UAB FACTOBOTICS

Their core work

UAB FACTOBOTICS is a Lithuanian technology SME focused on developing automated industrial solutions for manufacturing environments. Their work centres on two distinct product lines: standardised machine tending robotics (Bendsai) and non-contact sensor systems for process quality control (Multicursor). Both products target manufacturers seeking affordable, deployable automation without custom engineering overhead. They operate as an innovation-stage company, having used EU SME Phase 1 funding to validate the commercial feasibility of each concept.

What they specialise in

How they've shifted over time

Both H2020 projects fall within a narrow 2017–2019 window, making temporal evolution limited but readable. Their first effort (Bendsai, 2017) addressed the physical layer of manufacturing automation — getting robots to handle machine tending reliably and at scale. By 2019, their focus shifted toward the sensing and data layer, specifically non-contact measurement during curing, which suggests a move from hardware manipulation toward intelligent process monitoring. This is a plausible maturation path: having explored robotic actuation, they appear to be building toward closed-loop quality control systems where sensing and robotics could eventually converge.

FACTOBOTICS appears to be expanding from mechanical automation toward sensor-driven quality intelligence, which positions them for future work at the intersection of robotics and in-process measurement in manufacturing.

How they like to work

FACTOBOTICS has operated exclusively as a solo coordinator in SME Phase 1 feasibility studies, which by EU programme design do not require consortium partners. This means there is no meaningful collaboration history to assess — no recorded partners, no international co-applicants, no repeat relationships. Any future consortium involvement would likely be their first, making it difficult to predict how they perform in multi-partner settings.

FACTOBOTICS has no recorded consortium partners across either H2020 project, a direct consequence of the SME Phase 1 instrument being a solo-applicant scheme. Their network, if any, is not visible through EU project data.

What sets them apart

FACTOBOTICS stands out as a Lithuanian deep-tech SME that has secured EU validation for two distinct manufacturing automation concepts within a two-year period — an indicator of consistent innovation activity rather than one-off opportunism. Their focus on standardised, deployable solutions (rather than bespoke integrations) suggests they are building products that can scale to manufacturers without heavy customisation. For a consortium builder, they represent a small but innovation-active Lithuanian technology company in a country underrepresented in H2020 manufacturing projects.

Highlights from their portfolio

• Multicursor
  A non-contact sensor for curing quality control is a technically specific and commercially distinct niche — curing monitoring matters in composites, adhesives, and polymer manufacturing, where real-time process feedback has direct yield impact.
• Bendsai
  Pitching a standardised machine tending robot as a first-to-market concept reflects product-level ambition, not just research curiosity — the EU feasibility study validated whether this could become a scalable commercial offering.