DOBOT Nova 2 Review: Specs, Price, Pros & Cons

DOBOT Nova 2: Quick Buyer Verdict

The DOBOT Nova 2 should be evaluated as a compact six-axis automation platform, not as a complete coffee machine, food-preparation system or production cell.

Its strongest advantage is the amount of six-axis motion DOBOT packages into a relatively small and lightweight robot. The arm weighs approximately 11 kg, reaches 625 mm, carries up to 2 kg and can be installed at any angle. A compact CCBOX controller further reduces the space required around the robot.

Pros

• Compact six-axis architecture.
• Only approximately 11 kg arm weight.
• 625 mm working radius.
• ±0.05 mm published repeatability.
• Up to 1.6 m/s TCP speed.
• Any-angle installation.
• Low published power consumption: approximately 100 W typical and 250 W maximum for the robot.
• IP54 robot-arm rating.
• End-of-arm digital I/O and RS485.
• TCP/IP, Modbus TCP and Modbus RTU connectivity through the controller.
• Graphical programming and guided teaching reduce the entry barrier for simple applications.
• Particularly well matched to compact retail and hospitality installations.

Cons

• Maximum payload is only 2 kg.
• Tooling and adapters reduce the payload available for the workpiece.
• 625 mm reach can be restrictive in larger cells.
• ±0.05 mm is repeatability, not a guarantee of absolute positioning accuracy.
• The IP20 controller needs more environmental protection than the IP54 robot arm.
• Food and beverage applications still require hygienic tooling and appropriate cell design.
• Collaborative operation does not eliminate the requirement for risk assessment.
• The quoted robot price does not represent the total cost of a production-ready cell.
• Software, API and controller generation should be confirmed for advanced integrations.

Our recommendation: shortlist the Nova 2 when the complete tool-plus-product payload stays comfortably inside 2 kg and the task fits within a compact 625 mm workspace. If either reach or payload is marginal during the concept stage, compare the Nova 5 or a larger collaborative arm before engineering the rest of the cell around the Nova 2.

Review the DOBOT Nova 2 product listing before requesting a configuration.

How Much Does the DOBOT Nova 2 Cost in 2026?

DOBOT does not publish one universal global Nova 2 price on its main product page. Pricing varies by region, distributor, controller package, warranty and included accessories.

At the time of this review, current US channel listings place a Nova 2 cobot at approximately US$8,850. European channel pricing can vary much more widely depending on configuration.

The important point is that the robot-arm price is not the automation-project price.

A real Nova 2 installation can also require:

A better way to compare prices

Request two figures:

1. Robot package: Nova 2, CCBOX/controller, cables, emergency-stop hardware, software entitlement and all included accessories.
2. Production-ready system: robot plus tooling, safety, process equipment, software, integration, commissioning, freight, taxes and support.

A cheaper arm can become the more expensive project if it requires extra integration or cannot comfortably meet the task.

For broader market context, see our cobot price guide.

What Is the DOBOT Nova 2?

The DOBOT Nova 2 is a compact six-axis collaborative robot designed around lightweight commercial and industrial automation.

It has a maximum payload of 2 kg, a 625 mm working radius, ±0.05 mm published repeatability and a maximum TCP speed of 1.6 m/s. The arm itself weighs approximately 11 kg.

DOBOT positions the Nova family particularly strongly for commercial environments such as beverage preparation, restaurants and retail, where conventional industrial robots can be physically too large for the available workspace.

What the Nova 2 is

• A six-axis articulated robot.
• A compact collaborative automation platform.
• A lightweight robot for countertop or small-cell installations.
• A programmable motion platform for repeatable commercial or industrial tasks.
• A robot that can integrate with grippers, dispensers, sensors and surrounding equipment.
• A practical option when appearance, footprint and ease of deployment matter.

What the Nova 2 is not

• It is not a complete autonomous coffee shop.
• It is not supplied with every tool required for every advertised application.
• It is not a 2 kg product-handling robot after an arbitrary tool has already been attached.
• It is not washdown rated as a complete system.
• It is not automatically safe beside people simply because it is called collaborative.
• It is not a replacement for an application-specific risk assessment.
• It is not the best robot for every lightweight task; a SCARA, Cartesian robot or smaller four-axis arm may sometimes be simpler.

If you are still selecting the robot class rather than one model, compare current collaborative robots before committing to a six-axis platform.

DOBOT Nova 2 vs Nova 5: Which One Should You Buy?

Nova 2 and Nova 5 share the same commercial-robot concept but solve different payload and workspace requirements.

Choose Nova 2 when:

• The combined tool and product payload is comfortably below 2 kg.
• The work fits inside a compact 625 mm radius.
• Low robot weight is valuable.
• The installation is on a counter, kiosk or small workstation.
• Power consumption and physical footprint are priorities.

Choose Nova 5 when:

• You need substantially more payload.
• The tool itself is relatively heavy.
• The application needs an 850 mm working radius.
• One robot must access more equipment or stations.
• The Nova 2 would operate close to its payload or reach limit.

Buyer warning: do not choose the smallest robot solely because the workpiece weighs less than 2 kg. Add the gripper, mounting adapter, sensors, tubing, cables and any carried process equipment before comparing the result with the robot’s payload limit.

DOBOT Nova 2 Specifications

The following figures reflect DOBOT’s current published Nova 2 specifications checked in September 2026.

Specifications that still need application-level confirmation

The standard specification sheet does not answer every engineering question. Before designing a production cell, confirm:

• Payload derating versus tool centre of gravity.
• Permitted moments and inertia at the flange.
• Absolute positioning accuracy if the application depends on it.
• Stopping distance at the intended payload and speed.
• Required safety performance for the completed application.
• Controller and firmware revision.
• Advanced programming/API requirements.
• Compatibility with the selected end effector.
• Regional certifications and declarations supplied with the exact system.

Payload, Reach and Workspace

Payload and reach are the two specifications most likely to determine whether the Nova 2 is the correct robot before software or accessories are considered.

The real usable payload is lower after tooling

DOBOT publishes a 2 kg maximum payload.

That figure must account for everything carried by the wrist.

For example, if a gripper and adapter together weigh 0.8 kg, only 1.2 kg remains before reaching the nominal 2 kg total. That simple subtraction still does not prove that every 1.2 kg workpiece is suitable because centre of gravity, acceleration, orientation and dynamic loading also matter.

For this reason, define:

• Tool mass.
• Adapter mass.
• Product mass.
• Product centre of gravity.
• Required acceleration.
• Worst-case arm orientation.
• Any process forces acting on the tool.

before approving the robot.

625 mm reach is useful—but compact

The Nova 2’s 625 mm working radius is appropriate for a small counter or workstation.

It can be a strong fit when the robot operates between nearby fixed positions: cup dispenser to coffee machine, product fixture to tray, small conveyor to package or test fixture to output station.

It becomes less attractive when one robot must reach:

• Multiple widely separated machines.
• Large conveyors.
• Deep cabinets.
• Multiple sides of a large workpiece.
• Stations positioned around a large counter.

A published working radius should also not be interpreted as a guarantee that every pose and tool orientation is available at every point inside that radius.

Any-angle mounting is a real advantage

DOBOT permits Nova 2 installation at any angle.

That gives integrators useful options including:

• Tabletop mounting.
• Wall mounting.
• Angled mounting.
• Suspended installations.
• Mounting inside compact machinery.

The supporting structure still needs to be engineered for the robot’s mass and dynamic loads.

Speed, Repeatability and Real Cycle Time

DOBOT publishes a maximum TCP speed of 1.6 m/s and maximum joint speeds of 135°/s for the Nova 2.

These are useful performance indicators, but they are not the same as application cycle time.

Actual throughput depends on:

• Distance between stations.
• Number of movements per cycle.
• Payload and centre of gravity.
• Acceleration settings.
• Collision-sensitivity settings.
• Human access to the workspace.
• Gripper opening and closing time.
• Machine-processing time.
• Vision or sensor delays.
• Product variability.
• Error recovery.

What does ±0.05 mm repeatability mean?

Repeatability describes how closely the robot can return to a previously taught position under defined conditions.

It does not mean that every commanded coordinate in the complete workspace is absolutely accurate to ±0.05 mm.

For fixed pick-and-place locations, repeatability is often the more relevant number. For applications depending on dimensional metrology, absolute positioning or interchangeability between robots, request the appropriate additional accuracy data and validate the complete system.

What about DOBOT’s coffee and noodle figures?

DOBOT markets the Nova 2 with examples of up to approximately 500 cups of coffee or 300 bowls of noodles per day.

These numbers demonstrate the type of commercial workload DOBOT targets. They should not be used as universal production guarantees.

Actual daily output depends on the entire process around the robot: equipment cycle time, recipe, opening hours, cleaning, replenishment, human intervention and fault rate.

Use a timed test of your own workflow as the acceptance criterion.

DOBOT Nova 2 Programming and Software

Ease of programming is one of the Nova series’ strongest selling points.

DOBOT supports graphical programming and guided teaching so many basic workflows can be created without traditional text-based robot programming.

Hand-guided teaching

For suitable tasks, an operator can physically guide the robot through positions or trajectories and use those movements as part of the programming workflow.

This is useful for:

• Teaching pick locations.
• Defining dispense paths.
• Building demonstrations.
• Adjusting a cell after layout changes.
• Rapidly prototyping a new motion sequence.

It does not remove the need to understand robot frames, tool configuration, payload, collision settings and safe operation.

PC and mobile control

Current Nova documentation lists teaching through PC and mobile applications, including Android and iOS workflows.

DOBOT also provides DobotStudio Pro documentation for the CR and Nova families.

For a simple self-contained application, the graphical environment may be enough.

For a more complex installation, verify the exact software and firmware versions required before purchasing the robot.

Advanced software integration

The hardware provides Ethernet, TCP/IP, Modbus TCP, RS485 and Modbus RTU connectivity.

That creates several integration paths, but buyers requiring custom Python, ROS, proprietary APIs or low-level control should not assume that every interface available on another current DOBOT product automatically applies to the Nova 2 controller being quoted.

Request:

• The exact controller model.
• Firmware version.
• Current API documentation.
• Supported development languages.
• Network protocol documentation.
• Sample project for the required integration.
• Software lifecycle and update policy.

before making API access a project dependency.

Nova 2 Controller, I/O and Integration

The Nova family’s compact controller is an important part of its commercial-use proposition.

The IP54/IP20 distinction matters

The Nova 2 robot arm is rated IP54.

The controller is rated IP20.

This is particularly important in the exact restaurant and beverage applications for which the Nova is often considered.

A splash-tolerant robot enclosure does not make the control box suitable for exposure to water, steam, spilled drinks, cleaning spray or uncontrolled contamination.

The controller should be placed and protected according to its own environmental requirements.

Integration verdict

For a compact robot, the combination of end-of-arm I/O, controller I/O and multiple industrial communication options is strong.

The buyer should design the integration around the complete signal map before the hardware arrives rather than discovering during commissioning that additional PLC I/O, relays or gateways are required.

DOBOT Nova 2 Safety and Collaborative Operation

The word collaborative is frequently misunderstood.

A collaborative robot can provide functions that help engineers create applications where humans and robots share space. It does not mean every machine built around the robot can automatically operate next to people without additional safeguards.

DOBOT’s Nova documentation describes collision detection and multiple protection levels. The manufacturer’s current Nova marketing also states very fast collision-response behaviour.

The more important buyer question is what happens in the complete application.

The tool and product can change the risk

A bare robot arm and a robot carrying a hot drink, knife, needle, sharp fixture, heavy gripper or heated component are different safety systems.

Risk assessment should include:

• Robot speed.
• Payload.
• Tool geometry.
• Pinch and trapping points.
• Workpiece edges.
• Hot surfaces or liquids.
• Nearby machines.
• Human access.
• Unexpected restart.
• Software and communication failures.
• Loss of electrical or pneumatic power.

Emergency stop is not the complete safeguarding strategy

DOBOT’s technical documentation treats emergency stopping as a supplementary protective measure, not as a replacement for safeguarding.

This distinction matters because a robot does not stop at zero distance.

Published Nova technical testing records measurable emergency-stop times and stopping distances under defined high-speed and high-load conditions.

The correct separation distance must therefore be based on the configured system rather than the assumption that collision detection makes contact harmless.

Minimum buyer checks

Before acceptance, confirm:

• Applicable regional machinery and robot standards.
• Safety-function configuration.
• Emergency-stop circuit.
• Stopping time and distance.
• Required scanners, guarding or presence detection.
• Tool-specific hazards.
• Safe speed when humans have access.
• Restart behaviour after a stop.
• Validation records.
• Who signs the final risk assessment.

DOBOT publishes broad safety and certification information for its collaborative-robot portfolio, but the buyer should obtain the declaration and certification package for the exact Nova 2 and controller configuration being supplied.

Is the DOBOT Nova 2 Good for Coffee, Food and Retail Automation?

Yes—this is one of the clearest reasons to shortlist the Nova 2.

DOBOT itself positions the Nova family around commercial applications including beverage preparation, restaurants and retail.

The robot’s compact size, low mass, six-axis flexibility and relatively quiet operation can make it easier to package into a customer-facing installation than a larger industrial cobot.

But the robot is only one part of the system.

For a robotic coffee station you may still need:

• Cup handling.
• Coffee-machine interface.
• Lid or accessory handling.
• Gripper or suction tooling.
• Presence sensors.
• Drink handoff location.
• Cleaning process.
• Order-management software.
• Safety controls.
• Error recovery.
• Replenishment procedures.

Is the Nova 2 food safe?

Do not interpret suitability for restaurant automation as proof that every surface of the robot is approved for direct food contact.

Direct food-contact components should be selected and validated for the applicable local food-safety requirements.

The application may require:

• Food-grade end effectors.
• Washable removable tooling.
• Separation between food and non-food-contact robot surfaces.
• Protection against steam and liquids.
• Drip management.
• Temperature-resistant components.
• A defined cleaning and sanitation process.

The controller’s IP20 rating deserves particular attention in wet commercial environments.

Retail advantage: appearance matters

The Nova family also supports exterior colour customisation.

That sounds cosmetic, but in a public-facing installation it can be commercially relevant. A robot inside a café, shop or exhibition is part of the customer environment as well as a piece of automation equipment.

Best Uses for the DOBOT Nova 2

1. Coffee and beverage automation

One of the strongest use cases. The Nova 2 is compact enough for countertop installations and provides six-axis motion for moving cups, operating equipment and coordinating multiple nearby stations.

The complete workflow still needs suitable tooling and integration.

2. Restaurant and food-service automation

Lightweight container movement, ingredient handling, dispensing and customer-facing food-service demonstrations can fit the Nova 2’s intended commercial positioning.

Check heat, splash, hygiene and payload requirements carefully.

3. Retail kiosks and interactive automation

Its small footprint and customisable appearance make the Nova 2 particularly interesting where the robot is visible to customers.

Typical concepts include product presentation, sample handling and automated service kiosks.

4. Light pick-and-place

For small products well below the payload limit, Nova 2 can transfer items between trays, fixtures, conveyors or packaging positions.

The pick-and-place robot category contains alternatives when throughput or payload requirements differ.

5. Small assembly and testing

Six axes provide useful orientation flexibility for small components, testing equipment and fixtures.

The payload and process forces should be checked if the tool itself is substantial.

6. Dispensing

The Nova 2 can support controlled-path dispensing applications where the required dispenser and material delivery system fit inside its payload and process limits.

7. Education and robotics training

A compact commercial cobot gives students experience with six-axis kinematics, collaborative automation, industrial I/O and real integration without requiring the physical footprint of a larger robot.

8. Technology demonstrations

Its compact dimensions, commercial styling and relatively straightforward programming make it suitable for exhibitions, showrooms and demonstrations where a conventional industrial robot could be unnecessarily large.

When the DOBOT Nova 2 Is Not the Right Robot

The Nova 2 should be rejected early when the application requirements clearly exceed its strengths.

• More than 2 kg total payload: move to a larger robot rather than designing permanently at the limit.
• Heavy end effector: a large tool can consume most of the available payload before a product is picked.
• Long reach: 625 mm is intended for compact workspaces.
• Washdown environment: the arm is IP54 and the controller IP20.
• Outdoor operation: the standard specification does not position Nova 2 as an outdoor robot.
• Large process forces: grinding, heavy machining or force-intensive tooling generally points to another robot class.
• Large palletising tasks: the payload and reach are far below typical palletising requirements.
• Very high-speed planar transfer: a dedicated SCARA or Delta robot may be more appropriate.
• Extreme precision: ±0.05 mm repeatability should be compared with the actual process tolerance.
• Turnkey restaurant automation: the Nova 2 is the robot arm, not the entire kitchen or beverage system.

A six-axis cobot is valuable when its articulation and collaborative architecture solve a real workspace problem. If a simpler mechanism can perform the same job, the simpler system can sometimes be cheaper and easier to maintain.

DOBOT Nova 2 Alternatives

The closest alternative depends on why Nova 2 was shortlisted in the first place: compact footprint, price, six-axis flexibility, greater payload or greater reach.

Which one should you choose?

• Choose Nova 2 for a compact six-axis system with strong retail and hospitality fit.
• Choose Nova 5 if you like the Nova concept but need substantially more payload or reach.
• Choose MG400 when a simpler tabletop robot can complete the job without six axes.
• Choose CR3A when industrial precision and a 3 kg payload matter more than Nova’s commercial packaging.
• Choose UR3e when ecosystem maturity and established industrial deployment are major decision factors.
• Choose xArm 6 when 5 kg payload and approximately 700 mm reach are more valuable than Nova 2’s stronger published repeatability.

Use the Anton Robots comparison tool to compare cobots before finalising the shortlist.

Is the DOBOT Nova 2 Worth It?

The DOBOT Nova 2 is worth considering when a genuine six-axis collaborative robot is required in a very compact workspace and the complete payload stays comfortably below 2 kg.

Its value proposition is particularly convincing in commercial environments because it combines:

• Small physical footprint.
• Low robot weight.
• Six-axis articulation.
• Useful 625 mm working radius.
• Reasonable ±0.05 mm repeatability.
• Relatively low power consumption.
• Flexible installation orientation.
• Accessible programming.
• Industrial communication interfaces.
• Appearance designed with public-facing applications in mind.

Where buyers can underestimate cost

The most common mistake is evaluating only the arm.

A functioning Nova 2 application may also require the gripper, safety system, electrical cabinet, vision, fixtures, process equipment, software integration and commissioning.

For a coffee robot, the expensive engineering problem may not be moving a cup. It may be reliable cup separation, machine communication, spill handling, cleaning, product detection and fault recovery.

A practical value test

Before buying, complete this sentence:

We need the Nova 2 because our task requires six-axis movement inside approximately a 625 mm workspace while carrying a complete tool-and-product load below 2 kg.

If that statement is true, the Nova 2 is a logical shortlist candidate.

If the application immediately requires compromises around payload or reach, move up a size before designing the cell.

DOBOT Nova 2 Buying Checklist

1. Define the task. List every movement the robot must perform.
2. Weigh the workpiece. Use the heaviest real product, not an average.
3. Weigh the complete end effector. Include adapter plates, sensors, cables and fittings.
4. Calculate total payload. Confirm margin below the 2 kg limit.
5. Map the workspace. Validate every required pose inside the 625 mm working radius.
6. Check orientation. Confirm the chosen base position and tool angles can reach every station.
7. Model cycle time. Include gripper, machine and sensing delays rather than using maximum TCP speed alone.
8. Select the controller package. Record the exact CCBOX/controller hardware and revision.
9. Define I/O. Count every digital, analog, network and RS485 signal.
10. Confirm software. Record DobotStudio, firmware, API and protocol requirements.
11. Design safety. Perform the application-specific risk assessment before assuming collaborative operation.
12. Check the environment. Remember the arm is IP54 while the controller is IP20.
13. Review food requirements. Select hygienic tooling and cleaning procedures where applicable.
14. Define acceptance tests. Include payload, reach, repeatability, cycle time, stopping behaviour and fault recovery.
15. Request support terms. Confirm local distributor, warranty, spare parts and repair process.
16. Budget the complete cell. Include tooling, fixtures, safety, vision, software, integration and commissioning.

Pro tip: provide the supplier with the actual tool CAD, payload, product, station coordinates and target cycle time before placing the order. A robot that meets each specification independently can still fail to meet them simultaneously in the required pose.

How to Buy the DOBOT Nova 2

The Nova 2 remains commercially available through DOBOT and its distributor network.

A useful RFQ should include:

• Country and installation location.
• Industry and application.
• Maximum workpiece mass.
• End-effector mass.
• Required reach and station layout.
• Target cycle time.
• Operating hours.
• Required I/O and communication protocols.
• Vision requirements.
• Safety concept.
• Environmental conditions.
• Software/API requirements.
• Required training.
• Expected commissioning date.

Before paying, request:

• An itemised bill of materials.
• The exact robot and controller model.
• Current technical datasheet.
• Software and firmware versions.
• Safety and certification documentation applicable to your region.
• Warranty terms.
• Lead time.
• Freight and tax position.
• Spare-part availability.
• Local support contact.
• A test of the intended payload and tooling where practical.

Review the DOBOT Nova 2 at Anton Robots, then use Anton Robots if you need help comparing suppliers or configurations.

If the application has not yet been reduced to a specific robot, use the Find My Robot tool first.

DOBOT Nova 2 in 2026: What Buyers Should Know

The Nova 2 is not simply an old product page left online. DOBOT continues to list Nova 2 within its current Nova Series portfolio alongside Nova 5.

That matters because commercial availability is one of the first questions buyers should ask when evaluating a robot platform.

However, another detail deserves attention: some of the publicly listed Nova software and user documentation originated several years earlier than 2026.

That does not mean the robot is unsupported. It does mean a new buyer should confirm the current:

• Controller revision.
• Firmware.
• Programming software.
• Mobile application compatibility.
• API support.
• Operating-system requirements.
• Cybersecurity/update process.
• Long-term spare-part position.

before designing a new system around a specific software interface.

Warranty position

DOBOT’s current industrial after-sales policy explicitly includes the Nova 2 and Nova 5.

For manufacturing or material defects, the policy describes coverage within 12 months after entry into service, subject to a maximum of 15 months from shipment. The policy table lists the Nova robot and CCBOX controller with a maximum warranty period of 15 months from shipment.

A regional distributor may present the commercial warranty differently, so obtain the exact terms that will apply to your purchase.

DOBOT Nova 2 FAQ

How much does the DOBOT Nova 2 cost?

DOBOT does not publish one universal global MSRP on its main Nova 2 product page. Current US channel listings observed during this review place the Nova 2 around US$8,850, although regional prices and package contents vary.

What is the DOBOT Nova 2 payload?

The maximum published payload is 2 kg. That total includes the end effector, adapters and workpiece carried by the robot.

What is the DOBOT Nova 2 reach?

DOBOT publishes a 625 mm working radius.

How accurate is the DOBOT Nova 2?

DOBOT publishes ±0.05 mm repeatability. Repeatability should not be confused with a universal ±0.05 mm absolute-positioning guarantee.

How fast is the Nova 2?

Maximum published TCP speed is 1.6 m/s, with maximum joint speeds of 135°/s.

How much does the Nova 2 weigh?

The robot arm weighs approximately 11 kg.

How many axes does the Nova 2 have?

It is a six-axis articulated collaborative robot.

Is the DOBOT Nova 2 a cobot?

Yes. DOBOT markets the Nova 2 as a collaborative robot and provides collision-detection and safety functionality. The finished application still requires appropriate risk assessment and validation.

Is the Nova 2 safe to operate around people?

Potentially, when the complete application has been correctly designed and validated. A collaborative robot designation does not automatically make every tool, product or motion safe for unrestricted human contact.

Does the Nova 2 have an emergency stop?

Nova system documentation includes emergency-stop functionality. The emergency stop is a supplementary protective measure and does not replace application safeguarding.

Is the DOBOT Nova 2 waterproof?

No assumption of waterproof operation should be made. The robot arm is rated IP54, while the controller is IP20.

Can the DOBOT Nova 2 make coffee?

Yes, as part of a properly integrated coffee-automation system. The robot can manipulate cups or interact with equipment, but the coffee machine, gripper, sensors, order system, safety functions and cleaning process remain separate parts of the solution.

How many cups of coffee can a Nova 2 make?

DOBOT markets an example of approximately 500 cups per day. Treat that as a manufacturer application example, not as a guaranteed throughput for every coffee system.

Is the Nova 2 food safe?

The Nova 2 is promoted for restaurant applications, but this should not be interpreted as a blanket food-contact certification for the complete robot. Food-contact tooling and the finished system must meet applicable hygiene requirements.

Can the Nova 2 be mounted upside down?

DOBOT lists installation orientation as any angle, allowing considerable flexibility in mounting. The supporting structure still needs to be properly engineered.

What is the Nova 2 power consumption?

DOBOT publishes approximately 100 W typical robot power consumption and 250 W maximum.

What IP rating does the Nova 2 have?

The robot arm is IP54. The compact controller is IP20.

What communication interfaces does Nova 2 support?

Published controller interfaces include TCP/IP, Modbus TCP, RS485 and Modbus RTU, together with digital and analog I/O.

Can the Nova 2 be programmed without coding?

Yes. DOBOT supports graphical programming and user-guided teaching workflows intended to make basic programming accessible without conventional text-based coding.

Does Nova 2 support custom programming?

It supports multiple integration interfaces, but buyers needing a specific API, programming language or robotics framework should verify the controller and current software documentation supplied with the exact system.

What is the difference between Nova 2 and Nova 5?

Nova 2 carries up to 2 kg with a 625 mm working radius. Nova 5 increases payload to 5 kg and working radius to 850 mm. Both publish ±0.05 mm repeatability.

What is the Nova 2 warranty?

DOBOT’s current industrial after-sales policy includes Nova 2 and describes manufacturing/material defect coverage within 12 months after commissioning, capped at 15 months from shipment. Regional distributor terms should be confirmed before purchase.

Is the DOBOT Nova 2 worth buying?

Yes, when the application genuinely benefits from a compact six-axis cobot and comfortably fits inside its 2 kg payload and 625 mm workspace. It is less attractive if the project starts by stretching either limit.

Final Verdict: Should You Buy the DOBOT Nova 2?

Buy or shortlist the DOBOT Nova 2 if you need a compact six-axis collaborative robot for lightweight automation and the complete application fits comfortably within its 2 kg payload and 625 mm working radius.

The Nova 2’s strongest combination is not one headline specification. It is the combination of an 11 kg arm, six-axis movement, any-angle mounting, ±0.05 mm repeatability, 1.6 m/s maximum TCP speed, compact controller and accessible programming.

That makes it particularly compelling for coffee and beverage systems, retail kiosks, small pick-and-place cells, education and other installations where physical space matters as much as robot performance.

Its weaknesses are equally clear.

Two kilograms leaves little room for oversized tooling. A 625 mm radius will not cover a large production cell. The controller is IP20 despite the robot’s IP54 rating. And collaborative functionality does not remove the engineering work required to make the final machine safe.

The smartest purchasing path is therefore application-led.

Define the workpiece, weigh the tool, model every required pose, calculate cycle time, design the safety architecture and confirm the exact controller/software package before choosing the robot.

If the complete system fits comfortably inside those limits, the Nova 2 is one of the more convincing compact commercial cobots currently available.

If payload or reach is already marginal on paper, move to Nova 5, CR3A or another larger cobot rather than spending the rest of the project engineering around the Nova 2’s limits.

Ready to compare a configuration? View the DOBOT Nova 2 at Anton Robots or request help comparing robots and suppliers.