ÜTS Registration and Product–Label Matching

A medical device's legal identity in Türkiye is born not from the label on the box but from its record in the national tracking system. ÜTS is the national system running the registration, traceability and market surveillance infrastructure of devices: without the record the importer cannot open the gate ahead of the flow; without the record the inspector cannot read the device's story. The record, however, is not a one-off intake form; it is a living data set that must continuously match the device's real-world shape, above all its label. If a model number differs by one letter, if the instructions for use lag behind the record's version, or if the manufacturer information on the label disagrees with the record, a device that exists in the system turns into a different device in the field. This article explains how a ÜTS record is built, how product identity fields are managed, why label matching breaks, and how the break jams the import flow.

Who is this for?

This guide is for every role touching ÜTS data. Manufacturer representatives carry the responsibility of establishing and updating the record. Distributors must correctly reflect the registration status of the products they supply and their own roles in the record. Importers cannot plan shipments without the record and must keep the record data consistent with the declaration. Regulatory teams carry classification and conformity information into the record. Quality units use record data as a checkpoint during label print approvals. Labelling and packaging processes are the last link of the data chain flowing from the design file into the system. Procurement and supply planning includes the registration time of new products in the calendar. Before an audit the question is the same for everyone: which record in the system corresponds to this device seen in the field? The answer to the matching question is the foundation of both import and market surveillance.

Which products does it cover?

The scope is all medical devices and IVD products carrying the national registration obligation. Diagnostic and treatment devices, surgical instruments, electromedical equipment, IVD kits and analysers, dental products, active implantable devices, accessories and software components. The registration obligation begins with entry into the device definition, independent of the product's risk class; the class determines the depth of the conformity assessment running alongside the record. The label-matching scope is broad as well: the device itself, packaging units, multipacks and instructions for use are bound to the same identity chain. The device's consumable components, for instance sensors or cartridges, must carry information relating them to the device's record. Non-device material shipped together with the device, for instance promotional content, sits outside the registration scope; but its placement inside the package must not confuse the label reading. For devices brought for investigation the registration requirement differs; that difference is shown by documenting the status.

When does it apply?

Record management applies across the whole placing-on-market life cycle of the device, but the critical moments are known. At a new product launch the record is the first stone of the import calendar, and if it delays the whole chain slides. On product revisions, on model or version changes, no new shipment can be made before the record is updated. A change in label content, for instance the manufacturer name, the symbol set or a Turkish-language update, requires the record data's renewal too. Changes in the authorised representative or manufacturer structure update the record's party information. At certificate renewals the conformity evidence is tied to the record in its refreshed form. At import inspection the label is compared with the record; market surveillance makes the same comparison. In periods of rising stock turnover, old-labelled and new-labelled products circulating together call for transition planning. The short rule: whatever changed on the product or the label, the record must be spoken to the same day.

Legal framework and authority

The legal basis of ÜTS lies in the registration and traceability provisions of the medical device legislation. Since Türkiye applies the European device regulations nationally, the registration obligations arise from that frame; the national system processes this data for device monitoring and market surveillance. The competent authority is TİTCK: it operates the registration system, sets the data standards, holds the authority to correct faulty records and runs market surveillance over this data. On the import side the record information enters the inspection document set and is presented in the customs control. The labelling rules also come from the same legislation: the mandatory label content, identity information and language requirements are defined; consistency between the record data and the label content is the shared expectation of both regimes. System user guides and data standards are published and updated on the authority's official pages; registration operations run according to the current guide. This article summarises how the system works; case-specific rules must be verified from the current guide.

Step-by-step process

1. Build product master data from a single source: description, model, version, manufacturer and representative details gathered in one master data table.
2. Verify classification and conformity information with the regulatory team: class, applied rules, conformity assessment route and evidence.
3. Prepare the registration application: master data, evidence set and party details merged in the system format.
4. File the registration output: the record number and the content screen become the product file's reference document.
5. Cross-check the label design against record data: model spelling, manufacturer name, symbols and mandatory information must match exactly.
6. Set up the change flow: when product, label or party changes, the record update must be tied to the same change request.
7. Define the pre-import checkpoint: no shipment order is approved without querying the record status and the label version.
8. Verify after shipment: at customs and in the depot, label-to-record matching is checked by sampling.
9. Build the archive and reporting order: record history, label versions and change records kept traceable in a single file.

Document checklist

• Product master data table: description, model, version, barcode/UDI information.
• Classification rationale and the conformity assessment route applied.
• Manufacturer and authorised representative appointment documents.
• ÜTS registration output and record number.
• Label designs, approved versions and the Turkish-language information check.
• Instructions for use version and its matching record.
• Declaration of conformity and certificate copies, currently dated.
• Change management records: what changed, when the record was updated.
• Pre-import control outputs, shipment by shipment.
• Audit support file: record history and label version chronology.

Parties and responsibilities

The chain's fragile link is usually data transfer: the model spelling in the manufacturer's technical file, the label print and the registration entry must be fed from the same source. Freely typed data is matching's most common enemy.

Exceptions and edge cases

Recurring questions sit at the edges of registration practice. Do variants of the same device family require one record or separate records; the rule is the traceability of every variant carrying a separate identity on the label. For products delivered as sets, the main device and its components enter the record with an identity hierarchy. For products with digitally delivered instructions, the matching of the paper label's minimum content with the digital content is documented separately. Free software updates are assessed for classification as to whether they change the device's version identity; if they do, the record is renewed. Sales of old-labelled stock during a transition period are managed as part of the transition plan. Products manufactured for export and not entering the domestic market stay outside the registration scope; but batches mistakenly routed to the domestic market produce serious noncompliance. Sample and demo devices have their status documented; an investigation device's registration proceeds under a different rule from a commercial device. In every edge case the answer rests on the same principle: every device carrying an identity in the field must be findable in the system.

Common mistakes

The most common mistake is typing the model number by hand; a one-letter difference breaks the match. The second is running label approval independently of record data; the design is beautiful but does not match the record. The third is failing to sequence the record update in version transitions; a new product ships on an old record. The fourth is reporting the representative change late to the record; the party chain breaks. The fifth is applying the Turkish-language update only to the label; the record content lags behind. The sixth is not archiving the registration output; the record's state on a given day cannot be shown at audit. The seventh is never doing the label-record check at depot receipt; the error is found in the market after shipment and the cost multiplies.

Important notice

This article is general information, not legal or customs advice; for registration transactions, TİTCK system guides and current legislation must govern. Product examples and GTİP information in the text are for orientation; the GTİP examples are not binding. System requirements can change; official sources must be checked before any transaction.