Precision Molds for Soft-lithography and hot embossing of microstructures

Offer number: 
11
Short description: 

Bespoke molds of rigid polymers with micrometer resolution for low volume manufacturing microfluidic devices and microstructures. Techniques include soft lithography (elastic polymer casting), or hot stamping. Micropatterning patented technology highly complex, with varying levels of features.

The molds are very resistant and thermally stable for excellent playback quality. The durability depends on the application, please ask. Proven technology in several research and industrial projects.

Long description: 

New and innovative aspects

Affordable and convenient solution for the development of high-resolution molds for low-volume manufacturing of microstructures. The mold manufacturing method is optimized to ensure the dimensional stability under moderate temperatures (<160 ° C). The mold material has good optical clarity and resistance to common organic solvents (acetone, methanol, isopropanol).

Major advantages of its use

  • technical advice
  • fast
  • Excellent surface finish
  • durability
  • Affordability

Applications

  • microfluidics
  • microfabrication
  • Lab on a Chip
  • Cell culture

Company presentation bidder

IKERLAN Research Center Technology is a non-profit organization private dedication to public service, created in 1974 by the initiative of a group of companies and organizations that are now part of the MONDRAGON Corporation.

It is a referral center for innovation and development of mechatronics and energy products.Innovation also actively design and production processes. IKERLAN has over 38 years experience in the combination and application of mechanics, electronics, computing, microtechnology and technology of fuel cells.

With a staff of over 200 people anda turnover of 21.8 million euros, IKERLAN offers customers R & D services covering the full innovation cycle from idea or concept to the industrialization phase.

Contact: Aitor Ezkerra, R & D Manager

Original date of publication: 
24/05/2013
Final date of publication: 
08/03/2014
Keywords: 
microestructuras
Fields : 
Nanoquímica
Sectors of application: 
Envases y embalajes, Otros
Geographical areas: 
España
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