Part of the Oxford Instruments Group
Expand
Oxford Instruments
Applications
Products
News
Events
Contact
Sustainability Investors Careers News Events
Investors Careers
  1. AFM Home
  2. AFM Systems and Accessories
  3. MFP-3D Accessories: Adapting to Experimental Needs
  4. Leg Extenders for Support of Thicker Samples

Leg Extenders for Support of Thicker Samples

Leg Extenders for the MFP-3D AFM
Brochure

The MFP-3D Leg Extenders raise the scan head to allow imaging of thicker samples up to 30 mm in height (inquire about thicker samples).

  • Ideal for thick samples


Request Pricing Add to quote list

You may also be interested in...

Digital Access Module and Extended Digital Interface Module
Extended Z-Range Head
High Bandwidth Photodiode Option
Sample Mounts
Vacuum Sample Chuck

Upcoming events

May
5
SEMICON SEA 2026
Location:
Malaysia International Trade & Exhibition Centre (MITEC), Kuala Lumpur.
Businesses Attending:
Asylum Research, EBSD, NanoAnalysis, NanoIndentation, OI Academy, Plasma Technology, Raman
View Event >
May
5
Seeing is Achieving at Columbia
Location:
Columbia University
Businesses Attending:
Asylum Research, Raman
View Event >
May
12
EPFL 2026
Location:
Lausanne, Switzerland
Businesses Attending:
Plasma Technology, Asylum Research
View Event >
May
25
Microscopy Society of Canada 2026
Location:
Montreal I Quebec I Canada
Businesses Attending:
Asylum Research, NanoAnalysis, Raman
View Event >

Latest news

Introducing the Jupiter Discovery AFM

Large-Sample AFM Provides Next-Generation Performance for Everyone

Read full article >
Oxford Instruments Asylum Research Releases New Vero VRS1250 Atomic…

Oxford Instruments Asylum Research announced today the release of the new…

Read full article >
Oxford Instruments Asylum Research Receives R&D 100 and Frost & Sullivan…

The Vero AFM is now an award winner! Vero's recent accolades include: 2024…

Read full article >
Powerful AFM Offline Analysis Software Now Available for Oxford Instruments…

AR Maps is a new and powerful software analysis package for the Jupiter…

Read full article >

© Oxford Instruments 2026

Website by Miramar Communications Ltd