Dobot Nova 5 Collaborative Robot for Physiotherapy

By the last appointment of a long clinic day, the hands that delivered the morning's first deep-tissue session are tired, and tiredness shows as uneven pressure. A robot does not tire, yet being tireless has never been enough on its own: a machine that presses on a human back must also know how firmly to press and when to stop. The Dobot Nova 5 Collaborative Robot for Physiotherapy is built to answer both halves of that problem. It pairs a working radius sized for the neck, back and waist with DOBOT's proprietary precision pressure control algorithm, so that the treatment a client receives late in the afternoon can follow the same path and the same pressure profile as the one delivered first thing in the morning.

Robots Middle East supplies the Dobot Nova 5 Collaborative Robot for Physiotherapy to clinics, wellness operators, research groups and system integrators across the Middle East. Our team prepares each quotation, coordinates delivery to your premises and provides after-sales support, and we would be pleased to discuss how the arm might fit into your treatment rooms before any commitment is made.

Background

DOBOT and its collaborative robot lineage

DOBOT is a Chinese robotics manufacturer that first became known for compact desktop arms used in education and prototyping, and has since broadened into collaborative robots for industry and services, as well as humanoid and legged platforms. That progression is relevant to a clinical buyer. A company whose products have long been designed to work on a desk beside people, rather than behind safety fencing, brings that mindset to an arm intended to work directly on the human body.

Positioning: an arm defined by its pressure control

The Nova series is DOBOT's family of compact collaborative robots for service applications, and the sources name two versions: the Nova 5 presented on this page and the Nova 2. In this physiotherapy configuration, the decisive element is software as much as hardware. DOBOT's proprietary precision pressure control algorithm governs the force the arm applies during massage, which is what separates a therapy robot from a general-purpose arm that merely follows a path. Safety is addressed directly as well: the robot's operation stops in 0.01 seconds upon collision detection, a behaviour that matters when the workpiece is a person lying on a couch.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

The manufacturer has not published details of joint torque sensing, certifications, the operating humidity of the robot arm, the dimensions of the arm itself, any reach beyond the working radius or the software licence terms; Robots Middle East confirms these at quotation.

What makes the Nova 5 suited to massage and physiotherapy?

Three qualities work together. The first is reach. With an 850 mm working radius, the Nova 5 can arrive at the massage spots that account for much of a typical session — the neck, the back and the waist — from a single mounting position beside or above the couch, without the client needing to be repositioned for each area.

The second is control of force. Reach alone would make the arm a pointing device; the proprietary precision pressure control algorithm is what allows it to work on soft tissue. Pressure is the variable that a client actually feels, and placing it under algorithmic control is the core of the product's purpose.

The third is consistency. A repeatability of ±0.05 mm means the arm returns to the same points along the same path, session after session. For a clinic that wants a treatment protocol delivered the same way regardless of the hour or the staff on shift, that repeatability is the practical benefit. A maximum payload of 5 kg leaves room for a massage end effector at the tool flange, and the 0.01-second stop upon collision detection addresses the obvious concern of having a powered arm in close contact with a person. The published noise figure of 70 dB(A) is also worth weighing when planning a quiet treatment room.

How is the Nova 5 installed and programmed in a treatment room?

The arm can be installed at any angle, which gives planners genuine freedom: it may stand on a pedestal beside the couch, hang from a ceiling structure or mount to a wall, depending on the layout of the room and the access therapists need. At 14 kg, the arm is light enough that the supporting structure does not have to be heavy-duty industrial framing, although every mounting should still be engineered for the specific site.

The controller is compact, measuring 200 mm x 120 mm x 55 mm, and is connected to the arm by a 3 m cable, so it can be placed out of sight in a cabinet or under the treatment couch. It takes 30~60V DC input power and communicates through Network Interface 2, for TCP/IP and Modbus TCP communication, which allows integration with a clinic's own software or an integrator's control system. Teaching is carried out from a PC or through the app on Android and iOS devices, so routines can be set up and adjusted from a tablet in the room. The IP54 rating of the robot and its temperature range of 0° to 50° C describe the conditions it is designed to work in.

Who is the Dobot Nova 5 Collaborative Robot for Physiotherapy for?

Physiotherapy and rehabilitation clinics are the most direct audience: practices that want to support their therapists with a repeatable massage routine, freeing skilled staff for assessment and hands-on work that only a clinician can provide. Wellness centres, spas and premium hospitality operators form a second segment, particularly where a consistent, technology-led experience is part of the offer to guests.

Hospitals and healthcare groups exploring automation in patient care may wish to view the Nova 5 alongside the wider range in our Hospital Robots category. Universities and research teams studying human–robot interaction, force control or rehabilitation protocols will find an accessible platform with open network communication. System integrators building complete massage stations, with couches, end effectors and booking software, can treat the Nova 5 as the robotic core; those comparing it with other arms can browse our Robot Arms category.

The sources also name the Nova 2 within the same series. Its figures are not part of the fact sheet for this page, so Robots Middle East would be pleased to set out its specification alongside the Nova 5 when preparing a quotation, should you wish to compare the two for your application.

What is the Dobot Nova 5 Collaborative Robot for Physiotherapy used for?

1. Neck and shoulder massage: reaching the upper body from a fixed mounting point with controlled pressure.
2. Back massage: following repeatable paths across the back for consistent session after session.
3. Waist and lower-back treatment: covering the lower region within the same working radius without moving the client.
4. Supporting therapist workload: handling routine massage segments so that clinicians can focus on assessment and specialised care.
5. Rehabilitation and force-control research: giving academic and clinical teams a programmable platform for studying pressure-based therapy.
6. Wellness and hospitality experiences: offering guests a technology-led massage service with a uniform standard of delivery.

Pricing and Availability

Robots Middle East supplies the Dobot Nova 5 Collaborative Robot for Physiotherapy on a quotation basis, so that the offer reflects your configuration, end effector, mounting and integration requirements. Delivery, customs clearance and after-sales support are arranged with the quotation. We also welcome questions about suitability for your clinic or project before you request a formal offer. To begin, please use the quotation request available on this page.

Frequently Asked Questions

What is the working radius of the Nova 5?

The Nova 5 has a working radius of 850 mm (33.5 in), enough to reach massage spots such as the neck, back and waist.

How much does the arm weigh?

The robot arm weighs 14 kg (30.9 lbs), which keeps mounting structures in a treatment room manageable.

What payload can the Nova 5 carry?

The maximum payload is 5 kg (11 lbs), which covers the massage end effector fitted at the tool flange.

What happens if the robot collides with a person?

The robot's operation stops in 0.01 seconds upon collision detection.

Can the arm be mounted on a wall or ceiling?

Yes. The installation orientation is any angle, so floor, wall and ceiling mounting are all possible, subject to a site-specific mounting design.

How are massage routines programmed?

Teaching is done from a PC or through the app on Android and iOS devices, and the controller communicates via TCP/IP and Modbus TCP for integration with other systems.

Where can I buy the Dobot Nova 5 Collaborative Robot for Physiotherapy and what does it cost?

You can buy it from Robots Middle East, which supplies it across the Middle East. The cost depends on your configuration and integration needs, so we provide it in a tailored quotation, which you can request from this page.

Summary

The tired hand at the end of a long clinic day is not a failing of the therapist; it is simply the limit of human endurance. The Dobot Nova 5 Collaborative Robot for Physiotherapy is designed to work alongside that limit rather than replace the clinician, bringing an 850 mm working radius for the neck, back and waist, DOBOT's proprietary precision pressure control algorithm, ±0.05 mm repeatability and a 0.01-second stop upon collision detection. Installation at any angle, a compact controller and teaching from a PC or mobile app make it practical to place in a real treatment room. For clinics, wellness operators, researchers and integrators in the Middle East who want consistent massage support delivered with care, this page is the starting point.