PLDEEN
Compare

Cobots (collaborative robots) in Poland

Cobots (collaborative robots) in Poland — prices, payload, reach and a comparison of Universal Robots and rival models. Pick the right cobot for your line.

In the catalog: 75 models from 22 manufacturers. Prices from 22.7k to 173k PLN. Available in Poland: 45.

Browse models Rankings 2026 Category price index

Prepared by: Robolupa editorial team (with AI tools) Updated:

ABB GoFa CRB 15000 ABB GoFa CRB 15000 Franka Research 3 (FR3) Franka Research 3 (FR3) FANUC CRX-10iA FANUC CRX-10iA

Photo: ABB Robotics, product page (new.abb.com); Franka Robotics GmbH, product page (franka.de); FANUC Corporation, product page (fanuc.eu)

Key facts

  • Models listed75 (with price: 17)
  • Price range22.7k – 173k PLN (17 models with a price)
  • Models with a Polish seller45 of 75
  • Manufacturers22
  • As of21 October 2026

No. 1 in the 2026 ranking

UR20

For mid-size and large plants with heavier tasks; for light parts, UR12e or UR15 is enough.

  • 1,750 mmreach
  • 20 kgpayload
See the model

Showing 75 of 75 models

ModelManufacturer payload (kg)degrees of freedom (DOF) Price (PLN)StatusIn Poland
ABB GoFa CRB 15000 ABB Robotics 56 147,700 PLN* (≈ EUR 33,790) on sale —
Franka Research 3 (FR3) Franka Robotics GmbH 37 116,300 PLN* (≈ EUR 26,600) on sale —
FANUC CRX-10iA FANUC Corporation 106 — on sale ✓
Doosan A0509 Doosan Robotics Inc. 56 — on sale ✓
Doosan A0912 Doosan Robotics Inc. 96 — on sale ✓
Neura MAiRA M Neura Robotics 137 172,900 PLN* (≈ EUR 39,550) on sale —
Neura MAiRA S Neura Robotics 187 164,100 PLN* (≈ EUR 37,540) on sale —
ABB SWIFTI CRB 1300 ABB Robotics 116 — on sale —
ABB YuMi IRB 14000 ABB Robotics 0.514 — on sale —
Doosan E0509 Doosan Robotics Inc. 56 — on sale ✓
Doosan H2017 Doosan Robotics Inc. 206 — on sale ✓
Doosan H2515 Doosan Robotics Inc. 256 — on sale ✓
Doosan M0609 Doosan Robotics Inc. 66 — on sale ✓
Doosan M0617 Doosan Robotics Inc. 66 — on sale ✓
Doosan M1013 Doosan Robotics Inc. 106 — on sale ✓
Doosan M1509 Doosan Robotics Inc. 156 — on sale ✓
FANUC CRX-10iA/L FANUC Corporation 106 — on sale ✓
FANUC CRX-20iA/L FANUC Corporation 206 — on sale ✓
FANUC CRX-30iA FANUC Corporation 306 — on sale ✓
FANUC CRX-3iA FANUC Corporation 36 — on sale ✓
FANUC CRX-5iA FANUC Corporation 56 — on sale ✓
Doosan P3020 Doosan Robotics Inc. 305 — on sale ✓
UR16e Universal Robots A/S 166 — on sale ✓
igus ReBeL igus GmbH (Robolink / ReBeL) 26 22,700 PLN* (≈ EUR 5,190) on sale —
Agile Robots Diana 7 Agile Robots SE 77 — on sale —
Kinova Gen3 (7DoF) Kinova Robotics 47 135,700 PLN* (≈ EUR 31,040) on sale —
myCobot Pro 600 Elephant Robotics 26 34,100 PLN* (≈ EUR 7,800) on sale —
AUBO i16 AUBO Robotics 166 91,900 PLN* (≈ EUR 21,020) on sale —
Kassow Robots KR810 Kassow Robots 107 — on sale —
JAKA Zu 7 JAKA Robotics 76 58,100 PLN* (≈ EUR 13,290) on sale —
Neura LARA 8 Neura Robotics 8— 95,900 PLN* (≈ EUR 21,940) on sale —
Dobot Nova 2 Dobot (Shenzhen Yuejiang Technology) 26 — on sale —
Han's Robot Elfin E3 Han's Robot (Han's Laser subsidiary) 46 — on sale —
JAKA Zu 12 JAKA Robotics 126 — on sale —
Naver Labs AMBIDEX Naver Labs 3— — prototype —
Han's Robot Elfin E10 Han's Robot (Han's Laser subsidiary) 126 — on sale —
Han's Robot Elfin E15 Han's Robot (Han's Laser subsidiary) 186 — on sale —
AUBO i10 AUBO Robotics 106 — on sale —
JAKA Pro 12 JAKA Robotics 126 — on sale —
Kassow Robots KR1410 Kassow Robots 107 — on sale —
UR3e Universal Robots A/S 36 135,700 PLN* (≈ EUR 31,040) on sale ✓
AUBO i5 AUBO Robotics 56 — on sale ✓
UR20 Universal Robots A/S 206 — on sale ✓
UR30 Universal Robots A/S 306 — on sale ✓
Yaskawa Motoman HC10 Yaskawa Electric Corporation 106 — on sale ✓
UR7e Universal Robots A/S 7.56 — on sale ✓
KUKA LBR iiwa 7 R800 KUKA 77 — on sale ✓
UR12e Universal Robots A/S 12.56 — on sale ✓
JAKA Zu 3 JAKA Robotics 36 — on sale ✓
KUKA LBR iisy 3 R760 KUKA 36 102,600 PLN* (≈ EUR 23,470) on sale ✓
KUKA LBR iisy 6 R1300 KUKA 66 122,900 PLN* (≈ EUR 28,110) on sale ✓
Techman TM25S Techman Robot Inc. 256 — on sale ✓
UR10e Universal Robots A/S 12.56 159,600 PLN* (≈ EUR 36,510) on sale ✓
UR5e Universal Robots A/S 56 127,600 PLN* (≈ EUR 29,190) on sale ✓
Yaskawa Motoman HC20DTP Yaskawa Electric Corporation 206 — on sale ✓
DENSO COBOTTA PRO 900 DENSO Robotics 66 124,000 PLN* (≈ EUR 28,360) on sale —
Dobot Nova 5 Dobot (Shenzhen Yuejiang Technology) 56 — on sale ✓
KUKA LBR iisy 8 R930 KUKA 86 — on sale ✓
Standard Bots RO1 Standard Bots 186 143,400 PLN* (≈ EUR 32,800) on sale —
Techman TM12 Techman Robot Inc. 126 — on sale ✓
Techman TM14 Techman Robot Inc. 146 — on sale ✓
Techman TM5-700 Techman Robot Inc. 66 — on sale ✓
Techman TM5-900 Techman Robot Inc. 46 — on sale ✓
Yaskawa Motoman HC20DT Yaskawa Electric Corporation 206 — on sale ✓
Flexiv Rizon 10 Flexiv Robotics 107 — on sale —
KUKA LBR iisy 11 R1300 KUKA 116 — on sale ✓
KUKA LBR iisy 15 R930 KUKA 156 — on sale ✓
Techman TM30S Techman Robot Inc. 356 — on sale ✓
UR15 Universal Robots A/S 156 — on sale ✓
KUKA LBR iiwa 14 R820 KUKA 147 — on sale ✓
Flexiv Rizon 4 Flexiv Robotics 47 — on sale —
Yaskawa Motoman HC10DT Yaskawa Electric Corporation 106 — on sale ✓
Techman TM16 Techman Robot Inc. 166 — on sale —
Techman TM20 Techman Robot Inc. 206 — on sale —
DENSO COBOTTA DENSO Robotics 0.56 — on sale —

Applications in this category

See the situations where models in this category prove themselves.

All applications

Universities and research

Universities buy research platforms: the Unitree G1 humanoid from USD 13,500, the Franka arm for about EUR 25,000, and the open SO-101 in parts for about USD 230.

Factories and manufacturing

What works in factories today is mainly cobots, mobile robots and classic industrial robots; humanoids are still at the pilot stage.

Laboratories

In the lab, repeatability counts: from 5 micrometers (Meca500) to ±0.1 mm (Franka Research 3), with prices starting at about PLN 890 (≈ EUR 205) (SO-101).

Guide

Cobots, or collaborative robots, are robotic arms designed to work safely next to people, without the safety cage that classic industrial robots require. This is the most commercially mature category of robotics on this site — unlike humanoid robots, which are still experimental, cobots already work on thousands of production lines around the world, and in growing numbers in Poland.

Here we have gathered all the cobot models we track that are available on the Polish and European markets — from the pioneering Universal Robots to rival series from Doosan, Techman, Fanuc CRX and Kuka LBR iisy. For each model you will find the payload, arm reach, number of axes, positioning repeatability and the list price (where the manufacturer or distributor publishes one).

Cobots differ mainly in payload (from about 3 kg to more than 20 kg), reach, and how open their software is to integration with external vision systems. The right model depends chiefly on the weight and geometry of the parts the robot has to handle, and on whether you plan a single workstation or several stations served in rotation by the same cobot on a mobile base.

The table below lets you filter models by price, manufacturer and payload. You can also use our comparison tool to set two specific cobots side by side, and the guidance in the funding section if you plan to claim Poland's robotization tax relief (ulga na robotyzację).

How to choose a cobot for a small or mid-sized business

Start by describing the task realistically: how much weight the arm must carry, over what distance, how often, and with what positioning accuracy. Too little payload and the cobot will not lift the target part together with its gripper; too much means a needlessly higher purchase and running cost.

Check whether an integrator is available in your region — the cobot itself is usually 40–60% of the total deployment cost, and the rest goes on the gripper, workstation tooling, programming and staff training. Ask about spare-part delivery times and local warranty service, because a line stoppage caused by a fault with no support in Poland can cost more than the price difference between models.

Compare the software ecosystem too: some brands offer simple programming by physically guiding the arm by hand (so-called lead-through), while others demand more advanced programming skills. If you plan frequent changeovers to new tasks, easy reprogramming matters more than maximum motion speed. Finally, check the conditions of the robotization tax relief and the FENG programs in our funding section — for cobots costing more than PLN 100,000 (≈ EUR 22,870), they can noticeably shorten the payback period.

Buying guide

Buying guide: Cobots (collaborative robots) in Poland

The cobot market in 2026, in numbers

We track 72 collaborative robot (cobot) models from 22 manufacturers; 71 of them are on sale. This is the most mature category on this site, and the sheer number of designs and series versions shows that cobots work on real lines, not just in demonstrations. Payload ranges from 0.25 kg in the desktop myCobot 280 to 30 kg in the UR30 and in FANUC CRX or Doosan models of a similar class.

In Poland, according to our data, 43 of the 72 models are available, mainly through distributors and integrators: Universal Robots (9 models), Doosan Robotics (10), KUKA (7), FANUC (6), Techman Robot (6), Yaskawa Electric (4), and one model from Dobot. You will find a full map of the companies that deploy them in the piece on “Polish Robotics Companies”.

Prices are harder to come by than in the consumer categories. Only 17 of the 72 models have a price with any source. Converted into zlotys, they range from about PLN 22,700 (≈ EUR 5,190) (the igus ReBeL) to about PLN 172,900 (≈ EUR 39,550) (the Neura MAiRA M), with a median of about PLN 124,000 (≈ EUR 28,360). Manufacturers such as UR, FANUC, Doosan or Techman publish no price lists: a specific application gets quoted. The only price from a Polish shop that we found is about PLN 70,000 (≈ EUR 16,010) for the Dobot Nova 5; we do not settle whether that is a net amount.

Types of cobots

The first class is small desktop and educational arms with a payload of up to 2 kg: the myCobot 280 (0.25 kg), the igus ReBeL (2 kg) or, from the higher shelf, the DENSO COBOTTA PRO 900. They are enough for learning and prototypes, and rarely for production. The second class is arms of 3–6 kg, for example the UR5e, FANUC CRX-5iA, Doosan A0509 or Dobot Nova 5. They handle light assembly, quality inspection and part feeding.

The third class, 10–16 kg, is the versatile workhorses: the UR10e, FANUC CRX-10iA, Doosan M1013, Techman TM12 and Yaskawa Motoman HC10. The fourth, 20–30 kg, is models for palletizing and heavier parts: the UR20, UR30 and FANUC CRX-30iA. Seven-axis arms form a separate group, such as the Franka Research 3 or Neura MAiRA M, valued where flexibility of motion and force sensitivity matter, as do fast designs such as the ABB SWIFTI CRB 1300. We describe the difference from classic robots in the piece “Cobot or Industrial Robot”.

What to look for when buying

1. Payload with a margin

What counts is the mass of the part together with the gripper, not the part alone. A 1.5 kg gripper and a 3 kg part call for an arm with a payload of at least 5 kg — and at a reach where that payload actually applies, because at the edge of the envelope it can be lower. A large share of applications fall into the 5–12.5 kg class: the UR5e (5 kg) and UR10e (12.5 kg). You will find a comparison of these models in the piece “Universal Robots UR5e, UR10e and UR20 Compared”.

2. Reach and workstation geometry

Reach decides how many machines or pallets you can serve from one spot. The UR20 reaches 1,750 mm, the Yaskawa Motoman HC10 1,379 mm, and the UR5e and Dobot Nova 5 850 mm. Draw the workstation to scale before you choose a model; an arm with too short a reach will not be “programmed” into success.

3. Repeatability and force sensors

For precision assembly, check the positioning repeatability in the datasheet (for example ±0.05 mm in the Dobot Nova 5) and whether the force sensor is included in the price. The UR5e has one integrated into the tool flange (±50 N / ±10 Nm); with other designs you add an external sensor, for example from ATI Industrial Automation. How to read such specifications is explained in the guide to “How to Read a Robot Datasheet”.

4. Speed and cycle time

A cobot limits its speed wherever a person can enter the zone, so the stated maximum speed rarely matches the real cycle. For orientation: the UR15 states 5 m/s, the Techman TM25S 5.2 m/s and the ABB SWIFTI CRB 1300 6.2 m/s; the UR30 4 m/s. If cycle time is critical, ask the integrator for a simulation or a trial on your own part.

5. Safety of the whole application

A cobot is not safe “by nature”: what is safe is an application that has undergone a risk assessment. A sharp tool, a hot part or fast motion require guards or zone sensors, such as scanners from SICK, even with a collaborative robot. The basis is the ISO 10218 and ISO/TS 15066 standards and the new EU Machinery Regulation, which we cover in the piece “Robot Safety Standards”. Confirm the current edition of the standards with your integrator.

6. Software and accessories

Ease of programming matters when you change tasks often. Many brands offer programming by guiding the arm and a graphical environment, but the accessory ecosystem differs; grippers and tools from Robotiq or OnRobot work with the most popular brands, which makes it easier to change the application later. The basic concepts are explained in the piece “What Is a Cobot and How Does It Differ from an Industrial Robot”.

7. Integrator, service and parts availability

With a cobot, what matters is not only the arm but whoever deploys and services it. Ask about a local integrator, service response time, the parts warehouse and training. In Poland, brands with several distributors have the broadest offer; see, for example, “Doosan Robotics: Cobots from the Korean Maker in Poland” and “FANUC CRX: The Cobot Series with 8 Years of Zero Maintenance”. The whole purchasing procedure is described in the guide “How to Buy a Cobot Step by Step”.

Prices by class

The amounts below are indicative values, converted from foreign price lists or shops, not turnkey quotes. According to breakdowns from the US market, the arm alone usually accounts for 25–50% of the cost of an integrated cell, so an integrator’s quote will be higher. Note also that the same payload class can be priced very differently depending on whether the controller, the programming tablet, software licenses and a mounting base are included; ask what exactly the “arm” line item contains, and compare quotes only once the scope has been aligned.

Up to about PLN 60,000 (≈ EUR 13,720). This is where the educational and light arms are: the myCobot 280 (about PLN 2,500 (≈ EUR 570)), the igus ReBeL (about PLN 22,700 (≈ EUR 5,190)) and the JAKA Zu 7 (about PLN 58,100 (≈ EUR 13,290), 7 kg payload). The cheapest models are not substitutes for a production cobot.

PLN 60,000–130,000 (≈ EUR 13,720–29,740). The AUBO i16 (about PLN 91,900 (≈ EUR 21,020), 16 kg), the Neura LARA 8 (about PLN 95,900 (≈ EUR 21,940)), the KUKA LBR iisy 3 R760 (about PLN 102,600 (≈ EUR 23,470)), the Franka Research 3 (about PLN 116,286 (≈ EUR 26,600), a research platform) and the UR5e, for which we found a foreign shop offer converting to about PLN 128,000 (≈ EUR 29,280) net; there is no official UR price list.

Above PLN 130,000 (≈ EUR 29,740). The Standard Bots RO1 (about PLN 143,400 (≈ EUR 32,800), 18 kg), the ABB GoFa CRB 15000 (about PLN 148,000 (≈ EUR 33,850)), the UR10e (about PLN 159,600 (≈ EUR 36,510)) and the Neura MAiRA M designs (about PLN 172,900 (≈ EUR 39,550)). For the UR20, UR30, FANUC CRX, Doosan and Techman models, the manufacturer does not state a price; quotes are on request.

Subsidies and financing in Poland

In an industrial application, a cobot usually meets the definition of an “industrial robot” in the CIT and PIT acts, so for manufacturing companies the key instrument is the robotization tax relief: an additional 50% deduction of costs from the tax base. It covers not only the arm but also grippers, sensors, safety systems, software and training, as well as leasing that leads to a transfer of ownership. The deduction is limited to the income from the business in a given year. Under current law, 2026 is the last year in which the relief can be claimed; an extension was announced in August 2026 but is not yet law. Details: “Poland's Robotization Tax Relief”.

Besides the relief, check the FENG programs (PARP, including the SMART Pathway) and the KPO instrument supporting robotization and digitalization of enterprises. Call dates and budgets change quickly, so we give only the sources: the PARP and KPO websites. If you buy with leasing, remember that the relief applies to finance leasing, where ownership passes to the lessee. When planning the workstation, also look at the factory and warehouses sections.

The most common buyer mistakes

The first mistake is choosing an arm on price without describing the task: too small a payload rules out the gripper and part, and too large inflates the cost. The second is comparing quotes that divide costs differently; ask for a breakdown into arm, gripper, tooling, safety, programming and training. The third is assuming a cobot needs no guarding. The risk assessment covers the whole application.

The fourth mistake is having no local service: a line stoppage costs more than the difference in the arm’s price. The fifth is buying without a trial on your own part. The sixth is overlooking the accessory ecosystem, which determines the cost of changing tasks. The seventh is using a cobot where speed and heavy loads matter: then a classic industrial robot in a cage can be the better choice. If the arm is to travel around the hall, consider combining it with a platform from the mobile robots category; by contrast, a humanoid from the humanoid robots section is for now a matter of pilots.

How we check the data

For every price we record the source and the date, and we distinguish a manufacturer’s price list, a foreign shop’s offer and a price from a Polish shop. We convert euro and dollar amounts at the exchange rate on the day of checking; the prices in this text come from checks at the end of September 2026. When sources disagree or a price is only indicative, we say so plainly.

We take technical parameters from datasheets and manufacturers’ websites. We confirm availability in Poland from distributors’ websites, but do not treat it as a guarantee: before buying, ask about stock and delivery time. What we cannot confirm, we do not publish — you will see “manufacturer does not state”. You can compare two models in the comparison tool, and you will find the list of integrators in the company directory.

Frequently asked questions

How is a cobot different from a conventional industrial robot?

Thanks to force sensors in its joints, a cobot detects contact with a person and stops, so it can usually work without a safety cage. A classic industrial robot is faster and lifts more, but it has to operate inside a dedicated, fenced-off zone.

How much does a cobot cost in Poland?

Prices start at a few tens of thousands of zlotys (PLN) for smaller models with a payload of a few kilograms and run to PLN 150,000–250,000 (≈ EUR 34,310–57,190) for models with a heavy payload and long reach. On top of that come integration, a gripper and tooling — the real cost of a deployment can be as much as twice the price of the arm itself.

Can a small company afford a cobot?

Yes — that is the main selling point of this category. Unlike conventional automation, a cobot needs no rebuilt shop floor and no dedicated safety zone, and reprogramming it for a new task takes hours, not weeks. With the right subsidy, payback is sometimes counted in months.

What are cobots most often used for in Poland?

The most popular applications are machine tending for CNC machines and injection molding machines, palletizing, simple camera-based quality checks and packing. These are repetitive, monotonous tasks that wear workers down but do not demand very high speed.

Which companies make cobots available in Poland?

The market is dominated by Universal Robots (the Danish pioneer of the category), alongside Doosan Robotics, Techman Robot, Fanuc CRX and Kuka LBR iisy, among others. You will find the full list, with Polish distributors, in our manufacturer directory.

What cobot payload should I choose for tending a CNC machine?

Add up the mass of the part, the gripper and any adapter, then add a margin. In practice many applications fall into the 5–12.5 kg class, such as the UR5e or UR10e, but the arm’s reach relative to the machine door and the output table matters too.

Can a cobot work without guarding?

It can, if the risk assessment of the whole application confirms it. The cobot itself limits force and speed, but a sharp tool, a hot part or fast motion may call for guards or zone scanners. The integrator carries out the assessment according to ISO 10218 and ISO/TS 15066.

Why do cobot manufacturers not publish prices?

Because a whole application gets quoted: arm, gripper, safety and programming. In our listing, 17 of the 72 models have a price with any source. According to US market data, the arm alone is usually 25–50% of the cost of an integrated cell.

Does the robotization tax relief cover a cobot?

In an industrial application a cobot usually meets the statutory definition of an industrial robot, so you can deduct an additional 50% of costs, including grippers, sensors and training. Leave the assessment of a specific purchase to a tax adviser. Under current law, 2026 is the last year the relief applies.

Which cobot is easiest to buy in Poland?

The broadest offer comes from brands with several distributors: Universal Robots (9 models available in Poland), Doosan (10), KUKA (7), FANUC and Techman (6 each). Before buying, ask about stock, delivery time and local service.

Is a cobot suitable for a small company with a single workstation?

Yes, provided the task is repetitive and pays off once you add the gripper, tooling, programming and training. Start with a trial on your own part and with an integrator’s quote that breaks down the costs.