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Marian, Inc.
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  • Capabilities
    • Our Process
    • Prototyping
    • Die Cutting
    • Slitting
    • Laser, Waterjet, Plotter Cutting
    • Laminating
    • Sputtering
    • Screen Printing
    • Parts for Automated Assembly
    • New Capability Development
  • Markets
    • Electronics
    • Automotive
    • Battery and Electric Vehicle
    • Medical
    • LED Lighting
  • Applications
    • Bonding, Joining, Assembly
    • Gaskets and Seals
    • Thermal Management
    • EMI Shielding and Grounding
    • Filtering and Venting
    • Electrical Insulation
    • Surface Protection
  • Materials
    • Tapes + Adhesives
    • 3M Tapes and Materials
    • Foams
    • PORON® Foams
    • BISCO® Silicones
    • Thermal Management
    • Acoustic Mesh
    • Filters + Vents
    • EMI Shielding + Grounding
    • Rubber Sheet + Rolls
    • Films + Plastics
    • RTV Silicones
  • About Us
    • Our Culture
    • History
    • Environmental Sustainability
    • Quality and Certifications
    • Philanthropy
    • 3M Preferred Converter
    • Rogers Corporation Preferred Converter
    • tesa® Distributor Partner
    • News + Events
    • COVID-19 Response
  • Locations
    • North America
      • Indianapolis, IN (HQ)
      • Monticello, IN
      • Chicago, IL
      • Milwaukee, WI
      • Fort Worth, TX
      • El Paso, TX / Mexico
      • Bay Area, CA (Sales/Engineering)
    • International
      • Marian Suzhou – China
      • Marian Converting – Suzhou, China
      • Shenzhen, China
      • Singapore
      • Europe
  • Resources
    • Blog: Flexible Solutions
    • Solution Case Studies
    • Material Data Sheets
    • Marian Brochures
    • Roll Length Calculator
    • Durometer Comparison Chart
    • Technical eBooks
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    Flexible Solutions

    Rapid Prototyping Methods- Advantages and Disadvantages

    Posted by Katie Sullivan

    Aug 12, 2019 9:00:00 AM

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    Rapid Prototyping Methods- Advantages and Disadvantages

    Prototypes are typically produced in relatively small quantities and used by our customers to verify design, evaluate material choices, and build prototypes of their assembly.

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    Topics: manufacturing techniques, Die-Cutting, prototype, Laser cutting

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