma. Daisy A., Adviser., Adviser.
AU  - Luseco, William P., Technical Critic.
TI  - Development of Portable Circular Cutter with Dust Collector
AV  - UM TJ1185 L64 2019
PY  - 2018///
CY  - Rosario, Cavite
PB  - Cavite State University-CCAT Campus
KW  - Circular cutter
KW  - Dust collector
KW  - Prototype, Engineering
KW  - Cost analysis
N1  - Design Project (BSIT) with Specialization in Drafting Technology--Cavite State University -CCAT Campus, 2019; Includes bibliographical references and appendices
N2  - LOGDAT, NEOREX M.,MACASIL,JAMIE DHANE E., and SABATER,ALJHON BRYAN B. Development of Portable Circular Cutter with Dust Collector. Undergraduate Thesis. Bachelor of Science in Industrial Technology major in Drafting Technology; Cavite State University CCAT Campus, Rosario, Cavite. May 2019. Adviser: Ma. Daisy A. Santos, Ed. D. Technical Critic: Mr. William P. Luseco. 

The study was conducted from August 2018 to April 2019 to develop and evaluate a portable circular cutter with dust collector that can be used for cutting variety of materials and control the speed of cutting process. The study aimed to: 1) design a portable circular cutter that can be used for cutting variety of materials; 2) construct and develop a portable circular cutter with a vacuum system that prevents conflicts during cutting process; 3) test and evaluate the technical performance of the portable circular cutter in terms of: a) speed of the circular cutter in terms of three-variable speed setting; b) selection of speed setting depending on the materials; c) amount of dust and residue collected in the cutting processes, and; 4) conduct a cost-and-return analysis for the Portable Circular Cutter with Dust Collector.
 
The prototype was consisting of circular cutter, dust guard, a variety of cutting disc, platform railing, limiting switch, lighting switch, vacuum hose, and vacuum unit. 

In testing and evaluation, different media and instruments were measured and evaluated. Data collected were analyzed to determine the efficiency of the Portable Circular Cutter with Dust Collector. 

The result of the study indicated that the portable circular cutter with dust collector is more efficient to use than acquiring a group of cutters specializing in different materials. The circular cutter was tested to find the consistency of the spindle speed, measured in revolution per minute (rpm). It resulted to the findings that the four materials used in the study such as wood, metal, plastic, and ceramic, are suitable to high-speed setting. Also, dust collection is effective in preventing any casualties

ER  -