Specialized Robots in Poland

The specialist robot market in 2026

This category holds robots that fit no other group because they serve one narrow niche. Our catalogue lists 16 of them and all have full model pages: five medical, three agricultural, three classic industrial arms and five in the "other" group. Fourteen are on sale, two are pilots, and some devices are internal products. We confirm availability in Poland for one: InPost Robomat is part of the InPost network. The Amazon Sparrow works in Amazon's Polish centres, but it is internal equipment, not a product for sale. Neither can be bought as an end customer.

There is also no public price. For none of the 16 models do we have a documented list price, and manufacturers say outright that the quote depends on the customer. That is a trait of the whole category: a buyer in medicine or agriculture rarely compares price lists and more often judges fit to one process, certification and service. This guide therefore rests on criteria, not price tables.

This matters for expectations: even if a robot has a full page in the catalogue, it does not mean it can be ordered. The page describes the device, its purpose and the available data, while availability is a separate field that we fill in only when we have confirmation. So for each model check not only the description but also whether the manufacturer or a distributor in Poland sells it at all.

Types of specialist robots

Medical and care robots. da Vinci 5 is the fifth generation of the surgical system from Intuitive Surgical, and Versius is a modular system from the British CMR Surgical with a V-Wrist joint that, according to the maker, had performed more than 20,000 procedures by 2024. Pedia_Roid is a child-patient simulator for emergency training (110 cm, 23 kg), while ElliQ and Devanthro Robody are companion and care robots, of which only the first is on sale, though not in Poland.

Agricultural robots. Carbon Robotics LaserWeeder destroys weeds with lasers (30 lasers of 150 W each and 42 cameras) and needs a tractor of at least 175 hp. Ecorobotix ARA is a precision sprayer recognising more than 50 weed species that, according to the maker, cuts herbicide use by up to 95 percent. Naio Oz is an electric robot for sowing and weeding vegetables with a 60 kg payload and up to eight hours of operation.

Industrial arms and manipulators. According to its maker, Mecademic Meca500 is the smallest six-axis arm (330 mm reach, 500 g payload, 5 micrometre repeatability). Galbot S1 is a dual-arm industrial robot with a 50 kg payload, working on a CATL factory line since spring 2026. Amazon Sparrow is an arm that picks single products from bins.

Other niches. Dusty Robotics FieldPrinter prints plans on a building site floor, but is sold only in North America. Direct Drive Tech D1 is a modular platform with a payload of up to 100 kg, GITAI G1 is a pilot space robot, and Realbotix Aria is a video-assistant android.

What to look for when buying: seven criteria

1. A clearly described task. Robots of this class are bought for a single process. Write down what it must do, in what volume and under what conditions before you start comparing models.

2. Certification and standards compliance. In medicine what counts is medical-device status and team training: da Vinci 5 and Versius go only to facilities that meet the requirements. In industry machine safety standards count, which we described in “Robot Safety Standards”.

3. Industrial robot or cobot. A classic arm needs a fenced zone; a collaborative one does not. Before buying Mecademic Meca500, compare it with the options described in “Cobots” and in “Cobot or Industrial Robot”.

4. Precision parameters. For electronics and the lab, repeatability decides, such as the 5 micrometres of the Meca500. See also laboratories. For work in a factory, payload and cycle matter more, like the 50 kg of Galbot S1.

5. Working conditions. Carbon Robotics LaserWeeder needs a tractor of adequate power, and Ecorobotix ARA is towed behind a machine and driven from the power take-off or hydraulics. Check compatibility with your equipment and row spacing. We described farming practice in “Robots in Farming: How Field Automation Looks in Poland”.

6. Service, training and references. In niches every deployment is different. Ask for a reference from a similar application, and in a hospital for a surgeon training plan. We describe the da Vinci situation in Poland in “da Vinci Robots in Polish Hospitals”.

7. Product maturity. A pilot, a prototype and a series product are three different things. GITAI G1 and Devanthro Robody have pilot status and are not a series offer.

Price classes: what we know about costs

Because prices are not public, we group by scale of investment and quote amounts only for what is documented.

Multi-million hospital systems. da Vinci 5 and Versius. The price of the current da Vinci generation is not known; according to Wikipedia, older da Vinci Si systems cost about USD 1.5-1.75 million in 2009. In Poland the average cost of one robotic operation is about PLN 30,000 (≈ EUR 6,860), and up to PLN 60,000 (≈ EUR 13,720) in complex cases, according to our text on da Vinci.

Agricultural and industrial machines. Carbon Robotics LaserWeeder, Ecorobotix ARA, Naio Oz and Galbot S1. Individual or on-request quotes, and according to our sources Naio Oz is available on request only.

Precision arms and niche devices. Mecademic Meca500 is sold through resellers with a price on request, and ElliQ is an exception with amounts, but contradictory ones: according to sources the device costs USD 250-600 and the subscription from about USD 40 a month to about USD 1,000 a year. The sources disagree on this, and the device is not available in Poland.

Funding and reimbursement in Poland

For hospitals, reimbursement of procedures is key: according to our text, most robotic operations in public oncology and university hospitals are funded by the NFZ, and NFZ spending on robotic surgery rose from about PLN 59 million (≈ EUR 13.5 million) in 2022 to over PLN 300 million (≈ EUR 68.62 million) in 2024. The hospital's purchase of the robot itself is a separate investment decision.

Manufacturing companies buying a classic arm such as Mecademic Meca500 can check the “Poland's Robotization Tax Relief”: an additional 50 percent cost deduction, according to sources for costs in 2022-2026, with an announced but unconfirmed extension. The definition of an "industrial robot" is narrow, so settle eligibility with an adviser. Farms in Poland average about 11.59 ha, which limits the economics of an individual purchase, so renting and shared use are more often considered. A general overview of grants (KPO, FENG, PARP) is in the funding section.

Three purchasing scenarios

A hospital considering robotic surgery. The decision is taken at board and surgical team level, not by the purchasing department. da Vinci 5 and Versius are compared on the range of registered indications, availability of training and service, and the number of surgeons who can work on a given system. In Poland da Vinci has the longest history and the largest number of installed systems, but growing competition may lower deployment costs over time. Ask the supplier for references from hospitals with a similar procedure profile.

A vegetable farm with row crops. Area, row spacing and the equipment you already own matter here. Naio Oz is an electric robot for sowing and weeding, while Ecorobotix ARA and Carbon Robotics LaserWeeder require a tractor. With the average farm size in Poland of about 11.59 ha, an individual purchase rarely pays off. Consider a seasonal rental or shared use with neighbours, and start with a short trial on one crop.

An electronics company or a laboratory. For assembling small components and lab automation, a precision arm such as Mecademic Meca500 works well. Purchasing questions concern repeatability, reach, payload and integration with the line controller. For heavy tasks on a production line, larger designs such as Galbot S1 are considered, which is new and has no availability in Poland confirmed in our catalogue.

Why these robots are not compared like others

In categories such as cobots or mobile robots there is a common set of parameters: payload, reach, operating time. Here such a set makes no sense, because one model lifts 500 grams, another 50 kilograms, and yet another is not a manipulator at all. So instead of a ranking we show descriptions that note what a given robot is for and what we do not know about it. If you are looking for a specific function, start from the task and only then choose the category.

Common mistakes

• Comparing unlike things. A surgical robot and an agricultural robot have entirely different success criteria.
• Buying a prototype like a product. A pilot has no series guarantee, service or price.
• Skipping training. In medicine and industry it is often a bigger cost than the hardware.
• Assuming the robot is available in Poland. Dusty Robotics FieldPrinter is sold only in North America.
• Trusting reduction claims. A result like "up to 95 percent less herbicide" is a manufacturer claim and depends on the crop.
• A single purchase on a farm without analysing scale. On a small area renting is often more sensible.

How we check the data

We compare every figure with the manufacturer's page or a technical document and record the source and date. Where there is no price we write "the manufacturer does not publish one", and where sources conflict, as with ElliQ, we show the discrepancy instead of picking one value. A model gets its own page only when it has enough verified data. For comparison see also exoskeletons, mobile robots and the “Robotics Glossary: 65 Terms with Polish Equivalents” glossary.