the rebirth of manufacturing innovationinano/docs/additive-manufacturing-research-may-2017.pdflehigh...

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Lehigh Additive Manufacturing Lehigh University students, faculty, and external research partners utilize state-of- the-art additive manufacturing technologies to prototype design ideas, develop new materials, improve manufacturing processes, and advance research efforts. Vat Polymerization FormsLabs SLA Printer Material Deposition Stratasys Dimension 768 Stratasys Mojo Ultimaker2 (14 available) Hyrel System 30M Lulzbot TAZ 5 and 6 Powder Bed Fusion Sintratec Polymer SLS Renishaw AM400 DMLS Binder Jetting 3D Systems Zcorp 650 Material Jetting Stratasys Objet 30 Pro Directed Energy Deposition Wire and Arc Additive Mfg (WAAM) The advent of additive manufacturing just may be the most disruptive technological development since the Internet. Commonly referred to as 3D printing, this revolution in how things are made brings limitless potential to reshape society’s approach to grand challenges such as medicine and healthcare, energy and infrastructure, as well as design and production across nearly every category of consumer and industrial goods. Lehigh University’s heritage of industry partnership in manufacturing systems and related research, along with expanding campus expertise and capabilities, combine to create a diverse but focused resource for collaboration and innovation across this broad and emerging field. In addition to researchers, designers, and students, our growing team includes renowned experts in entrepreneurship and the “maker space.” THE REBIRTH OF MANUFACTURING INNOVATION Lehigh University Additive Manufacturing Lab Centralized access to major state-of-the-art additive processes for production, research and education Available techniques include all ASTM additive processes, with the exception of sheet lamination Educational center to learn about applications and additive technologies

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Page 1: THE REBIRTH OF MANUFACTURING INNOVATIONinano/docs/Additive-Manufacturing-Research-May-2017.pdfLehigh Additive Manufacturing Lehigh University students, faculty, and ... (WAAM) The

LehighAdditiveManufacturingLehighUniversitystudents,faculty,andexternalresearchpartnersutilizestate-of-the-artadditivemanufacturingtechnologiestoprototypedesignideas,developnewmaterials,improvemanufacturingprocesses,andadvanceresearchefforts.

VatPolymerization• FormsLabs SLAPrinter

MaterialDeposition• Stratasys Dimension768• Stratasys Mojo• Ultimaker2(14available)• Hyrel System30M• Lulzbot TAZ5and6

PowderBedFusion• Sintratec PolymerSLS• RenishawAM400DMLS

BinderJetting• 3DSystemsZcorp 650

MaterialJetting• Stratasys Objet30Pro

DirectedEnergyDeposition• WireandArcAdditiveMfg (WAAM)

TheadventofadditivemanufacturingjustmaybethemostdisruptivetechnologicaldevelopmentsincetheInternet.Commonlyreferredtoas3Dprinting,thisrevolutioninhowthingsaremadebringslimitlesspotentialtoreshapesociety’sapproachtograndchallengessuchasmedicineandhealthcare,energyandinfrastructure,aswellasdesignandproductionacrossnearlyeverycategoryofconsumerandindustrialgoods.

LehighUniversity’sheritageofindustrypartnershipinmanufacturingsystemsandrelatedresearch,alongwithexpandingcampusexpertiseandcapabilities,combinetocreateadiversebutfocusedresourceforcollaborationandinnovationacrossthisbroadandemergingfield.Inadditiontoresearchers,designers,andstudents,ourgrowingteamincludesrenownedexpertsinentrepreneurshipandthe“makerspace.”

THE REBIRTH OF MANUFACTURING INNOVATION

LehighUniversityAdditiveManufacturingLab

• Centralizedaccesstomajorstate-of-the-artadditiveprocessesforproduction,researchandeducation

• AvailabletechniquesincludeallASTMadditiveprocesses,withtheexceptionofsheetlamination

• Educationalcentertolearnaboutapplicationsandadditivetechnologies

Page 2: THE REBIRTH OF MANUFACTURING INNOVATIONinano/docs/Additive-Manufacturing-Research-May-2017.pdfLehigh Additive Manufacturing Lehigh University students, faculty, and ... (WAAM) The

ProjectTitle IndustryPartner

AdditiveManufacturingofWearResistantAlloysforForgingTooling

PraxairLaserServicesEllwoodGroupKennametal

SelectiveLaserSinteringProcessingofPolymerNanocomposites

3DSystemsArkema

3DModularComponentModeling SimplexIndustries3DPrintingProcessMigrationandMaterials e-HarvestSystems

AdditiveManufacturingofCopperAlloys TEConnectivity

DevelopmentofSustainable PolymersforAdditiveManufacturing Arkema

Advanced3DPrinting TechniqueswithBiodegradablePolymersforNovelMultifunctionalBiomaterials

Polysciences

PolymerMaterials DevelopmentforSLA3DPrintingwithCastable andCeramicResins

LehighAdditiveManufacturingProjects

WAAMProductsMaterial:mildsteelPrinttime:10hr +4hr cool(34lbs.)

Contacts

GeneLucadamoIndustrialLiaisonCollegeofEngineeringandAppliedScienceeal7@lehigh.edu

BrianSlocumDirectorDesignLabs&[email protected]

RichardVinciDirectorCenter [email protected] 4/26/17

Lehigh’scustombuiltWireandArcAdditiveMfg.(WAAM)System(3x3x3ft.buildenvelope)

Lehigh’sAdvancedManufacturingInterestGroup• CenterforAdvancedMaterialsandNanotechnology(CAMN)• LoewyInstituteforMetalForming• AdditiveManufacturingLaboratory(LUAML)• EnterpriseSystemsCenter(ESC)• NationalScienceFoundationIndustry/UniversityResearch

CenterI/UCRC):ManufacturingCooperativeResearchCenterandMaterialsJoiningInnovationCenter(MA2JIC)

• EnergyResearchCenter(ERC)