Every clinic and every private-label brand that approaches a manufacturer eventually asks the same question: what compression level, in mmHg, does this garment provide? It is a fair question, and it deserves a precise answer. But it is also one of the most misused numbers in the post-surgical compression category. A compression garment mmHg spec is often printed on packaging or marketing pages as if it were a certified medical measurement, when in most cases it is a reference range inherited from the fabric category, not a value tested on the finished garment, on a body, in real conditions.
At CI Aliada SAS we manufacture compression garments for plastic surgeons, clinics, and recovery brands across 17 countries, and we get this question in almost every technical call. This article explains what a compression garment mmHg spec sheet can honestly state, what it cannot, and how to write documentation your surgical or clinical clients will trust instead of question.
Millimeters of mercury (mmHg) is the unit used to describe the pressure a compression textile exerts against the limb or torso. In medical compression stockings, mmHg ranges are established through standardized lab testing on calibrated mannequins or limbs, under controlled protocols, and the result is tied to a specific garment, a specific size, and a specific point of measurement.
Post-surgical compression garments are a different category. Most abdominal boards, stage 1 girdles, and stage 2 shapers are built from powernet or POWERFLEX fabrics whose compression behavior falls within a known industry range, but that range describes the fabric family, not a certified mmHg value for every finished unit, every size, and every body shape it will be used on. This distinction matters enormously when a surgeon asks for documentation.
A reference range tells a buyer what to expect from a fabric family based on its stretch, recovery, and knit density. A certified measurement means an independent lab tested that specific garment on that specific size and produced a number with a margin of error. Confusing the two on a spec sheet is where most compliance problems start, especially for brands selling into markets with stricter medical device labeling rules.
| Claim Type | What It Means | Can It Go on a Spec Sheet? |
|---|---|---|
| Fabric-family reference range | Typical mmHg behavior of powernet or POWERFLEX based on industry data | Yes, clearly labeled as a reference, not a per-unit measurement |
| Certified garment measurement | Lab-tested mmHg value on that exact garment and size | Only if third-party testing was actually performed |
| Clinical outcome claim | Statement that compression prevents seroma or speeds healing | No, not supported by consistent clinical evidence |
A well-built compression garment mmHg spec should communicate mechanical facts, not medical promises. Surgeons and clinical buyers are trained to read specs critically, so vague or inflated language tends to erode trust faster than an honest range does.
This is where discipline protects both the manufacturer and the brand reselling the product. A compression garment mmHg spec sheet cannot state or imply that the garment prevents seroma, accelerates healing, or eliminates fibrosis. These are clinical outcomes influenced by surgical technique, patient physiology, and post-op care as directed by the surgeon — not guarantees a textile can make.
What the evidence does support consistently is that graduated compression helps manage edema and supports venous return during the recovery window, which is why surgeons prescribe staged compression garments in the first place. That is the honest, defensible claim. Anything beyond it should be attributed to the surgeon's clinical judgment, never to the garment itself.
Instead of writing "prevents seroma" or "speeds up recovery," a defensible compression garment mmHg spec uses language such as:
This phrasing protects the clinic or brand from overclaiming to patients, and it protects the manufacturer from warranty disputes rooted in expectations the textile was never designed to meet.
When a plastic surgery clinic or a recovery brand is evaluating a manufacturing partner, the spec sheet is often the first technical document reviewed before a sample is even requested. A spec sheet that overpromises mmHg precision it cannot back up raises red flags faster than one that is transparent about reference ranges.
At CI Aliada SAS, our technical documentation for private-label and clinic orders includes the staging logic (Stage 1 for day one through week three, Stage 2 for week three through month three), fabric composition, seam construction, sizing range, and packaging protocol — all data points that are verifiable and tied to the physical garment, not to a clinical promise. This is the same structure we recommend to any brand building its own spec sheet from our manufacturing base in Bogotá.
Surgeons and clinics building a private label are not just buying a garment; they are buying documentation they can stand behind with patients and regulatory reviewers. A manufacturer that writes an honest compression garment mmHg spec, with MOQs starting at 126 units per reference, EXW pricing from our Bogotá facility, and private branding included at no extra cost, is offering something more durable than a marketing claim: a technical foundation the clinic can defend.
If your team is developing a spec sheet, a sample kit, or a full private-label line, start with the language, not just the fabric. Precision in what you claim is as much a manufacturing decision as the stitch count or the powernet blend itself.
EXW Bogotá factory prices · MOQ 126 units per reference · your clinic’s branding included
Technical content addressed to professionals and companies. It is not a medical indication and does not replace the assessment of the treating surgeon, who defines the duration, manner and suitability of each garment.