DPN Products / Product Resources

Product Resources

NSCRIPTOR™ DPN® System Brochure

Product Data Sheets

2D nano PrintArrayT Product Data Sheet
Reference: DS011

Active Pen™ Option Product Data Sheet
Reference: DS001

AFM Probes Product Data Sheet
Reference: DS002

Bias Control Option Product Data Sheet
Reference: DS003

Chip Cracker Kit Product Data Sheet
Reference: DS004

DNA Probes & Inkwells Product Data Sheet
Reference: DS005

Inkwell™ Arrays Product Data Sheet
Reference: DS007

InkCAD™ Software Product Data Sheet
Reference: DS008

DPN® Probes Product Data Sheet
Reference: DS009

DPN® Sample Substrate Product Data Sheet
Reference: DS010

Vacuum Puck Kit Product Data Sheet
Reference: DS012

NSCRIPTOR™ DPN® System Product Data Sheet
Reference: DS006

NSCRIPTOR™ DPN® System Brochure


Podcast

Tom Levesque, VP of DPN Business

AZoM conducted a series of interviews at the 2007 MRS Fall Meeting in Boston between November 27 and 29. Here's what one of the exhibitors had to say when asked about their latest developments, products and technologies. Download the podcast at AZoM.


DPN Flyers

Scale Up: Multi-Probe Arrays, using Dip Pen Nanolithography
Scale up with NanoInk's multi-probes: 1D and 2D arrays for DPN.

Bottom Up Self-Assembly: Nanostructures, using Dip Pen Nanolithography
Nanostructures built from the bottom up using DPN.

NanoBio Applications, using Dip Pen Nanolithography
Flexibility and sensitivity to nanoscale biological materials and activity with DPN.

Directed Placement for NanoSensors, using Dip Pen Nanolithography
Increased sensitivity and detection at the nanoscale using DPN.

Top-Down Fabrication: Direct-Write Etch Resist, using Dip Pen Nanolithography
Nanostructures created from the top down using the DPN etch resist method.

Desktop NanoFab, using Dip Pen Nanolithography
Rapidly fabricate nanostructures with a wide variety of materials, right on your desktop using DPN technology and products.


DPN Forum

Visit DPNForum.com to participate in a community of vibrant academic and industrial researchers, utilizing Dip Pen Nanolithography (DPN) technology.