Integrated Thin Clients

Integrated Thin Clients - The Smart, Intelliigent Solution

Integrating technology into one’s organization can be a time-, resource- and cost-consuming process.  Today, many organizations are turning to integrated thin client technology to better manage and control access to business-critical apps and operational data across an enterprise.

Integrated smart client technology allows organizations to reliably, efficiently and cost-effectively deploy the latest technologies and applications across diverse and geographically disperse work environments, and help quickly respond to ever-changing and evolving company procedures, processes and needs, as well as industry rules and regulations.

Numerous industries, including healthcare, manufacturing, financial services and education, and organizational disciples, such as human resources, customer service, training, legal and finance, have embraced Thinlabs’ integrated thin clients over the years.

Thinlabs’ smart thin clients that can be seamlessly and securely integrated into an organization’s infrastructure including:

  • ARGUS - The ARGUS all-in-one series of zero footprint smart clients is designed specifically for integration into desktop environments, such as remote work locations and administrative offices.
  • HELIOSThinlabsHELIOS all-in-one touch screen computers, compatible with VESA Wall Mounting Interface Standards, can be deployed as self-service kiosks or in locations where space is at a premium, such as production lines, examination rooms and labs.
  • ADITI – The ADITI series of all-in-one LCD touch screen medical grade computers were developed to provide secure, centralized access to applications and data from remote locations, including mobile inventory and medication carts, as well as nurse stations, across an organization’s campuses and facilities.

In addition, Thinlabs’ integrated thin clients deliver a host of eco-friendly benefits, including using nearly 85% less power than PCs, reducing computer-related energy costs by up to 90% and reducing CO2 emissions by nearly 25%.