Introduction to Part Identification
Introduction to Part Identification
Why selecting the right applications matters.
Selecting the right components for Additive Manufacturing is important – no matter at which stage you are. Whether you are just getting started or want to increase the use of AM in your area, part selection never loses its importance.
In this course we will guide you in the process of selecting the right components for AM.
What you will find in this section
Reasons for part identification
Why selecting the right applications matters
Selecting the right components for Additive Manufacturing is important – no matter at which stage you are in. Whether you are just getting started or want to increase the use of AM in your area, part selection never loses its importance. Some of the reasons making part identification so important are:
- Set realistic expectations on where AM has an influence on the company – and where not.
- Understand which technologies and materials to focus on depending on your applications
- Define your roadmap and strategy related to AM and identify key people that need to be trained.
Bottom-up vs. top-down
How to find the right applications
Generally speaking, there are two different approaches to part identification: bottom-up and top-down. We propose a bottom-up approach, also referred to as personalized approach, towards identifying the right components for Additive Manufacturing. There are more and more automated tools coming up that promise an automatic identification of suitable parts using a top-down approach by screening your ERP and CAD data. While this might work for some specific cases, such as identifying polymer spare parts, this will in most cases not lead to the identification of parts that add the most value to your company.
We believe that it is you and your colleagues that know your parts best and need to be involved in the part identification process. The part screening process should thus include people from design, sales, purchasing, quality, management and other disciplines to ensure a holistic perspective. In this online learning we will present you a simple methodology and information that will guide you in the process.
Bottom-up approach
Involvement of employees
Key employees are involved in the process early on
Identification based on experience
Different areas can be integrated into the part identification process
Easy data collection
Lower risk to make decisions based on outdated information
Time consuming training
Employees participating in part identification must be trained with AM skills
Possibly subjective
Evaluation and selection of parts depends on individuals
Screening limited to less parts
Bottom-up approach takes substantial time and is hard to scale
Top-down approach
Fast screening of many parts
Once the setup has been made, large amounts of parts can be screened automatically
Objective
Parts are objectively screened based on defined criteria
Difficult collection of relevant data
Hard to collect data from varying sources (SAP, CAD, technical drawings) in different formats (analog vs. digital)
Large amount of information
Huge amounts of data must be collected and verified
Software / search tool necessary
The top-down approach requires using software or search tool
Employees are not involved
A lack of involvement from employees can lead to resentment
The part identification process
Define your targets, screen suitable parts and realize your applications
The part identification process proposed in this online learning is structured into three distinct phases:
- Definition of goals
- Screening of suitable parts
- Re-design and realiziation of identified components
In the following topic we will provide a quick overview of selected software tools that can support you in the part identification process.
We will then briefly cover the step Define your targets for the part identification process in the next module. The focus of this online learning will then be on step 2, the actual screening of parts.
