Enterprise 3D printing, an insight into the industrial implementation of Additive Manufacturing in an indigenous company.

Similar documents
DIRECT METAL LASER SINTERING DESIGN GUIDE

CTR. Precision Engineering - Component part batch machining, multi stage press tooling, automated transfer systems, prototype work.

1.8.3 Haptic-Based CAD 1.9 About this Book 1.10 Exercises References Development of Additive Manufacturing Technology

Classification of Metal Removal Processes and Machine tools. Introduction to Manufacturing and Machining

Stainless Steel CNC Machined Parts Turned Components :

Strength through cooperation VDL ETG

We put our stamp on your project - for 45 years

PRODUCT BROCHURE HP-L Laser Scanner for ROMER Absolute Arm

3D Printing Technologies for Prototyping and Production

Metal additive manufacturing for industrial applications. Global network of solutions centres. Applications expertise for a wide range of industries

High Value Manufacturing Catapult

3D PRINTING & ADVANCED MANUFACTURING DESIGN GUIDELINES: DIRECT METAL LASER SINTERING (DMLS) STRATASYSDIRECT.COM

ENGINEERING CAPABILITIES

Manufacturing Processes (continued)

On Demand Manufacturing. Your One Stop Shop from Prototyping to Production

Pacco Industrial Corporation

SHAPING PRODUCTIVITY IN AEROSPACE

Fast, accurate multi-axis programming for robots.

International Foundry Challenge Suitable Production of thin walled Aluminum Prototype and Small Series Castings for Body in White Applications

Division of Custom Mold & Design

A customer requiring anonymity was able to procure the casting it needed at a lower cost and lead time than its previous fabrication.

DESIGN PRODUCT 3D SCANNING

SHAPING PRODUCTIVITY IN AEROSPACE

Virtual Manufacturing Laboratory:

Greater accuracy and productivity through powerful new technology

Lockheed Martin 2016 LOCKHEED MARTIN CORPORATION. ALL RIGHTS RESERVED

SUB-CONTRACT MACHINING. Collaborating with the World s Finest

Built-Rite Tool & Die

DEMCON: High-end system supplier. Development and manufacturing of medical devices

ASA Engineers Pvt. Ltd.

Membership Application

WHERE THE WORLD MEETS INNOVATION

Forrest MACHINE PRODUCTS CO. LTD. Any questions? FORREST MACHINE PRODUCTS CO. LTD When Precision Quality Counts

ON-DEMAND PARTS MANUFACTURING. Quickparts

e-manufacturing Solutions Plastic and Metal Materials for Additive Manufacturing

micro precision... We work closely with our customers to turn their vision into reality. Manufacture of Ultra Precision Injection Moulds

AMRC Design & Prototyping Group Capability directory

Timken Aerospace Transmissions. Power Transmission Design, Manufacture and Repair Technologies for Aerospace and Defense

Additive Manufacturing Solutions metal powder prototying series production

Microprecision waterjet cutting / waterjet fine machining

APPLICATION GUIDELINE

FASTER DRILLING, LONGER LIFE, LOWER COSTS

whatever s in your mind, make it real.

NCG CAM for Micro Machining

Thinking ahead the Future. of Additive Manufacturing: Research Landscape, Opportunities and Barriers

Seeing the big picture, optimising the details: Solutions in plastic for demanding applications

3D Printing Enabled Rapid Manufacture of Metal Parts at Low Cost Himanshu Khandelwal 1 and B. Ravi 2

ET2C International. Low Cost Country Outsourcing/ Sub Contract Manufacture

ATI Horizon (AM) Programme helping to build the future Additively

PRECISION PROTOTYPING THE ROLE OF 3D PRINTED MOLDS IN THE INJECTION MOLDING INDUSTRY

3E RP Presentation-2018

SHAPING PRODUCTIVITY IN AEROSPACE

Prototypes on demand? Peter Arras De Nayer instituut [Hogeschool voor Wetenschap en Kunst]

precision engineering

Leveling the Playing Field Thorough Incorporating 3D Printing in Capstone Courses

Additive Manufacturing. amc.ati.org

Computer Numerical Control (CNC) Hacettepe University Chemical Engineering Department

Midlands aerospace cluster

MANUFACTURER OF PRECISION MACHINED PARTS AND ASSEMBLIES.

Precision Prototyping THE ROLE OF 3D PRINTED MOLDS IN THE INJECTION MOLDING INDUSTRY

The Battle of Carbon Steel

UNIT T15: RAPID PROTOTYPING TECHNOLOGIES. Technologies

3ERP Presentation-2017

About EOS. Step 01. Step 02. Step 03

PRECISION PROTOTYPING:

Design Analysis Process

Your Innovative Partner for Machining & Fixturing Solutions.

Mechatronics. Bring the challenge. We ll build the solution.

Effect of Peak Current on the Performance of WEDM

Weber Manufacturing Technologies Kitchen & Bath

Abrasive Flow Machining ( AFM ) Semih Sancar Selçuk Ünal Yunus Kocabozdoğan

MANUFACTURING TECHNOLOGY

How Additive and Traditional Manufacturing Mix

PRODUCT BROCHURE PROFILER R. Tactile sensor for roughness measurement on Leitz CMMs

MIKRON HPM 1150U HPM 1350U

General functional principle of laser-sintering

Profiting with Wire EDM

Berkenhoff GmbH. Company profile. Berkenhoff /

Tool Shop. TCM Servicecenter Bochum GmbH TOOL CONSULTING & MANAGEMENT. Copyright Servicecenter Bochum 07/08/2006 Page 1 of 10

Educ8 Engineering. Apprenticeship (NVQ/QCF) Levels 2, 3 and 4

3D Printing: Opportunities Abound. July 14, 2016

We offer a one stop shop service for small and medium size steel products manufacturing. sheet and tube laser and waterjet et cutting

Emerging Subsea Networks

Scheme - G. Sample Test Paper-I

your long-term reliable partner

The fruition of shorten the delivery time to 1 & reduce the cost to 1 3.

White paper. Exploring metal finishing methods for 3D-printed parts

Anjani Technoplast Ltd. Components Manufacturing

More Light and Speed in Production Control CORE

Rapid Prototyping. Andy Fisher Faculty of Engineering and Applied Science Memorial University. Speaking of Engineering St. John s, February 19, 2009

Characteristics of Grooving by Micro End Mills with Various Tool Shapes and Approach to Their Optimal Shape

DEPARTMENT OF MECHANICAL ENGINEERING

Your Idea We Achieve

Coils, Wire Forms, PRECISION SPRINGS, COILS & WIRE FORMS

D E S I G N H E A T T R E A T M E N T I N S P E C T I O N C A L I B R A T I O N PRECISION MACHINING & CONTRACT ASSEMBLY

INTELLECTUAL PROPERTY FINANCIAL SUPPORT

Integration of Solid Freeform Fabrication in Design R. Hague*, I. Campbell**, P. Dickens*, P. Reeves***

Farnborough Airshow Farnborough Air Show Investor Relations Technology Seminar 2018 Rolls-Royce

Jigs & Fixtures on the Factory Floor

Unlike machining or grinding, waterjet cutting does not produce any dust or particles that are harmful if inhaled.

Transcription:

Schivo engineering Partnerships Enterprise 3D printing, an insight into the industrial implementation of Additive Manufacturing in an indigenous company. National Manufacturing & Supply Chain Conference, Jan 26 th 2016 Jonathan Downey, Schivo Group.

Company Overview SCHIVO is a precision engineering Sub-Contract Manufacturer supplier into the medical, technology and aerospace markets. SCHIVO consists of: Schivo Ireland Ltd 150 people based on 2 sites in Waterford, Ireland Schivo UK Ltd 40 people based in Leicester, UK Schivo NI Ltd 120 people based in Derry, NI Certified to: ISO 9001:2000 ISO 13485 AS9100 Approvals: Rolls Royce Airbus Bombardier

Schivo s 3D printing capability Schivo is the Stratasys Business Partner (Polymer) in Ireland & UK 2 Fortus 400 Machines 1 Fortus 900 Machine Target is 20 machines in 2 Years Partnership with Boston Scientific and Waterford Institute of Technology on an EOS M280 DMLS Metal DMLS Machine

Additive Manufacturing capabilities in Waterford Polymer Metal

Traditional subtractive manufacturing processes Material Turning Blank 5-axes Product

Fused Deposition Modelling SCHIVO...engineering Partnerships

Direct Metal Laser Sintering SCHIVO...engineering Partnerships

3D printing/additive manufacturing process From virtual model to physical component in just the build time

Subtractive versus Additive processes, advantages & disadvantages Subtractive Additive Advantages Proven technology Extremely accurate Cost effective Dis-advantages Long setup times Programming required for each component High level of skill involved Advantages Rapid prototyping Geometries Minimised design constraints Technology can be rapidly learned Dis-advantages Less accurate Surface finish Mechanical characteristics

Analytical Capabilities to Support Additive Manufacturing Materials Characterisation Metrology Capability Microstructure Analysis Surface Finish Assessment Chemical Composition Analysis Crystallographic Information X-ray Micro Tomography Scanning Electron Microscopes White Light Interferometry Optical Microscopes Co-ordinate measuring Machines Optical measurement

Post Processing Capabilities Required to Support AM CNC Capability Post Processing Capability Wire / EDM CNC Milling CNC Turning Horizontal / Vertical Machining Centres 3,4,5 Axis Machining Tool-room capabilities Deburr / Removal Cleaning Facility Coating Painting Plating Grinding NDT Mag Particle & Die Penetrant Testing

Is it all hype?? SCHIVO...engineering Partnerships

Is it all hype?? SCHIVO...engineering Partnerships

Converting existing parts to AM processes Determine Key Features Remove Conventional Machining Constraints Determine post machining requirements Optimise for 3D Printing

Converting existing parts to AM processes Support removal Seat for injection nozzle Features on front face

How we need to be thinking- complex geometries

For example- moulds for injection moulding SCHIVO...engineering Partnerships

Current thinking outside the box. SCHIVO...engineering Partnerships

How can this technology be capitalised on by industry? Faster implementation of new designs/concepts. Implementation of new concepts & geometries that cannot be manufactured using traditional methods. Mass customisation- particularly in medical applications. However, new thinking is needed from a product design perspective to ensure that we don t just use a new technology to make the same stuff!

Any Questions? SCHIVO...engineering Partnerships