£ GBP

Agar Scientific

Microscopy and Lab
supplies at your fingertips

High Resolution Sputter Coater

The Agar high resolution sputter coater offers a real solution to the problems encountered when coating difficult samples for FEG SEM imaging.

All prices exclude VAT.

The Agar high resolution sputter coater offers a real solution to the problems encountered when coating difficult samples for FEG SEM imaging. To minimise the effect of grain size, the coater gives full control over thickness and deposition conditions. The turbomolecular drag pump provides the high vacuum necessary for sputtering non-noble metals, while having excellent gas handling characteristics. The magnetron sputtering head has the high current capability required for sputtering chromium and a source shutter for target conditioning is provided as standard.

Chromium and platinum/palladium targets are included to give fine grain coatings of different densities. Other target materials are available and easily interchanged.

The rotary planetary stage with tilt ensures that highly contoured samples are evenly coated. This ensures that the minimum coating thickness can be applied to give conductivity without compromising fine specimen detail. The dual height 150mm diameter work chamber gives easy adjustment of working distance.

The integrated terminating film thickness monitor allows the coating thickness to be closely controlled and reproduced for repeat samples.

Description Code Stock Unit Price Qty
High Resolution Sputter Coater
AGB7234
Lead time
120 days

EA
£0.00
   

High resolution sputter coater for SEM

  • High resolution sputter coater for SEM

Alternative Products

  • Rotary-Planetary-Tilting Stage for Auto Sputter & Carbon Coaters

    Rotary-Planetary-Tilting Stage for Auto Sputter & Carbon Coaters

    View >

  • Spares and Accessories for AGB7234

    Spares and Accessories for AGB7234

    View >

  • Disc targets - Gold

    Disc targets - Gold

    View >

  • Disc targets - Gold/Palladium

    Disc targets - Gold/Palladium

    View >