Deposit Automation and Recycling
Pages: 1,200
Countries covered: 25 detailed country reports and key market data for a further 21 countries
Americas: Brazil • Mexico • USA
Asia-Pacific: China • India • Indonesia • Malaysia • Taiwan • Thailand
Central and Eastern Europe: Poland • Russia • Ukraine
Western Europe: Belgium • France • Germany • Greece • Italy • Netherlands • Portugal • Spain • Switzerland • Turkey • UK
Middle East and Africa: Saudi Arabia • South Africa
Title: Deposit Automation and Recycling 2010
Full report: £30,000 (printed + electronic multi-user licence)
Download order form (PDF 71 K)
Automated deposit technology is generally believed to have the potential to significantly reduce banks’ cash and cheque handling costs by enabling migration of routine teller transactions to self‑service terminals, freeing up time and resources for the more value-added transactions and services. In addition, automated cheque deposits, using electronic cheque truncation, open the door to straight‑through-processing.
This study sets out to examine the current deployment levels and future potential for automated deposit terminals (ADTs) in 46 countries worldwide. 25 of these have been analysed in full, and detailed country reports are presented, with key market data produced for a further 21 countries. A total of 482 banks and other organisations participated in the study, of which 138 were interviewed.
The insights and findings from this extensive study are now available through a 1,200-page report with country-by-country market statistics and 10-year forecasts. This authoritative report is an invaluable tool for manufacturers, banks and other key industry players wishing to plan and act strategically to take advantage of an important new market opportunity.
Each country chapter comprises the following sections report...
• Overview of Market
• Current Installed Base of ADTs
• Key Market Drivers and Inhibitors
• Deployer Requirements and Terminal Usage
• The Future of Deposit Automation
• Deployer Profiles
The information in Deposit Automation and Recycling is based on extensive primary research and is not available from any other source.





