The Agar high resolution sputter coater with dry pump offers a real solution to the problems encountered when coating difficult samples for FEG SEM imaging.
All prices exclude VAT.
DescriptionFeatures & specsTech Data
Product Description
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.
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.
Key features:
The high vacuum pump has been changed to improve the base vacuum by an order of magnitude
The dry pump provides long-term, high-vacuum performance and reliability
Sputter power supply incorporates a plasma voltage monitor to optimise the argon atmosphere for difficult material
The new AGB7234-DRY will sputter aluminium at high rates
Sputter source is a SmCo magnetron with 28mm targets for increased efficiency and target life
Front panel controls have been simplified with new software without changing functionality
Features & Specifications
Sputter head
Low voltage planar magnetron type with quick target change. Wrap-around dark-space shield
Sputter target
ø 28mm. Optional Cr, Ta, Au, Au/Pd, Pt, W, Ir, Ag can be quoted separately.
Sputter supply
Programmable digital control, microprocessor based, safety interlocked, current control independent of vacuum, 80mA max.
Sample table
Motorised Rotary Planetary stage with manual tilt (standard)
Analogue metering
Vacuum: atmosphere - 0.001mb, current: 0 - 100mA
Dimensions (W x D x H)
600mm x 600mm x 450mm
Weight
40kg
Power
550 VA max.
Pumping system speed
300 litres/min @ 0.1mb
Benchtop system
Vacuum pump is mounted on a benchtop compatible anti-vibration table with stainless steel bellows coupling system
Turbo-drag/rotary pump combination. Optional diaphragm pump instead of rotary pump
Pumping speed
300 litres/min @ 0.1mb
Pump downtime
1 min. to 1x10-3mb (1.5 min. with diaphragm pump option)
Ultimate pressure
1x10-5 mBar
Benchtop system
The vacuum pump is mounted on a benchtop compatible anti-vibration table with stainless steel bellows coupling system
Services required
Supply
100 – 120 or 200 – 240VAC, 50/60Hz (specify on order)
Power
175VA max.
Argon Gas
Purity min. 99.9%
Pressure: regulated 7 – 8 psi (0.5 – 0.6 bar)
Hose connection: 6.0mm (1/4”)
Thickness Monitors (optional)
General specification
Microprocessor-based
4 digit display, push-button zero
6MHz crystal with lifetime check
5/sec update rate
Thickness range
0nm to 999.9nm
Resolution
Better than 0.1nm
Density range
0.50-30.00gm/cm3
Tooling factor range
0.25-8.0
Termination range
0nm to 999.9nm
Delivery & Returns
LEAD TIMES: Average Lead Times are shown individually in days for any products not currently in stock. Whilst we are working closely with our suppliers to minimise the impact of global supply chain issues, and regularly update our product prices and lead times, some are subject to change due to supply chain fluctuations.
Delivery is calculated at the checkout, please see our delivery and returns page for more information.
PRICE & AVAILABILITY: Please note that while we are working closely with our suppliers to minimise any global supply chain issues, prices and availability may be subject to change at short notice.