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Medtrum TouchCare Nano

Medtrum

A fully tubeless, phone-controlled hybrid closed loop: a low-profile patch pump and 14-day CGM run together off Medtrum's APGO algorithm, with an unusual 'log the meal, skip the carb count' auto-meal feature. CE-marked and available internationally, but the 160-person type 1 trial registry is stale and its recruitment status is unknown; no results are posted.

Available nowModerate evidenceaidtubelesspatchphone-controlhybrid-closed-loopOfficial site ↗

The scorecard

Time in range60

Manufacturer reports time-in-range rises early and holds, with further gains using auto-meal handling, but no peer-reviewed TIR figure is yet published. A 160-person randomized type 1 trial (NCT06363916) has passed its estimated completion date with a stale registry and no posted results.[4]

Hypo protection65

Closed-loop algorithm modulates and suspends basal to defend against lows; safety/efficacy is the explicit endpoint of the registered pivotal trial, whose status is now unknown rather than recruiting.[4]

Automation level70

Hybrid closed loop automating basal 24/7 plus optional automatic meal-bolus delivery via Auto Meal Handling — logging a meal without carb counting is rare among AID systems.[3]

Freedom (form factor)80

Fully tubeless patch pump plus on-body CGM controlled entirely from a smartphone, with no separate handheld controller (PDM) to carry.[1]

Average glucose55

Average-glucose lowering is implied by the TIR claims but not yet quantified in a published type 1 study; pending the pivotal trial readout.[4]

Low variability55

Algorithmic basal modulation aims to smooth variability, but no published glucose-variability metrics are available yet for this system.[4]

Exercise handling50

Offers adjustable glucose targets the user can raise around activity; no published exercise-specific outcome data.[1]

Customizability65

User-set glucose targets and meal logging give meaningful control; the algorithm is proprietary (APGO) and not openly configurable.[1]

Access & cost45

CE MDR Class III certified and rolling out across multiple international markets including Europe and Brazil; not US-cleared and availability is uneven.[2]

Glycemic criteria are scored on the levels actually achieved in large real-world Type 1 diabetes cohorts — not the headline improvement over a trial's baseline (an improvement that looks bigger when the starting population was doing poorly). Type 2 diabetes trial data is never used to score a Type 1 system; where only improvement data exists, it informs the rationale, not the score. Freedom captures form factor and wearability, so a tubeless system is rewarded for the mobility a tubed one can't match.

The full picture

The Medtrum TouchCare Nano is a fully tubeless hybrid closed loop: a small, low-profile patch pump and a 14-day continuous glucose sensor work together under Medtrum's proprietary APGO algorithm to automate basal insulin around the clock. There is no separate handheld controller — the pump and CGM are run entirely from a smartphone app, which keeps the on-body footprint minimal and the carry burden low. Its most distinctive feature is Auto Meal Handling: rather than counting carbohydrates and entering a number, the user logs the meal type and the system adjusts insulin from the glucose response.

The evidence is less mature than the marketing. Medtrum says a six-month, single-arm study in 95 people with type 1 diabetes found higher time in range among more frequent Auto Meal users while hypoglycaemia stayed low, but its ATTD report gives no numeric results and no peer-reviewed paper.1 The separate randomized 160-person trial, NCT06363916, is not currently verifiable as recruiting: ClinicalTrials.gov now shows status unknown because the record has not been updated since June 2024, its estimated November/December 2025 completion dates have passed, and no results are posted.2

The system holds manufacturer-reported EU CE MDR Class III certification and is expanding across international markets. It is not US-cleared, and as a hybrid rather than fully closed loop it still expects a meal-type announcement.

References

  1. Medtrum. Medtrum Advances Toward Fully Closed-Loop Insulin Delivery with Auto Meal Handling at ATTD 2026. https://www.medtrum.com/news/Medtrum-News-ATTD-2026

  2. ClinicalTrials.gov. Evaluation of Security and Efficacy of Medtrum Hybrid Closed Loop System (NCT06363916). Registry checked 8 August 2026. https://clinicaltrials.gov/study/NCT06363916

Sources

  1. [1]TouchCare Nano System · manufacturer
  2. [2]Medtrum Advances Global Adoption of TouchCare Nano Hybrid Closed-Loop AID System · news
  3. [3]Medtrum touts meal logging tech for automated insulin delivery · news
  4. [4]Evaluation of Security and Efficacy of Medtrum Hybrid Closed Loop System (NCT06363916) · registry · 2024-04-15Registry checked 8 August 2026: status UNKNOWN because it has not been verified since June 2024. Estimated primary completion November 2025 and study completion December 2025 have passed; no results are posted.
  5. [5]Medtrum advances toward fully closed-loop delivery with Auto Meal Handling at ATTD 2026 · manufacturer · 2026-03-18Manufacturer report of a prospective, open-label, single-arm six-month study in 95 people with type 1 diabetes. It says more frequent Auto Meal use was associated with higher TIR and low hypoglycaemia, but provides no numeric outcome table or peer-reviewed paper.