To use the P3 you'll need to download the PadBot app to your device.  When you log in, simply click a button to connect to your PadBot and you'll be driving and interacting with others in moments. As usual with the PadBots, you can control the robots and have a 2-way video call using smartphones or tablets. The P3 adds the ability to control the robot using a PC; however, please note that when using the PC it will only create a 1-way video call (the remote users can view what the telepresence robot 'sees').

Note: This quick posting is just a placeholder while we work on a more informative summary for you!  In the meanwhile, please feel free to contact us with any questions that you may have!

Currently, Orbis Robotics is preparing to implement integration of biometric sensors (including heart monitors), improved optics for visual observation of patients, and family participation.  This last feature is exclusive to the Carl robot and allows members of a patient's family to participate in the Carl video call while the doctor is using the Carl to remotely visit the patient.

One of the unique features of the Teleporter robot is that it offers multi-participants in the video and audio feeds.  While one person controls the robot, up to five additional users can log in and see (and be seen on) the screen.  This provides a very convenient way for multiple remote workers or physicians to easily participate in conferences and discussions or remote factory or hospital tours.

The amplified speakers and noise-cancelling microphone allow for easier and enhanced communication while the large screen of the Teleporter allows the operator to bring up schematics, blueprints, and websites on screen to show people at the robots location.  Additionally, the HD camera allows the user to zoom
in to view and display such things as instruments or parts in great detail.

For safety, the Teleporter has a sonar sensor, an infrared sensor, and a 3D camera which enables the robot to map its surroundings, allowing for very safe operation.

Those are just two areas in which a telepresence robot can help your hospital, clinic, or office. A teleprence robot helps facilite specialist visits instantly, irrespective of location.  Telepresence robots provide a safer way for patients to be visited by family members without exposing them to additional dangers.  They provide a simple way for doctors to conduct rounds.  They provide an effective way for specialists to help in emergency situations in lieu of spending time driving to the hospital or medical clinic.

The Vita medical telepresence robot, fits each of those scenarios, and features FDA clearance on top of its highly advanced solutions for telemedicine and telehealth.*

The InTouch Vita, also known as the RP-Vita, is a remote presence robot developed by iRobot and InTouch Health, and is assisting medical professionals in the exchange of information in healthcare environments and enhanced service to patients.  Already being used in several hospitals, the Vita robot is helping to revolutionize the healthcare industry by allowing medical staff to monitor and advise patients from remote locations.

In addition to letting specialists advise colleagues and engage with patients and doctors and nurses, the RP-Vita can be used to access recorded information via data ports and can be connected to ultrasound imaging machines, digital stethoscopes, and more.  The Vita can transmit information to doctors from almost any type of medical device that has USB connectivity.

The unit has a simple-to-use iPad interface; and its automatic docking function ensures that it stays charged in case of emergencies. The Vita is equipped with automated navigation functions to allow for easy mobility and safe travel without needing user guidance. This makes it suitable for retrieving information from various patients autonomously. Capable of retaining and processing enormous amounts of information, the Vita will facilitate doctors with data storage and retrieval, and assist medical professionals with assessing and recording information. Additionally, it uses the cloud-based SureConnect, which helps to maintain a reliable network connection.

The InTouch Vita robot has FDA and HIPAA compliance and is approved for active patient monitoring, which should help its use in the medical environment to be more readily accepted. One of the major uses of the Vita is to monitor stroke victims from distant hospitals. With its iPad or PC interface, doctors can navigate the robot to the patient's bedside with the push of a button. The Vita will autonomously navigate all potential obstacles within its environment. While such high-end performance is not uncommon in the telepresence robots industry, the RP Vita is extraordinary in that it has the ability to capture, record, and monitor physiological data. Adding these capabilities to telepresence makes the Vita an incredibly powerful and useful tool for professionals in the telehealth and telemedicine industries, enabling them to provide enhance assistance to other professionals and, ultimately, more effective and immediate care to their patients.

*"Telemedicine" typically refers to clinical services that are offered from a remote location (telepresence) by doctors or other healthcare professionals.  The term "telehealth" typically covers a broader scope of services offered via a remote presence.  Telehealth often encompasses both clinical services and non-clinical services.  Non-clinical services may include such tasks as meetings, training sessions, remote lectures, remote family visits, and similar usage.

Home users are using Sanbot telepresence robots to visit their family and friends instantly, to eliminate time and expenses and hassles associated with many traveling experiences.

Business users are using telepresence robots to instantly meet with coworkers or to check product placement on sales floors or in warehouses.

Hospital users are using telepresence robots to enable specialists to immediately be on hand for emergencies such as when a person has a stroke.  They also enable clinics to offer a simple way for family members and friends of patients to visit with their loved ones with no worries of germs.  Friends and family simply access the telepresence robot at the hospital, or have a member of the staff drive the robot to the patient's room.

The Sanbot Elf can also be used for customer service.  Visitors to your business or hospital or museum can ask the Sanbot for directions and basic questions.

Auto-Docking:  The Sanbot can be programmed to automatically charge itself once its battery level reaches a particular percentage (i.e. 10%, 20$, etc).  Additionally, you can tell the Sanbot to charge itself using your voice or via the Qlink app.

What do the remote users need?: The Sanbot can be controlled using a PC, smartphone, or tablet.

What else can it do?  It can play a video or programmed presentation using it's screen or it's built-in projector.  Use the Sanbot Elf to display excel and PowerPoint files, videos, and other documents.  The Sanbot can change colors and interact with people using its voice and facial recognition and ability to respond to questions.  The Sanbot can even dance; mind you, you'll not see much of a resemblance with Fred Astaire or Ginger Rogers, but the Sanbot gets a big "E" for effort.  Returning to more practical levels, thanks to its adaptability to customization, the Sanbot can be tailored for use in hotel, retail, healthcare, education, and other industries.

For more information on the Sanbot Elf, you can view the Sanbot videos, images, features and specifications, and more on this page or by clicking the links for Sanbot Elf reviews.

Feel free to contact us for a demo by clicking the "Get a Demo" button below!

The Giraff telepresence robot helps elderly people remain in their homes for longer, and allows them to stay connected to their friends and family in the most personal way possible without actually being there.  The image of the remote user is displayed on the screen and the robot can be driven around to view anything in its vicinity, almost as if you were there in person.

The Giraff robot is controllable from any location with a computer and internet connection.  Family members, friends, doctors, and other care-takers can all log into the telepresence robot, drive it, interact with others, and explore the Giraff's environment with audio and video, almost as if they were there in person.

For a great glimpse of how the Giraff can help your hospital or assisted living facility, you, and your loved ones, please view the featured video above, or the "Giraff Videos" section.

Built-in Screen: The Giraff has a 13.3” 1280 x 800 LCD "portrait"-view display, designed to present an approximated full-size view of the remote user’s head and shoulders,  This is especially important for elderly care; in particular, for people with cognitive impairments such as dementia.

Robust Network Options: The Giraff comes equipped with WiFi (a/b/g/n) that operates on either 2.4 or 5 GHz bands and will connect to any standard router.  The wireless hardware is a WiFi enabled USB device that is connected to the back of the Giraff robot.  However, the Giraff can support most any wireless technology that wouldbe compatible with Windows (including 3G and 4G assuming the network signal is sufficient to support the video connection).  If desired, you may use an alternate wireless technology that would require a simple configuration within the robot that the Giraff support team can manage.

What are Some of the More Technical Details of the Giraff telepresence robot?

The Giraff telepresence robot includes an Intel i7-3610QM (quad core) processor with Windows 7, 4 GB RAM, 60GB Solid-State Hard Drive, 550 MB/s read/write speed, WiFi, and USB 2 and 3.

Software developers will find the Giraff robot even more flexible and robust with the following features:

- Ability to access API: which allows control of the motors.

- Ability to operate the Giraff without an internet connection using local mode support.

- Ability to allow 3rd-party apps to integrate with Giraff's remote control software: Pilot, via software plug-ins.

- Ability to integrate Giraff's Pilot into other applications via a Java wrapper.

- Ability to use third-party applications that integrate with the Giraff application via plugins.

- Ability to transmit data to and from a cloud service (Sentry) responsible for managing call permissions and logs.

- Ability to access to source code in some scenarios.

***In 2017, Giraff Technologies, the original manufacturer of the Giraff robot, who had research grants from the EU, sold all of its assets to Camanio Care, a Sweden-based company which focuses on robotics within healthcare.

Are you looking to save money on travel and have greater flexibility in your work?  The Ava provides a corporate-level presence and experience that you can maintain when not on location yourself.

The Ava 500 provides a more commanding presence when you are unable to attend a remote conference, meeting, or lecture, or to meet with workers at a manufacturing plant, warehouse, or training facility.  Telepresence enables you to save thousands of dollars and hundreds of hours per year that would otherwise be spent on flights, hotels, and related travel expenses.

The Ava 500 robot has been highlighted as a "video collaboration robot" which can enable corporations to have a greater presence in and at manufacturing plants, warehouses, corporate training and management events, and any other remote locations.  Some of the more common applications include: remote training, presentations, or technical support, where an expert can be on location in seconds; tours and inspections of business facitilies, labs, museums, and so on.

Executives can benefit greatly from the Ava 500 through its ability to provide users freedom of movement and a virtual (remote) presence.  As mentioned in the preceding paragraph, whether employers wish to inspect a manufacturing plant or warehouse, participate in corporate training, inspect labs or other rooms, or merely interact with employees, the Ava 500 enables them to efficiently engage and control what is seen without the need for spending time and money on travelling to the remote location and related costs.

Additionally, the Ava 500 includes Obstacle Detection and Obstacle Avoidance capabilities. A laser, 3D imaging, and sonar technologies help the robot navigate autonomously throughout business environments without bumping into anything; users simply take advantage of the advanced mapping feature, select their destination, and the Ava 500 will connect with the user upon its arrival.  The Ava 500 also includes the ability to lower or raise the screen, which allows people at the Ava robot's location to more comfortably engage with the remote user (the person operating the robot) while either standing or sitting.

The VGo telepresence robot, produced by VGo Communications, is an elegant looking robot with far more than simply the basic features that are common amongst telepresence robots.  The VGo robot features a 6-inch LCD screen. It can easily drive over rugs, thresholds, and other changes in flooring, and even has lights to help with visibility and attracting attention.  In classroom settings students have used this to replicate raising their hand to get the teacher's attention.

In corporate settings they can work with you to help ensure you stay connected between WiFi access points or if you're using the VGo robot at a convention, or similar, where there may be hundreds of robots and thousands of people. To achieve this you would need to attach a MiFi device using the USB port at the back of the VGo and use a cellular plan. For gauging what plan you would need; the VGo uses about 500mb per hour in-call.

The VGo includes other unique features such as a high-resolution camera, zoom features, text-to-voice, and a tiltable head.  An automatic docking feature is available when the VGo robot is within 10 meters (about 11 yards) and can see the charger, that point a notification appears which you can press to send the VGo to charge.  Additionally, if the VGo is bumped from the charger, it will automatically re-connect. A newer feature, less common to telepresence robots, is the ability for people to call remote users from the robot (most robots allow for the remote user, exclusively, to initiate the call). To achieve this, however, the remote user will need to be using the Windows or Mac version of the VGo application.

What do you need to drive the VGo? 

VGo encourages PC use, but the VGo robot can be controlled via tablet, too.  The VGo can be driven from a Windows or Mac PC, iPhone or iPad, or Windows tablets.  Recommended tablets include the Apple iPad or iPad Mini with a front-facing camera (2nd generation or later), and the iPhone 5 S or better, the Samsung Series 7 and the Microsoft Surface Pro (but the Surface RT will not work) and tablets with Intel i5 or i7 chips.  You can download the VGo driving app for both Windows or Mac on VGo's website while you can download the app for iPad and iPhone in the Apple Store.  VGo plans to add functionality for Android devices.  Broadband internet connection speeds of 1.5MBps upload are recommended while 768KBps is the minimum requirement.

For VGo users in the medical field?

The aforementioned high-resolution camera allows doctors to see such things as a patient's pupil reaction. The VGo can also connect to, and display, results of CT scans and electronic medical records.  Hospitals and doctors are using the VGo to visit rural hospitals, senior care facilities, in-home post-operative care patients, and to conduct rounds at rural locations from their own homes and offices.  Medical schools and hospitals have been able to involve top surgeons and specialists in medical training thanks to the telepresence capabilities of the VGo.

Hospitals and clinics also use the VGo to provide interpreter services for a fraction of the cost of having a translator in person, for long-stay pediatrics, and for patient visits from friends and family, allowing greater customer satisfaction, which often propagates an improved hospital image. Another benefit provided by the VGo is the ability to obtain a quick second opinion.  For example, if there is an unexpected development with a patient's wound, on-site medical staff can quickly have a second specialist from another location "present" to provide their own advice.  Having a specialist on-call and able to log-in to a VGo from his home, rather than commuting to a particular hospital or clinic, could save millions of brain cells that would potentially be lost, as in the case of stroke victims, and could also increase the probability of success in other life or death scenarios.  All of these applications help people in the medical industry increase efficiency and quality of care, and help them decrease expenses incurred by travel and time.

For VGo users in Business, Education, or other fields?

The LED lights mounted on the camera help users navigate dark hallways and improves the detail of snap-shot photos.  Sick or otherwise disabled students are able to use these lights as a way to signal the attention of their teachers and professors; resembling children holding up their hands as if they were present in the classroom.  The tilt feature allows the user to look up and down as they wish in order to see more than a normal video conference would allow.

At about four feet tall (with an optional one foot extension), the VGo has a height which is comfortable to interact with whether you are sitting down or standing up.  Another convenient feature is the ability of the VGo to be auto-activated either immediately or on a delay, where the user is announced at the robot's location and can begin driving the robot after 15 seconds.  Their robot can also be set to manual activation, where a button on the screen must be pressed before the user can begin remote operation.

The VGo app allows users to login to an available robot by clicking on the location where they wish to be.  Communication is handled through VGoNet, which handles the complexities of real time Audio/Visual communication with the ongoing robotic controls.  Additionally, the VGo app allows other VGo users to communicate via Instant Messaging, voice, or video chats on PCs.  Currently, the VGo robot can not be controlled using smartphones but VGo Communications is working to make this possible.

The VGo robot, whether for business, telemedicine, or manufacturing, allows you to virtually be in two places at once and engage more fully in communication with employees, patients, or coworkers. The ability to control the robot commands more attention and provides you with greater control of what is seen and heard.

There is a required a monthly service plan for the VGo, which provides unlimited technical support, and access to all software updates. The service plan covers cloud-based features such as administrative tools, where administrators can view all users and control such things as who has access to which telepresence robot.  The service plan also includes helpdesk support and performance tools.

If you purchase their ARS (Advanced Replacement Service) for an additional fee, they'll provide immediate shipping of broken parts/units, including batteries, in the event it is necessary.  

Hoping to speak at a conference without needing to travel there?

The VGo is a great option for avoiding travelling time and associated expenses.  Have a VGo shipped to the remote location (or perhaps the conference center / business / university, already has their own), and deliver your speech or lecture from the comfort of your home or local office.

The VGo can interface with an external microphone system.  Simply plug a wireless microphone into the "Audio Out" space in the back of the VGo and you will have the same vocal presence as in person.  For larger audiences, the location hosting the VGo may wish to consider using a camera to zoom in on the VGo's screen and broadcasting it on a wall (just as they would do if a live person were presenting).

How can the AMY A1 help me? Send messages to family members and others if you are at a remote location or have your hands full, busy with dinner.  The AMY will do most anything but scramble your eggs and butter your toast, but the AMY will do what it can.  Need some guidance in the kitchen?  Keep your hands free and ask AMY for the recipe; it will appear on the 10.1" screen.

With AMY's Home Automation (currently only available for customers located in China) features you can monitor the environment inside, setup security control, connect to home appliances; raise or lower the temperature of the thermastat, turn off the lights or the television, and more.  AMY will even remind you when you have an upcoming event or meeting to attend, or a favorite radio program to listen to.

The AMY robot enables you to have a spur of the moment video chat with family members half-way around the world, or drop-in on your co-workers at the office if you want to work from home on a sunny afternoon.  AMY is supplied with a built-in HD (720p) wide-angle camera and loudspeaker so you can see and be heard in most any environment.

For use in hospitals and other medical environments, the AMY can be customized to integrate with medical applications and with ultrasound and other medical devices.

How do I connect to the AMY Robots? The AMY telepresence robots can be controlled via the AMY Robotics app, which is downloadable from the Google Play and Apple Stores.  Currently, they cannot be controlled using a PC (desktop or laptop).

Would you like to see more of what the AMY telepresence robot can do?  Check out the AMY A1 videos on our site and watch the AMY telepresence robot help serve people in new and exciting ways!

Regardless of the setting, the stationary telepresence of the Kubi makes for a simple remedy for eliminating the need of an onsite person to point a camera around for the remote user. While sacrificing mobility, the Kubi eliminates any potential worries associated with mobile telepresence robots that need assistance due to driving failures or decreased wi-fi signal strength.  Simply plug the Kubi in via USB or AC power and the Kubi can be left alone.

If using Zoom, controls and the video conference are all wrapped in to one app (Zoom does charge a monthly fee in the neigborhood of $15/month).  Otherwise, users will need to have a window for the Kubi control app, and a window for their video conferencing app open.

For business users, the Kubi robot can be placed in a conference room and left to the control of a remote user. The pan features allow that user to see what he wishes and have more personal interaction and engagement with on-site workers during meetings. One of the more unique features is the "Kubi Animate" feature (pending), which allows the user to play a video while simultaneously recording the motion of the Kubi.  After recording is complete, the video and programmed motion can be played back.

For users within the medical field who hope to use the Kubi for telemedicine, it has the capability to integrate with video collaboration and conferencing applications such as Zoom and Vidyo. The Kubi can also integrate with telehealth applications and EMR systems, providing an efficient mode of communication between physicians, nurses, and patients.

For users working in the field of education, the Kubi allows remote students to feel more engaged and participate more in class since they can choose what they look at, and be more easily seen by teachers and classmates.  As noted above, the Kubi can integrate with Zoom, an application for web and video conferencing.

Optional - Kubi Enhanced Audio Kit Upgrade:

Customers may choose to enhance their audio experience during Kubi calls by purchasing the Enhanced Audio Kit.  The Enhanced Audio Kit will help you be heard better in large rooms and group environments.   The Audio Kit includes a stereo directional microphone (which reduces side and background noise), a 2-watt, rechargable speaker, installation hardware and cables for mounting it to the Kubi, and a 5-port (2.4 amp maximum per port), 100-240 VAC USB charger (US type plug).

Installing the Enhanced Audio Kit will require you to disassemble the Kubi robot to install the speaker.  All necessary equipment and instructions are included with the Audio Kit. You can add this upgrade simply by selecting one of the "w/ Audio Kit" options before clicking "Add to Cart."  Alternatively, you can purchase this as a standalone product if you already own one of the Kubi robots.

Kubi Warranty: 12-month warranty covering manufacturing defects in materials or workmanship, beginning at the original date of purchase.  The manufacturer, Xandex, will repair or replace the Kubi robot, at their option, with new or reconditioned parts if the robot is found to be defective during the aforementioned period.  Contact us if you would like more details.

Kubi Returns: If the customer wishes to return the robot within a period of 30 days they can return the unit for a credit minus a 35% re-stocking fee and any necessary charges for any missing parts and/or damage.

Note: The Kubi was created by Revolve Robotics and is now produced by Xandex.