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Artemis Beauty Equipment Polska Sp. z o.o.

Connected devices, faster service, audit-ready MDR records

Industry
Medical Device Distribution (Aesthetic Equipment)
Headquarters
Warsaw, Poland
Public information as of
January 2026

A4BEE prepared this analysis from publicly available sources. It reflects our own reading of Artemis Beauty Equipment Polska Sp. z o.o.'s published strategy and is not endorsed by, or produced in cooperation with, Artemis Beauty Equipment Polska Sp. z o.o.. Company website

Strategic priorities

Artemis Beauty Equipment Polska is the Polish distributor for I-Tech Industries' T-Shape 2 platform, a Class II medical device used in aesthetic clinics for body-contouring and skin-tightening treatments. The company operates as a limited liability company (Sp. z o.o., KRS 0001083319) with a share capital of 100,000 PLN, registered in January 2024 as the legal successor to a partnership entity of the same name. The legal reorganisation from a partnership (Sp.k.) to a limited liability company coincides with the tightening of EU MDR liability for distributors of Class II devices.

The commercial focus is on a small set of high-value devices sold to clinics across Poland, with a 3-business-day replacement SLA backed by an internal loaner fleet. The manufacturer in Italy operates on 4-to-8-week lead times for new devices and spare parts, so Polish demand signals and Italian production have to be planned against each other rather than re-ordered reactively.

The competitive landscape includes ITP S.A., which already operates the "My ITP" mobile application for its installed base. Artemis sells devices of similar sophistication but does not yet have a comparable customer-facing digital channel, and the service operation still relies on customers photographing faults and recording videos through a static web form. As MDR grace periods expire, the absence of structured post-market surveillance data and Unique Device Identification (UDI) traceability is moving from a backlog item to an audit exposure.

The strategic direction described by Artemis is to move from transactional device sales to long-term clinical partnerships, supported by the Artemis Academy training programmes, financing and rental options, and a service experience that can compete with a digitally-enabled competitor. Three operational threads run through that direction: remote device telemetry, automated MDR vigilance, and a unified customer view across sales, service and finance.

Challenges we see

  • Operations Service

    Replacing photo-and-video fault reports with device telemetry

    The current service process asks customers to photograph the device nameplate, photograph the fault, and record a video of the malfunction through a static web form, then submit the package for review by the Warsaw service team.

    Where the only signal of a fault is whatever the customer happens to capture on a phone, the diagnostic burden sits on clinic staff who are not qualified to distinguish a vacuum-pump failure from a software glitch, and the service team ends up working from anecdotal evidence rather than from device data.

  • Compliance Regulatory

    Capturing adverse-event data in the structure MDR expects

    As the exclusive Polish distributor of T-Shape 2, Artemis carries Economic Operator responsibility under MDR Article 14, with strict timelines for serious incident reporting (15 days) and UDI-based traceability across every deployed device in Poland.

    When vigilance information arrives as unstructured text in a contact form, the move from a customer complaint to an EUDAMED-ready report has to be done by hand each time, so the work scales with incident volume rather than with the size of the installed base.

  • Digital Integration

    Linking CRM, service and finance into one customer view

    Competitor ITP S.A. operates the "My ITP" mobile application that lets clinics see device status, training records and service history in one place. Artemis has no comparable mobile or portal channel and no unified backend across CRM, service ticketing and invoicing.

    Where the customer record is reassembled by hand from three systems for every interaction, the time-to-answer for any clinic question grows with the number of internal hand-offs, and tiered service for high-value accounts becomes a matter of staff memory rather than a routing rule.

  • Operations Supply chain

    Planning Polish demand against Italian production lead times

    Devices and specialised spare parts arrive from I-Tech Industries in Italy on 4-to-8-week lead times, while Polish demand for new devices and loaner replacements fluctuates clinic by clinic.

    Without a shared view of Polish demand signals and Italian production schedules, inventory decisions oscillate between holding too much and holding too little, and the 3-business-day replacement SLA is met by a larger loaner fleet than the underlying reliability of the installed base requires.

  • Digital Operations

    Holding onto device data once a session ends

    T-Shape 2 devices generate operational data on vacuum pressure, RF impedance, treatment duration and error codes, but the data does not leave the device and is lost when the device is powered off.

    Where the only record of a treatment session is what the operator writes down, the distributor cannot answer straightforward questions about utilisation, mode preference or component wear, and any move to usage-based billing or predictive service has to start by reconstructing the missing record.

Opportunities, by urgency and business impact

Each bubble is one opportunity, numbered to match the list below. Further right means it bites sooner; higher means a bigger effect on the business. A bigger bubble means a bigger implementation effort.

Source: A4BEE analysis of public sources

  1. Streaming device health data from T-Shape 2 to a service dashboard

    Service today runs on customer-supplied photos and videos submitted through a static form. The Warsaw team has no live view of what a device is doing and dispatches technicians on the basis of the customer's description of the fault.

    A non-invasive sensor overlay on the deployed fleet streams vacuum, RF and error telemetry to a central command centre, so remote triage, over-the-air patches and predictive spare-parts logistics become possible without depending on what the clinic manages to photograph.

    • Artemis Beauty Equipment Polska, Serwis / device fault reporting form
    • Baldan Group, T-Shape 2 technical description

  2. Automating MDR vigilance from service ticket to EUDAMED

    MDR Article 14 sets strict timelines for serious-incident reporting (15 days) and requires UDI traceability across every deployed device. Today the path from a customer complaint to an EUDAMED-ready record is assembled by hand.

    An electronic quality management system scans service tickets for adverse-event indicators, drafts the vigilance record against the device's UDI, and prepares the regulator submission, so reporting timelines stop depending on whoever happens to be on duty when the ticket arrives.

    • EU Medical Device Regulation 2017/745, Article 14 and Article 25
    • Polish URPL medical device regulation overview, RegDesk

  3. Reducing the loaner fleet with predictive maintenance

    The 3-business-day replacement SLA is met by maintaining a fleet of non-revenue-generating T-Shape 2 units in Warsaw that depreciate while they wait. At a per-unit value around EUR 30,000, even a small fleet represents a meaningful share of working capital.

    Remote diagnostics plus predictive component-failure alerts shorten the mean time to repair, so the same SLA can be delivered with a smaller loaner pool and the capital tied up in idle machines is released into cash flow.

    • Artemis Beauty Equipment Polska, Serwis / device fault reporting form
    • Baldan Group, T-Shape 2 technical description

  4. Building a unified customer portal and mobile channel

    Clinic owners cannot see device status, warranty dates, training certificates and invoice history in one place, and Artemis has no mobile channel to match the "My ITP" application operated by ITP S.A.

    A portal and mobile application fed by service, sales and finance systems give clinics a single self-service view and give Artemis a direct, in-pocket channel for maintenance alerts and usage insight.

    • My ITP mobile application, ITP S.A., Apple App Store listing
    • Artemis Beauty Equipment Polska, products and academy pages

  5. Digitising the Artemis Academy training and certification record

    Operator training runs through in-person sessions at the Warsaw Academy, with certification evidence held in the training team's records rather than in the clinic's customer profile.

    Online certification modules, digital SOPs and a profile-based access model let the training record sit alongside the device record, so a clinic's training status is visible to the service team and the device settings match the operator's certification level.

    • Artemis Beauty Equipment Polska, Lasery kosmetyczne / training academy page

What we'd propose

  • Digital CDMO

    Connected device platform for the T-Shape 2 fleet

    A non-invasive telemetry layer that sits alongside deployed T-Shape 2 devices, streams vacuum, RF and error data through an industrial cellular gateway to a central monitoring platform, and turns that stream into a live service dashboard for the Warsaw team.

    • Non-invasive sensor overlay

      Telemetry without opening the device

      Split-core current transformers on the vacuum pump and RF generator power lines detect component wear through power-consumption signatures, so device data is captured without requiring manufacturer access to the T-Shape 2 internals.

    • Industrial cellular gateway

      Connectivity that does not depend on clinic WiFi

      An industrial LTE gateway aggregates the sensor stream and forwards it over MQTT with TLS to the central platform, so connectivity does not depend on the reliability of each clinic's local network.

    • Predictive maintenance dashboard

      Service triage while the device is still running

      Anomaly detection against learned baselines flags a vacuum or RF fault against the device currently in service, so a replacement part can be dispatched before the clinic reports the fault.

    • Service triage moves from what the customer photographs to what the device reports.
    • Technician dispatches carry the right part on the first visit, not a best-guess selection.
    • Working capital previously tied up in the loaner fleet is gradually released.

    We've done this before

    See how we do Digital CDMO
  • Digital Lab

    MDR vigilance automation and device passport

    An electronic quality management system tailored for a Class II distributor: every service ticket is scanned for adverse-event indicators, every device carries a digital passport tied to its UDI, and the regulator submission is drafted from the same record.

    • Automated vigilance detection

      Adverse events flagged from service text

      Natural-language scanning of every customer communication looks for the trigger terms that convert a complaint into a vigilance case, so the workflow starts when the words appear in the ticket rather than when someone notices.

    • Digital device passport

      One record per serial number

      Each T-Shape 2 carries an immutable record of its import date, every service intervention, every software update and its current location, which is what MDR Article 25 traceability expects and what an urgent recall response needs.

    • EUDAMED-ready submission draft

      Regulator fields pre-filled

      Draft URPL and manufacturer reports are generated from the device passport with the UDI-DI and the structured event fields in place, so the 15-day serious-incident timeline is held by the system rather than by an individual's calendar.

    • Vigilance cases reach URPL within the regulated window without depending on manual follow-up.
    • A device's full history is available in seconds when a recall, an audit or a customer question arrives.
    • Compliance evidence is produced by the system that runs the operation, not assembled separately for each audit.

    We've done this before

    See how we do Digital Lab
  • Enterprise AI

    Unified customer portal and mobile channel

    A web portal and mobile application that join sales, service and finance records into a single clinic view, surface device health from the connected platform, and give Artemis a direct channel to the operator.

    • Unified customer dashboard

      One view across the relationship

      Integrate CRM, service ticketing, finance and the device passport so a clinic owner sees device health, warranty dates, training certificates and invoice history in one screen, without contacting support for each question.

    • Mobile application

      In-pocket service and insight channel

      A native mobile application delivers maintenance alerts, treatment utilisation summaries and direct support communication, providing the digital channel that competitors like ITP S.A. already operate.

    • Tiered service orchestration

      Routing based on account value

      Service requests are routed by account tier and device count, so a multi-device VIP clinic is escalated automatically rather than recognised by the dispatcher on the day.

    • The clinic owner gets answers without phone calls, and Artemis gets a direct digital channel.
    • Tiered service becomes a routing rule rather than a memory.
    • The same platform becomes the home for subscription services built on top of device data.

    We've done this before

    See how we do Enterprise AI
  • Digital CDMO

    Digital asset management and IoT-assisted service logistics

    A hardware-lifecycle platform that tracks every device's location and status, manages the loaner pool, and reduces the spare-parts inventory held against the 4-to-8-week Italian lead time.

    • Real-time fleet visibility

      Where each device is, right now

      A central register of every serial number, its current clinic and its service state, with the same record driving recall response, loaner dispatch and warranty accounting.

    • Loaner pool optimisation

      Smaller fleet, same SLA

      Predictive availability modelling reduces the number of T-Shape 2 units that sit idle in Warsaw while still meeting the 3-business-day replacement commitment.

    • Italian lead-time planning

      Demand signals ahead of production

      Polish sales and service signals feed a rolling demand forecast shared with the Italian manufacturer, so production slots and spare-parts orders are planned together rather than re-ordered reactively.

    • Working capital is freed from the loaner pool without weakening the SLA.
    • Recall response is a database query rather than a phone tree.
    • Italian production slots are reserved against real Polish demand.

    We've done this before

    See how we do Digital CDMO
  • Agents

    AI agents for vigilance reporting and MDR document work

    Narrow, reviewable agents that take the document-assembly parts of MDR work: drafting vigilance summaries from the underlying ticket, checking a submission against the URPL template, and finding every customer record a standards change touches. A named reviewer approves every output.

    • Vigilance draft from the ticket

      First draft from system data

      The agent reads the service ticket, the device passport and any operator notes, then drafts the vigilance summary against the EUDAMED field list, so the reviewer edits a document rather than assembles one.

    • Template and completeness check

      Gaps caught before review

      Before a submission enters the human review queue, the agent checks it against the URPL template and the local checklist, returning missing or inconsistent sections.

    • Change-impact search across the device register

      Which devices a standards change touches

      When a T-Shape 2 manufacturer advisory or a URPL guidance change lands, the agent retrieves every device passport that references the affected field and ranks them by how directly they are impacted.

    • Review queues move faster because documents arrive complete and consistent.
    • The scope of a standards change is established by search rather than by recollection.
    • Every agent output is traceable to the source records it came from and signed off by a named reviewer.

    We've done this before

    See how we do Agents

Digital maturity: today and target

Scored out of 100 across six dimensions. The target is what Artemis Beauty Equipment Polska Sp. z o.o.'s own published ambition implies — not a perfect score.

Source: A4BEE analysis of public sources
Device connectivity 15 → 80
T-Shape 2 devices are deployed without telemetry; a non-invasive overlay would change that without requiring manufacturer access to the device internals.
Service digitisation 20 → 85
Service today runs on customer-generated photos and videos submitted through a static web form, which is the bottleneck the connected device platform is designed to replace.
Regulatory automation 25 → 90
Vigilance capture and UDI traceability are still largely manual, while MDR reporting timelines and the regulator's structured data expectations are already in force.
Customer portal 10 → 75
There is no unified self-service view for clinics today, while competitor ITP S.A. already operates the "My ITP" mobile application.
Data integration 20 → 80
CRM, service and finance records are held in separate systems, so a clinic question that crosses the three has to be answered by hand from each one.
Supply chain visibility 30 → 75
Polish demand signals and Italian production lead times of 4 to 8 weeks are reconciled through inventory rather than through a shared forecast.

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This is an independent analysis prepared by A4BEE from publicly available information as of January 2026. It reflects A4BEE's own interpretation and opinion, is not affiliated with, endorsed by, or verified with Artemis Beauty Equipment Polska Sp. z o.o., and may be incomplete or inaccurate. All company names and trademarks are the property of their respective owners. To request a correction or removal, contact [email protected].