Pre-Test quiz.
Worksheet answers pages.
Light Machines

The CNC Technology teklinks provide students with a thorough understanding of the set up of a CNC machine, the selection of proper cutting tools, graphic simulation of NC programs, and the operation of the machines. Students also develop, edit, graphically verify and machine their parts. The CNC Technology teklinks are Windows 95 programs, allowing students to progress from one CNC machine to another using the same control software. They also conform to EIA, ISO, and Fanuc G and M code industrial standards.

Versatile Training Solution

The spectmLIGHT 0400 Turning Center is a portable state-of-the-art CNC system that fits comfortably into the classroom. Similar to larger industrial machines, the spectraLIGHT Turning Center uses EIA, ISO, and Fanuc-compadble G and M code programs to cut parts in a variety of materials. Linear, circular, and helical interpolation, multiple tool programming, and canned cycles are just a few of the programming modes the machine's software supports.

Computer-aided manufacturing software, known as CAM, is an essential element in the manufacturing and automation process. It forms the link between a computer aided drawing-, CAD, and a CNC mill or lathe by incorporating the machining information into the CAD file. The CAM program creates an NC (Numerical Control) file that, in turn, is interpreted and produced on the CNC mill or lathe.

The spectraCAM teklinks introduce students to the fundamentals of CAM programs and their use in industry. The spectraCAM for Milling teklink uses Light Machine's spectraCAM for Milling 32-bit, Windows 95

The teklink assists the students in understanding simple milling routines such as pocketing and contouring. It also explores advanced routines for creating ruled and swept surfaces. The spectraCAMfor Turning teklink uses spectraCAM for Turning 32-bit, Windows 95 version and focuses on turning operations such as roughing, facing, and cut-off procedures.

Innovative Technology

Today's design and manufacturing technology is changing the way new products are engineered and produced. Companies now use automated methods, known as CAD/CAM/CNC, to help them produce higher-quality products more efficiently and economically. The future generation of design and manufacturing engineers and technicians must be prepared to use new and innovative technology to meet the challenges of tomorrow's careers.