Operational Excellence Additive Manufacturing

User

AMPOWER supports you on your way to operational excellence in Additive Manufacturing by setting up a qualified production including upstream and downstream process steps. Our approach complies to the specific standards and management practices in your industry as well as best-practices and general guidelines for Additive Manufacturing. We guide you through setting up a quality management system and assist in preparation of the necessary documentation. Through our experience you will significantly accelerate your qualification process and successfully pass your audit.

Our services

Machine qualification and Quality Management for AM Users

  • Gap analysis and prioritized recommendations

  • Product and part specifications

  • Material and process specifications

  • Introduction of quality management for Additive Manufacturing

  • Qualification and auditing of suppliers

References

What our customers say

“AMPOWER combines a systematic approach with a high level of expertise in Additive Manufacturing. With the help of AMPOWER, Oerlikon was able to enhance its quality management of Additive Manufacturing to the aviation level within a very short time.”
Frank Lehmann
CEO Oerlikon AM Europe GmbH (a company of Oerlikon Group)

Our Approach

Challenging your Quality Management

The qualification of Additive Manufacturing poses a major challenge to many companies. The complex norm landscape, limited experience and lack of best practices lead to various uncertainties. Ampower pursues a clearly structured consulting approach to support its customers on the way from a first gap analysis until successfully passing the audit.

Gap Analysis

Evaluation of as-is status of quality management and comparison with your industry and customer requirements

Implementation of quality management

Setting up or further develop an AM specific quality management according to all requirements

Qualification and auditing

Supporting machine acceptance and qualification at your own production site or auditing of external suppliers

Our entry offer

Gap Analysis of your AM production

Our gap analysis is offered at a fixed price and gets you started on the way to a qualified Additive Manufacturing production. The gap analysis highlights all deviations from your set-up to your industry and customer requirements. Based on these results, we prepare an action plan for the production and quality management systems with the goal of successful auditing according to your customer and industry requirements. In a follow-up project we can support you in the mitigation of identified deviations and guide you on your road to achieve operational excellence.

  • Assessment of customer and industry requirements

  • Evaluation of as-is situation and comparison with requirements

  • Knowledge transfer on standards and best practices in Additive Manufacturing

  • Comprehensive report with recommended actions

Qualification Landscape

A complete documentation of your AM production

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Qualifizierung Additive Fertigung
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The part specification defines all properties of the component. The user specifies these, for example in the form of a technical drawing.

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The material specification defines the properties of the input material as well as the material resulting from the process. These can be strength values ​​as well as chemical composition and density. The Process specification defines parameters and requirements of the manufacturing process.

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Each delivered component or batch contains a documentation that proves that the components meet the specifications.

You are the product owner

For the external production of additive components, specifications defining all requirements regarding the component, the material and its manufacturing process should be created. This applies in particular to regulated markets such as medical or aviation, but also to general engineering.

We take care of the development of component specifications as well as process and material specifications. This means that we support you in the creation of drawings, component datasets and internal specifications for materials and manufacturing processes. In addition, we can manage the selection and qualification of the complete supply chain for you.

You supply AM parts

If you supply additive components to regulated or demanding markets, you need to qualify your manufacturing processes. We analyze your customer specifications and transfer them into actions for your quality management for Additive Manufacturing.

Our consulting results in a complete set of necessary business and production processes including their documentation. For example, the preparation of a risk analysis, safety and health assessment, the development of work instructions and production protocols. In addition, we train your employees to establish the right mindset and culture for a successful Additive Manufacturing production.

Industry Requirements for Additive Manufacturing

Considering your specific requirements

We qualify according to your specific industry and customer requirements. Common examples for standard practices of qualification are found in medical, aviation and automotive industries.

Medical

General quality management in medical technology is defined by ISO 13485. The specifications for the quality management of Additive Manufacturing are based on the component specifications and international guidelines such as those of the U.S. FDA.

Aviation

The EN/AS 9100 provides the framework for quality management in aviation. In addition, the OEM specifies requirements for the qualification of the Additive Manufacturing process.

Automotive

The IATF 16949 defines the general framework of quality management in the automotive industry. To date, only few specifications have been defined by automotive OEMs to further define requirements for Additive Manufacturing.

You want an unbiased assessment of your AM production and to become best-in-class to pull ahead of your competition?

Dr.-Ing. Maximilian Munsch

Reach out and send a message to our AMPOWER Partner responsible for projects on gap analysis, qualification and best-practices in operational excellence.

Knowledge

Market and Technology Studies

AMPOWER

Impact of AI in AM

The study analyzes around 50 AI solutions to provide a factual assessment of their current technological maturity and commercial impact across the AM production chain.
AMPOWER
AMPOWER
AMPOWER

Impact of AI in AM

The study analyzes around 50 AI solutions to provide a factual assessment of their current technological maturity and commercial impact across the AM production chain.

Wire Laser and Wire Arc DED

The study independently tested nine wire DED technologies to deliver a comprehensive assessment of their technological maturity and commercial parameters.
AMPOWER

Tool steel

The study provides a state-of-the-art overview of tool steel processing using AM technologies. Overall, 8 different tool steels and 18 process and material combinations are studied.
AMPOWER

Addressable Market Metal AM

In this study, AMPOWER presents an objective and independent analysis beyond the current AMPOWER Report data. By analyzing nine material groups in seven industries, AMPOWER shows how decreasing production costs can increase the potential metal AM market.

Advancements in Photopolymer AM

AMPOWER challenges the maturity of AM Photopolymer technologies and benchmarks several systems in terms of material properties, productivity, economical and sustainability aspects.
AMPOWER

Copper Additive Manufacturing

Out of the 20 different metal AM technologies AMPOWER categorizes today, vendors of half a dozen technologies have introduced processing of copper and another half a dozen researches the use. AMPOWER assessed the maturity, productivity and cost structure.
COMPOSITE AM Tensile barsAMPOWER

Composite Additive Manufacturing

Processing of composite materials is a fast growing field within the field of Additive Manufacturing. Today, more than 19 companies develop technology to offer solutions that enable 3D printed components made from composite materials and continuous fibers.
Cost study make vs buyAMPOWER

Cost of Additive Manufacturing

AMPOWER conducted a market study on actual costs in Additive Manufacturing to provide an overview on the status quo and to answer several key questions. Firstly, how much does AM cost internally and externally today, how will these costs develop in the future?
Direct Energy Deposition sample 1AMPOWER

Direct Energy Deposition

AMPOWER performed a detailed study on surface finishing processes of metal AM parts. The study included research on surface finishing processes, their advantages, use cases and details on the cost structure. In total, 10 different processes that allow (semi-)automatic surface finishing were tested empirically using LB-PBF specimens and 4 different alloys: AlSi10Mg, Ti-6Al-4V, 316L and nickel-based 718.
HIP fracture analysisAMPOWER

Hot Isostatic Pressing Of Titanium AM Parts

To advance the knowledge on HIP treatments for AM parts, while enhancing AM specific material properties, AMPOWER investigates and optimizes HIP cycles for LB-, EB-PBF and BJT in this study.
Surface finish samplesAMPOWER

Surface Finish

AMPOWER performed a detailed study on surface finishing processes of metal AM parts. The study included research on surface finishing processes, their advantages, use cases and details on the cost structure. In total, 10 different processes that allow (semi-)automatic surface finishing were tested empirically using LB-PBF specimens and 4 different alloys: AlSi10Mg, Ti-6Al-4V, 316L and nickel-based 718.
Sinter-based technologies surface roughnessAMPOWER

Sinter-based technologies

In this study, AMPOWER presents an objective and independent view on the current capabilities of sinter-based AM technologies compared with LB-PBF and metal injection molding (MIM). By analyzing over 50 specimens from 9 different system suppliers, AMPOWER is revealing the characteristics of the different technologies.