2D Nesting – More Than You Ever Wanted to Know

2D Nesting – More Than You Ever Wanted to Know

The Solid Edge 2020 portfolio has expanded again with a new manufacturing product - Solid Edge 2D Nesting.  Before we get into the details of the product, I want to spend a moment explaining the...
How can design for manufacturing solve problems before they occur?

How can design for manufacturing solve problems before they occur?

It’s not quite reverse engineering, however design for manufacturing or design for manufacturing and assembly puts into consideration the cost of manufacturing a product, or a series of products, and...
In-Process Workpiece in Solid Edge CAM Pro

In-Process Workpiece in Solid Edge CAM Pro

In-Process Workpiece (IPW) is a great feature that Solid Edge CAM Pro provides to show the state of the machined model during the machining process.  If you don't understand why that is valuable...
CAD, CAM and Beyond – Seminar #1 from IMTS

CAD, CAM and Beyond – Seminar #1 from IMTS

IMTS was a huge success.  AMT (the organization that runs IMTS) says there were almost 130,000 attendees and over 2100 booths and both those numbers were new records.  You can read the full...
Benefits of a Solid Edge CAM Pro Bundle

Benefits of a Solid Edge CAM Pro Bundle

bun-dle; noun -  a collection of things, or a quantity of material, tied or wrapped up together.  Software is often sold in bundles, and we are no exception to the rule.  Over time, in...
Feature Based Machining in Solid Edge CAM Pro

Feature Based Machining in Solid Edge CAM Pro

I was a machinist and CNC Programmer long before I started to work for Siemens.  Working in a job shop, we developed a saying – “Parts are parts”.  Hey, I didn’t say it was a clever saying....
Adaptive Machining in Solid Edge CAM Pro

Adaptive Machining in Solid Edge CAM Pro

A few years back, I wrote a 3-part blog post on “The Evolution of Tool Path Design”.  If you haven’t read Part 1, Part 2, and Part 3, they are still valid today.  Go ahead, I’ll wait. &nb...
What’s New in Solid Edge CAM Pro

What’s New in Solid Edge CAM Pro

In a previous blog post, we introduced you to Solid Edge CAM Pro.  Now, we can talk about What’s New in the product.  For clarity, I will be referring to some features from a previous relea...
Introducing Solid Edge CAM Pro

Introducing Solid Edge CAM Pro

Siemens is excited to announce Solid Edge CAM Pro.  Formerly known as CAM Express, Solid Edge CAM Pro is the perfect CAM companion to Solid Edge.  Solid Edge CAM Pro is built on the powerfu...
Teach an Old (CAM) Dog New (CAD) Tricks

Teach an Old (CAM) Dog New (CAD) Tricks

I know CAM. In fact, it's fair to say that when someone within the Solid Edge organization has a CAM question, they probably end up talking to me. But for CAD?Let's just say I'm not first on a...
The Process of 3D Printing

The Process of 3D Printing

If you haven't seen my previous posts on this topic, they are here, here, and here. Now that I have some experience with 3D Printing, I can lay out the process in more detail.  First,...
3D Printing a Solid Edge Design

3D Printing a Solid Edge Design

If you haven't seen my previous posts on this topic, they are here and here. Now that I have some experience using the 3D Printer, I need to step up my game and design something for i...
My First 3D Print – Teddy Roosevelt

My First 3D Print – Teddy Roosevelt

If you wish to read my previous post on this topic, look here. It’s here!  My AirWolf 3D model HD printer has arrived.  I unboxed it (following all printed instructions and a hel...
From NC Pro to 3D Printer Novice

From NC Pro to 3D Printer Novice

I am a machinist and CNC Programmer, and I like to refer to myself a “CAMologist”.  My entire professional career has revolved around subtractive processes.  I don’t use the word “expe...
Machining Multiple Parts on 4-axis Tombstone with CAMWorks for Solid Edge

Machining Multiple Parts on 4-axis Tombstone with CAMWorks for Solid Edge

In my last post, I mentioned that job shops like to be efficient.  Efficiency in production operations means more profits for the shop.  One way to increase efficiency is to reduce the numb...
Machining Multiple Setups with CAMWorks for Solid Edge

Machining Multiple Setups with CAMWorks for Solid Edge

Job shops like it when they get to produce more than one of the same item.  It lets them amortize their setup costs over several parts, rather than just one.  They REALLY like it when they ...
Mill-Turn Capability in CAMWorks for Solid Edge

Mill-Turn Capability in CAMWorks for Solid Edge

CAMWorks for Solid Edge not only supports traditional turning, but it also supports mill-turn machines (aka multi-function machines).  A typical mill-turn machine can perform traditional turning...
CAMWorks TechDB

CAMWorks TechDB

CAMWorks for Solid Edge does a great job of automated machining of prismatic geometry.  With Automated Feature Recognition (AFR), features of various sizes and shapes are recognized for machinin...
Using CAMWorks for Solid Edge

Using CAMWorks for Solid Edge

I want to use this post to address the basic operation of CAMWorks for Solid Edge.  At its core the product uses built-in intelligence to recognize several different types of prismatic features ...
CAMWorks for Solid Edge Introduction

CAMWorks for Solid Edge Introduction

Today is the beginning of a series of posts about CAMWorks for Solid Edge, which is an embedded CAM product that runs entirely within Solid Edge.  It was developed by the good folks at Geometric...
G71 Lathe Roughing Cycle

G71 Lathe Roughing Cycle

I recently received a request to demonstrate how to create a G70/71 lathe roughing cycle in our Post Builder product.  Our CAM Development team created CYCLE95 (lathe roughing for Siemens contro...
Create Stock Body from Design Body

Create Stock Body from Design Body

When a job shop receives the 3D model of a part to be machined, they seldom receive a 3D model of the raw stock (or stock body).  For most situations, that’s not a problem, because there are sev...
NX9 CAM Interactive Cut Regions

NX9 CAM Interactive Cut Regions

Interactive Cut Region management is a new tool added to NX9 to help CAM users easily segregate “steep” from “non-steep” areas*.  This new capability means that the overall NC programming proces...
NX9 CAM “Notes” Enhancement

NX9 CAM “Notes” Enhancement

My last blog post was about the Description field enhancement.  Now I want to cover its companion, Notes.  Notes give the NC programmer an easy-to-use capability to convey information direc...
Description Field Enhancement in NX9 CAM

Description Field Enhancement in NX9 CAM

In each release of NX, there are always enhancements that are overlooked and underappreciated.  I think the enhancements made to Notes and Description fields in NX9 CAM fit into this category. ...
Tilt Tool Axis

Tilt Tool Axis

I showed in a previous blog post how to use Divide By Holder to keep the cutting tool as short as possible.  Today I want to show how to take advantage of multi-axis capability of NX CAM and CAM...
Pencil Milling Part 2

Pencil Milling Part 2

In this post, I want to explain some of the options for working with Flow Cut.  I find that new users consistently struggle with understanding some of these options. First up is Max...
Pencil Milling Part 1

Pencil Milling Part 1

“Pencil Milling” is the name given to a machining strategy where a small-diameter ball end mill is used to perform finish milling in small nooks and crannies of a complex mold or die.  The word ...
Machining Steep and Non-steep Geometry (Part 2)

Machining Steep and Non-steep Geometry (Part 2)

In my last post, I showed several wrong ways to machine steep and non-steep geometry.  In this post, I will show a method that is better. NX CAM can scrutinize a model and determine...
Machining Steep and Non-steep Geometry

Machining Steep and Non-steep Geometry

Several years ago, I hiked into the Grand Canyon.  I spent a couple of months training my body for the trip.  I loaded up my backpack with 45 lbs. (about 20 kg) of material, and hiked 3-5 m...
Tool Path Divide

Tool Path Divide

  If you really want to scare an NC programmer, just show them a deep, narrow cavity on your latest design, and then comment that you must have a mirror-like surface finish at the bottom. ...
Roughing and Re-roughing

Roughing and Re-roughing

In NX CAM we refer to a specific set of machining instructions as an operation.  For example, finish-milling a planar face would be one operation.  To spotdrill, drill, and bore a hole requ...
The Evolution of Tool Path Design (Part 3)

The Evolution of Tool Path Design (Part 3)

In this post, I will explain the latest tool path innovations for removing large quantities of material.I mentioned in Part 2 that Offset tool paths have problems when the offsets meet at shar...
The Evolution of Tool Path Design (Part 2)

The Evolution of Tool Path Design (Part 2)

In Part 1, I covered Zig and Zig-Zag tool paths.In Part 2, I take a look at Offset tool paths. To achieve complete cutting in odd-shaped areas, Offset tool paths were developed. ...
The Evolution of Tool Path Design (Part 1)

The Evolution of Tool Path Design (Part 1)

The primary purpose of modern Computer Aided Machining (CAM) programs is to create efficient tool paths for Computer Numerical Control (CNC) machining. Since machining is a subtractive process, ...
Evolution of Tool Paths

Evolution of Tool Paths

How did tool paths get this complicated?  This article traces the roots of tool paths evolution. The primary purpose of modern Computer Aided Machining (CAM) programs is to create eff...