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Dr Andy MacKenzie, University of the West of Scotland

I have had dealings with WPI for several years and have consistently found their customer service to be second-to-none. They have always provided fast and insightful responses to any technical query and such support has been of enormous help to my laboratory.
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Straight Forceps, 11.5cm

Straight Forceps, 11.5cm

  • 11.5cm (4.5") Long
  • Straight
  • Titanium

 Options

Order code Tip Size mm
WP2020 1 x 2, 0.12 mm Teeth, 5 mm Tying Platform
WP2020-1 Straight Forceps, 1x2 0.12 mm Teeth, 4 mm Tying
Platform
WP500097 Calibri Forceps with 6 mm Tying Platform

These titanium forceps are:

  • 100% Non-corrosive (great for seawater procedures)
  • 100% Non-magnetic (MRI compatible)
  • 40% Lighter than stainless steel (reduces hand fatigue)
  • Forceps' tips are coated with tungsten carbide for increased gripping power
  • Anodized, non-glare blue finish

Choose Quantity
WP2020

WP2020

Titanium Straight Forceps

  • 100% Non-corrosive (great for seawater procedures)
  • 100% Non-magnetic (MRI compatible)
  • 40% Lighter than stainless steel (reduces hand fatigue)
  • Forceps' tips are coated with tungsten carbide for increased gripping power
  • Anodized, non-glare blue finish
  • 1 x 2, 0.12 mm Teeth
  • 5 mm Tying Platform


Choose Quantity
WP2020-1

WP2020-1

Titanium Straight Forceps

  • 100% Non-corrosive (great for seawater procedures)
  • 100% Non-magnetic (MRI compatible)
  • 40% Lighter than stainless steel (reduces hand fatigue)
  • Forceps' tips are coated with tungsten carbide for increased gripping power
  • Anodized, non-glare blue finish
  • 1x2 0.12 mm Teeth
  • 4 mm Tying Platform


Choose Quantity
WP500097

WP500097

Calibri Straight Forceps

  • 100% Non-corrosive (great for seawater procedures)
  • 100% Non-magnetic (MRI compatible)
  • 40% Lighter than stainless steel (reduces hand fatigue)
  • Forceps' tips are coated with tungsten carbide for increased gripping power
  • Anodized, non-glare blue finish
  • 6 mm Tying Platform

Featured Publication

Dorsal Root Ganglion Injection and Dorsal Root Crush Injury as a Model for Sensory Axon Regeneration.
[Using WPI's UMP3-1]

Our Clients Include:

GlaxoSmithKline
University College London
Novartis
Imperial College
University of Cambridge
University of Oxford

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