A flashy robot can win the internet for a day. A useful one has to prove it can handle the next shift.
More robots are doing exactly that. Machines that once looked experimental are taking on routine jobs in warehouses and industrial sites, and newer humanoids are starting to prove themselves in real customer deployments instead of staged demos.
Here are eight of the top robotics companies to know in 2026, with a closer look at where each stands out and what its machines can actually do.
- Top robotics companies at a glance
- How did we choose the top robotics companies
- Agility Robotics: Best for humanoid material handling
- Boston Dynamics: Best for mobile industrial robotics
- FANUC: Best for large-scale industrial automation
- Figure AI: Best for humanoid manufacturing
- Intuitive Surgical: Best for surgical robotics
- Locus Robotics: Best for warehouse fulfillment
- Unitree Robotics: Best for accessible humanoids and quadrupeds
- Universal Robots: Best for collaborative robotics
- Choosing a robotics company
- The best robot depends on what you need it to do
Top robotics companies at a glance
Company | Best for | Key robots and systems | What sets it apart | Buying model |
| Agility Robotics | Humanoid material handling | Digit, Agility Arc | Digit has moved more than 100,000 totes at GXO, with additional commercial deployments including Toyota | Enterprise agreements and RaaS |
| Boston Dynamics | Mobile industrial robotics | Spot, Stretch, Atlas, Orbit | More than 1,500 Spot robots are in customer hands, while Atlas entered early commercial deployment in 2026 | Direct commercial sales |
| FANUC | Large-scale industrial automation | R-2000/E, M-2000, CRX | More than 1 million robots installed worldwide across an extensive industrial portfolio | Direct or system-integrator quote |
| Figure AI | Humanoid manufacturing | Figure 03, Helix 02 | BMW has documented factory work across two generations of Figure humanoids | Enterprise commercial agreements |
| Intuitive Surgical | Surgical robotics | da Vinci 5, Xi, SP, Ion | 11,710 da Vinci systems installed as of 2026 | Purchase and leasing options |
| Locus Robotics | Warehouse fulfillment | Origin, Vector, Array, LocusONE | More than 17,000 robots across 360-plus sites and over 7 billion completed picks | Robots-as-a-Service |
| Unitree Robotics | Accessible humanoids and quadrupeds | R1, G1, H2/H2 Plus, Go2, B2 | Broad lineup with public pricing on many humanoids and quadrupeds | Direct purchase and sales contact |
| Universal Robots | Collaborative robotics | UR8 Long, UR15, UR18, UR20, UR30 | More than 100,000 cobots sold worldwide | Sales and regional partner quote |
How did we choose the top robotics companies
Our selections favor companies with something concrete to show in 2026: current robots, customer deployments, clear buying paths, or sustained real-world use. Support, integration options, and relevance within each part of the market also shaped the shortlist.
Physical robotics increasingly overlaps with the wider AI company market, especially as robots gain stronger perception and AI-driven control. Each pick also needed a distinct strength, with the final eight spanning the parts of robotics readers are most likely to encounter today.
Agility Robotics: Best for humanoid material handling
Agility Robotics has one of the strangest commercial cases for humanoids moving materials. Digit has passed 100,000 tote moves at GXO, and Toyota Motor Manufacturing Canada signed a Robots-as-a-Service agreement in February 2026 after an earlier pilot.
Current hardware can carry up to 35 pounds and recharge autonomously between jobs. Agility Arc handles fleet management and connects Digit with warehouse software and other automation already inside a facility.
Key robots and systems
- Digit: Bipedal humanoid designed for material movement and other industrial jobs in human-built spaces.
- Agility Arc: Cloud platform for deploying and managing Digit fleets.
Pros and cons
Pros | Cons |
| Commercial deployments provide stronger evidence than demos alone | Current use cases are still more specialized than the general-purpose humanoid label can suggest. |
| Arc adds fleet management and warehouse-system integration | Public per-robot pricing is not available |
Buying model and pricing
Enterprise deployments can use RaaS instead of a straightforward hardware purchase. Agility does not publish a standard price for Digit.
See Agility's commercial deployment details for more information.
Our verdict: Choose Agility if repetitive material movement is the job and you specifically want to evaluate humanoids in an existing warehouse or factory. Digit already has meaningful commercial experience, but buyers looking for a machine that can jump freely between unrelated jobs should keep expectations lower.
Boston Dynamics: Best for mobile industrial robotics
Boston Dynamics covers more ground than most companies on this list. Spot has more than 1,500 units in customer hands, Stretch targets warehouse case handling, and Atlas moved into early commercial deployment in 2026.
Production-version Atlas began manufacturing in January, with initial deployments committed to Hyundai and Google DeepMind. Industrial work comes first, and practical additions such as an automatic battery swap are designed to keep the humanoid working with shorter interruptions.
Key robots and systems
- Spot: Quadruped for inspection and data collection.
- Stretch: Mobile warehouse robot for case handling and trailer unloading.
- Atlas: Electric humanoid entering early industrial deployments.
- Orbit: Software for managing missions and site data.
Pros and cons
Pros | Cons |
| Commercial robots cover inspection and warehouse work | Atlas has a much shorter deployment history than Spot |
| Hardware is backed by software for managing robots and collected data | Pricing generally requires direct sales contact |
Buying model and pricing
Spot and Stretch are sold through commercial sales channels. Atlas remains limited to a smaller group of early customers.
See Boston Dynamics sales information for current purchasing details.
Our verdict: Pick Boston Dynamics if mobility is central to the job, particularly for inspection or material handling across spaces built for people. Atlas is worth considering if humanoids are part of your plans, but Spot and Stretch already carry good track records today.
FANUC: Best for large-scale industrial automation
FANUC's advantage is scale. More than 1 million robots have been installed worldwide, and its portfolio stretches from collaborative arms to machines capable of handling extremely heavy payloads.
Recent launches keep an established lineup current. A redesigned R-2000/E series covers payloads from 120 kg to 300 kg, while the smaller CRX-3iA arrived in April 2026 for lighter jobs and easier redeployment.
Key robots and systems
- R-2000/E: Industrial family for welding and material handling.
- M-2000: Heavy-payload robots for large parts and demanding loads.
- CRX series: Collaborative robots for lighter and more flexible automation.
Pros and cons
Pros | Cons |
| Huge installed base and versatile industrial robot portfolio | Full deployments can require substantial integration work |
| Covers collaborative jobs through very heavy automation | Public list pricing is limited |
Buying model and pricing
Projects are typically quoted around the application and may involve FANUC directly or an authorized system integrator. Tooling and integration can add substantially to the final project cost.
See FANUC's purchasing options for more details.
Our verdict: FANUC can be a practical choice when you have a defined production job and want proven industrial automation at scale. Manufacturers prioritizing reliability and integration depth are likely to get more value here than buyers mainly interested in experimenting with newer robot forms.
Figure AI: Best for humanoid manufacturing
Figure AI earns its place on factory evidence rather than attention alone. BMW says Figure 02 worked for roughly 1,250 hours at its Spartanburg plant, handled over 90,000 components, and supported production of over 30,000 BMW X3 vehicles.
Figure 03 returned to the plant in June 2026 for a more complex sequencing workflow, using Helix 02 for whole-body control as it sorted incoming parts. BMW's latest factory humanoid project gives the newer machine a real production setting instead of another controlled demonstration.
Key robots and systems
- Figure 03: Current humanoid built for manufacturing, logistics, and eventually broader environments.
- Helix 02: Vision-language-action system that controls the robot's full body.
Pros and cons
Pros | Cons |
| BMW provides concrete factory evidence for a humanoid | Commercial access is still limited compared to conventional industrial robotics. |
| Current system can handle more complex whole-body manipulation | Pricing is not publicly available |
Buying model and pricing
Commercial access runs through enterprise partnerships rather than retail sales. Figure does not publish a list price for Figure 03.
See Figure 03's current commercial deployment for more details on how the system is being used.
Our verdict: Choose Figure if you want to explore humanoids specifically for manufacturing and are comfortable being an early adopter. BMW gives the platform a stronger real-world case than most humanoid demos, but its commercial history is still short beside established industrial robotics.
Intuitive Surgical: Best for surgical robotics
Intuitive Surgical brings a different kind of scale. Second-quarter 2026 results put the da Vinci installed base at 11,710 systems as of June 2026, up 12% from last year.
Da Vinci 5 is now the flagship multiport system, adding force feedback and more than 150 design changes. Other platforms cover single-port procedures and lung biopsy, and uses continue to expand into areas such as robotic-assisted heart surgery.
Key robots and systems
- da Vinci 5: Newest multiport surgical system with force feedback.
- da Vinci Xi: Multiport platform used across several surgical specialties.
- da Vinci SP: Single-port system for procedures requiring narrow access.
- Ion: Robotic platform for minimally invasive lung biopsy.
Pros and cons
Pros | Cons |
| Large installed base with extensive clinical use | Deployment requires specialized facilities and trained teams |
| Several systems address different procedures and specialties | Service and instrument costs continue after installation |
Buying model and pricing
Hospitals can purchase or lease Intuitive systems. Company filings put typical da Vinci selling prices at roughly $600,000 to $3.1 million, depending on the model, configuration, and market. Fixed-payment and usage-based leasing options are also available.
See Intuitive's investor filings for current system and leasing details.
Our verdict: Intuitive may fit your needs when you're building or expanding a robotic-assisted surgery program rather than testing robotics as a general technology. Its scale is difficult to match, but you still need to budget for the clinical program around the machine, not just the hardware.
Locus Robotics: Best for warehouse fulfillment
Locus Robotics has a long record of high-volume warehouse deployments. Company figures put its fleet at over 17,000 robots across 360-plus sites, with over 7 billion completed picks.
Its systems cover more of the fulfillment process than earlier generations. Origin works alongside people during picking, Vector handles heavier loads, and Locus Array moves further toward robot-to-goods automation. LocusONE coordinates the fleet and connects it with warehouse software.
Key robots and systems
- Origin: Collaborative AMR for high-volume order picking.
- Vector: Mobile robot for heavier items.
- Array: Autonomous mobile manipulation system for robot-to-goods fulfillment.
- LocusONE: Software for fleet orchestration and warehouse integration.
Pros and cons
Pros | Cons |
| Large deployment base with billions of completed picks | Portfolio is concentrated on warehouse and fulfillment work |
| Several robot types can run under one platform | Pricing not publicly available |
Buying model and pricing
Locus uses Robots-as-a-Service, so customers subscribe rather than buying an entire robot fleet upfront. Exact pricing depends on the deployment and is not publicly listed.
Get in touch with Locus for more information.
Our verdict: Choose Locus if fulfillment throughput is your main problem and you want capacity that can expand without rebuilding the warehouse around fixed automation. RaaS is also useful when demand changes during the year, or you want to avoid a large upfront robot purchase.
Unitree Robotics: Best for accessible humanoids and quadrupeds
Unitree is no longer just the company behind viral robot dogs and acrobatic humanoids. Its 2026 models have grown into one of the largest selections of purchasable humanoid and quadruped hardware on the market.
Range is a big part of what Unitree offers. Lower-cost models such as R1 and G1 open the door to research and development, while H2 Plus pushes further with NVIDIA-based compute and tactile five-finger hands. Public pricing on many models also lets buyers compare options before contacting sales.
Key robots and systems
- R1: Lower-cost full-body humanoid.
- G1: Humanoid aimed heavily at research and development.
- H2/H2 Plus: Larger models with more advanced compute and manipulation hardware.
- Go2: Lower-cost quadruped platform.
- B2: Industrial quadruped for heavier-duty work.
Pros and cons
Pros | Cons |
| Public pricing makes several robots easier to evaluate and buy | Lower hardware cost does not mean production-ready autonomy |
| Extensive catalog supports research across humanoid and quadruped designs | Advanced development features may require higher-end configurations |
Buying model and pricing
Many Unitree robots can be ordered directly online, although specialized versions and custom configurations still require sales contact.
Current listed humanoid prices include:
- R1: From $4,900
- G1: $13,500
- H2: $29,900
- H2 Plus: $100,000
Shipping, import duties, and optional hardware can raise the final cost.
See Unitree's humanoid pricing for current models and purchase details.
Our verdict: Unitree is a great choice if getting real hardware into a lab or development program is more important than buying a turnkey enterprise service. Pricing and availability lower the barrier to experimentation, but you should look closely at software, support, and autonomy before treating a lower-cost humanoid as production-ready.
Universal Robots: Best for collaborative robotics
Universal Robots has built one of the largest installed bases in collaborative robotics, with more than 100,000 cobots sold worldwide. Its current UR Series ranges from the UR8 Long through the UR30, covering different combinations of reach and payload.
Newer models add more reach and payload options while keeping the focus on flexible automation for smaller or changing production jobs. UR cobots can handle work such as machine tending and palletizing, backed by a large ecosystem of compatible tooling.
Key robots and systems
- UR8 Long: Long-reach cobot for lighter payloads.
- UR15: Compact model with higher payload capacity.
- UR18: 18 kg model designed for faster handling.
- UR20: Long-reach cobot for heavier applications.
- UR30: Highest-payload member of the current UR Series.
Pros and cons
Pros | Cons |
| Large installed base and varied cobot selection | Heavy industrial jobs may still need larger conventional robots |
| Extensive ecosystem of compatible tooling and applications | Total cost changes with tooling and integration |
Buying model and pricing
Universal Robots’ pricing comes through sales teams and regional partners, with financing and leasing available in some markets. Complete project cost depends on the robot, tooling, and application.
See Universal Robots purchasing information for more details.
Our verdict: Pick Universal Robots when your production needs change often enough that flexibility beats a large fixed automation cell. Its installed base and partner ecosystem also make it a practical starting point if collaborative robotics is new to your operation.
Choosing a robotics company
Robot specifications can help rule out poor fits, but the better choice usually comes down to what happens after the machine arrives.
- Start with one job: Define the task before choosing the robot. Palletizing, inspection, and warehouse picking place different demands on hardware, and a humanoid form is not automatically an advantage.
- Look for repeat use: Favor deployments that show completed tasks or sustained operating time over one-off demonstrations. A useful enterprise humanoid deployment checklist can surface questions around safety and intervention rates before a pilot.
- Plan the integration: Check connections to warehouse or manufacturing software, required tooling, and who will maintain the system once it is in production.
- Compare the full buying model: Direct purchase is only one option. Leasing and RaaS can change both upfront cost and flexibility, and humanoid robot pricing can vary sharply once service or specialized hardware is included.
- Check support before scaling: Find out how failures are handled, how replacement parts arrive, and whether the vendor can support more robots or another site later.
The best robot depends on what you need it to do
If you're comparing robotics companies now, start with the work you actually want to automate. A humanoid can be a good choice when human-like movement solves a constraint in your facility, but a cobot, AMR, or industrial arm may handle a defined job with less complexity and a much longer deployment history.
Look past the most impressive demonstration and consider what happens after the robot arrives. Consider how it fits your systems, what support costs, and whether its current capabilities match your workload. Newer humanoids are advancing quickly, but the best choice for you is still the machine that solves the problem you have without adding complexity you do not need.
Explore our top 10 humanoid robots to see which machines are moving closest to practical real-world use.