DAP Technologies, the leading manufacturer of rugged mobile computers, today launched its first software solutions product for mobile units. Called Microflex Solutions Field Service (MS Field Service), this software is highly customizable and extremely user friendly. The mobile solution is also provided with a powerful suite of middleware tools designed specifically for field service applications.
We have a clear understanding of the kind of computing solution a field service worker needs, because of our extensive experience designing rugged mobile hardware for the industry, said Michael Gioseffi, General Manager, DAP Technologies. Creating the MS Field Service software solution is DAPs logical next step and the result is an efficient and reliable all-in-one solution that mirrors daily work requirements.
Among its many functions, MS Field Service will log and organize data, track work schedules and employee activities - regardless of location - and will integrate flawlessly with numerous other back office computer applications. Also, it is designed to be flexible and customizable ? it can be adapted to meet an organization's unique requirements, quickly and cost-effectively.
The new softwares core modules include:
Pricing: Handles rebates, discounts, taxes and contract pricing
Stock: Manages reconciliation, requisitions and receipts
Transactions: Handles payment transactions, receipts and reconciliations
Signatures: Captures signatures electronically, plus handles document reproduction and storage
Plans: Simplifies the process of reviewing plans and drawings in the field
Messages: Capable of sending, receiving and organizing messages
Printing: Allows for high-quality, in-field printing
Communicate:Integrates peripherals and data communications tools, including local and wide area networks
MS Field Service is suitable for DAPs complete line of rugged mobile computers, including the Microflex 2240, the Microflex CE3240, and the Microflex CE5000X series. Field proven, these units help increase data collection, processing and transmission efficiency for a wide variety of applications, environments and conditions.
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