Tuesday, January 6, 2009
Mastercam's High Speed Machining
A compilation of CNC cutting using Mastercam's high speed machining toolpaths.
cnc programming
CNC Stomp Pad 5 - Mach 3 G-Code - Learn CNC Plasma CuttingIn this video we go through Mach 3 to look over the g-code. We are checking to see if we have any problems before we go to the CNC Plasma Cutter.
CNC Metal Spinning
Ferdowsi University of Mashhad
CAD/CAM Workshop
CNC Metal Spinning
By: Ali Asmari (B.S. Mechanical Engineering) & Amir Mohammad Ghandeharioun (B.S. Mechanical Engineering)
Under Supervision of: Dr. Behnam Motakef Imani
Special Thanks to: Reza Nejatpour
CAD/CAM Workshop
CNC Metal Spinning
By: Ali Asmari (B.S. Mechanical Engineering) & Amir Mohammad Ghandeharioun (B.S. Mechanical Engineering)
Under Supervision of: Dr. Behnam Motakef Imani
Special Thanks to: Reza Nejatpour
custom cnc programming
Metal Spinning Lathe CNC AutomaticThis is a custom built spinning lathe used to spin form parts from flat metal blanks.
We engineered & built the machine to meet the customer's requirement of 3" to 46" diameter, and a draw depth up to 24".
It can accept a CNC program from disk, or a program can be created and/or modified using an SS Systems Mach3 custom screen via the onboard programming console, or can be programmed manually using the dual MPGs on the pendant, the moves can then be recorded and saved as G-Code moves to create a part rendering program. In fact, the program you see running on the machine was made in less than 15 minutes using the record/playback moves command, and then spin formed the 1,000 parts that are being stacked at the end of the video.
The machine is servo powered and ballscrew actuated, (except the tool changer which is gear driven), has a 0 - 2,750 RPM spindle with 4 programable quick select run speeds, adjustable DC braking via a variable frequency drive, and 2 manual trimmers.
Do you need a custom machine? We can help, we love this stuff!
We engineered & built the machine to meet the customer's requirement of 3" to 46" diameter, and a draw depth up to 24".
It can accept a CNC program from disk, or a program can be created and/or modified using an SS Systems Mach3 custom screen via the onboard programming console, or can be programmed manually using the dual MPGs on the pendant, the moves can then be recorded and saved as G-Code moves to create a part rendering program. In fact, the program you see running on the machine was made in less than 15 minutes using the record/playback moves command, and then spin formed the 1,000 parts that are being stacked at the end of the video.
The machine is servo powered and ballscrew actuated, (except the tool changer which is gear driven), has a 0 - 2,750 RPM spindle with 4 programable quick select run speeds, adjustable DC braking via a variable frequency drive, and 2 manual trimmers.
Do you need a custom machine? We can help, we love this stuff!
CNC Stomp Pad 9 | Drill Holes | CNC Learning Videos | CNC
In this video we drill the holes in our CNC Stomp Pad. We need to add the traction spikes and they are really a screw and nut. We drill the holes then clean them out.
We bend the stomp pad while drilling and we must hammer it flat next.
A quick DA Sanding to make the pad look good, then we are on the the next step which is finalizing the CNC stomp pad.
We bend the stomp pad while drilling and we must hammer it flat next.
A quick DA Sanding to make the pad look good, then we are on the the next step which is finalizing the CNC stomp pad.
learning cnc programming
Learn CNC Programming with Heinz PutzThe Center for CNC Eductation offers a series of training DVDs to learn CNC programming. Taught by Heinz Putz who has over 30 years of experience working and teaching in the field and who literally "wrote the book" for Fanuc while employed there.
OM5 CNC's answer to the big nine.
Legacy's OM5 CNC takes on nine major challenges facing any woodworking business.
jobs cnc programming SUN Tech Wood Products Manufacturing
jobs cnc programming SUN Tech Wood Products ManufacturingAdvanced Wood Products Manufacturing students are educated and trained to be quality machine operators, production workers and technicians. In our geographic area, wood products manufacturing remains one of the top career fields. Students study industrial product planning and automated manufacturing methods. Students learn traditional machining and production methods, as well as state-of-the-art CNC routing and boring. Students are instructed in basic CNC Programming, Computer- Aided Design and program storage and retrieval. Instruction is given on materials, layout, print reading, construction methods, plastic lamination, shaping, sanding, finishing, cost estimating, jointery, plant safety, and worker safety. In addition, students receive instruction in Welding, Precision Machining and Drafting/CAD Technology because all of these programs are part of the Manufacturing Cluster at SUN TECH.
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