Private Label Medical Consumables: What the Project Needs

A distributor decides to sell under its own name, sends a logo and a reference pack, and asks for a printing quotation. What comes back is a longer list of questions: which bag, which carton, what has to be printed on each level, who holds the plates, and what happens at the second order.

Private label on medical consumables is not a printing job bolted onto a standard product. It is a specification exercise with a sequence, and the sequence decides how quickly a first run can happen. Most delays are not caused by the printing itself. They are caused by decisions that were left open until the proof landed in someone's inbox.

The products that go through this route most often are cotton pads, cotton swabs, small first aid items and first aid kits, because each of them is bought by count and displayed by count. What follows describes the order in which the work actually runs, what has to appear on an inner bag as against an outer carton, and the five mistakes that send a first run back to the artwork stage.

The sequence from artwork to repeat order

A private-label project has six stages, and each one depends on the one before it. Skipping a stage does not save time; it moves the work to a later point where it is more expensive to correct.

The brief comes first. It has to state the product, the pack configuration, the count per bag, the material and the market. A brief that says "cotton pads, retail pack" leaves the two decisions that matter most, which are pad size and piece count, for someone else to guess.

The dieline comes second, and it comes from the manufacturer, not the designer. A dieline is the flat drawing of the bag or carton showing where it folds, seals and cuts. Artwork drawn before the dieline exists will be redrawn, and text will land on a fold.

Artwork comes third, built to that dieline. A PDF proof follows, and it is checked against the dieline rather than admired on a screen: seal positions, panel widths, and whether the barcode sits where the seal will not run through it.

Plates are made once the proof is approved in writing. They are held for repeat orders, so a second run does not repeat the plate cost or the plate lead time, provided the artwork does not change.

The first production run then prints, fills, counts and packs. The repeat order references the approved proof and the plate set, and any change to either restarts the proof stage. The custom design page sets out what the brief needs to contain.

Two levels of packaging, two sets of information

Every private-label pack has at least two printed surfaces, and buyers routinely approve one and forget the other. The inner bag faces the user. The outer carton faces the warehouse, the customs officer and the shelf stacker.

The inner bag carries the product identity and the traceability. That means the product name, the count or the fill weight, the pack code, the batch, the sterilisation state, and the expiry where the product is sterile. In the EU a medical device pack normally also carries the manufacturer name and address and the CE mark where applicable. Requirements differ between markets, so the list should be confirmed with your regulatory consultant before artwork is signed off.

The outer carton carries the logistics information. That includes the quantity of inner units, the batch, the gross weight and dimensions, handling marks, the country of origin, and any importer details the destination requires. It is also where a customer kit code or pack code can be printed, which is useful when one carton feeds one assembly line.

The table is a planning aid, not a legal text. It shows that the two surfaces need separate artwork files, approved separately, and that a PDF covering only the bag leaves the carton to be designed by whoever fills it.

Piece count and pad weight set the shelf price

A buyer setting a retail price works from the count on the front of the bag, because that is what the customer compares. The cost behind that count is driven by two things at once, the weight of each piece and the number of pieces in the bag.

Consider the cotton pad range at 58 mm diameter. It is packed in 50, 80 and 100 piece bags, 48 bags to a carton, and a 300-count bag is also available. The pad itself does not change across those bags, so the material cost per pad is the same in each. What changes is how the bag, the label and the carton are spread across the pieces.

At 50 pieces, one bag and one label carry the packaging cost of 50 pads. At 100 pieces, the same bag carries twice as many, so the packaging element per pad falls. The 300-count bag spreads it further still, but it serves a different customer, usually one buying for a clinic store rather than for a shelf.

The same arithmetic applies to the other private-label items. Cotton swabs are packed in 100-piece bags, 10 bags to a box. The carded tick remover is one per card, 12 cards to a box, so the card is the selling unit and the box is the handling unit. First aid kits are supplied in a soft bag, an EVA pouch or a hard case, and the case is part of what the customer is paying for, which is why kit specifications are usually agreed component by component.

Weight does the other half of the work. A heavier pad at the same diameter feels more substantial in the hand and holds more fluid, and it carries more cotton per piece. Buyers who specify a count without a weight are specifying a bag, not a product. The range is set out under cotton pads and first aid kits.

Counted-to-pack supply removes a step from your line

There are two ways to receive a private-label order. In the first, the manufacturer supplies bulk and the distributor counts, bags, labels and boxes on its own premises. In the second, the product is counted to a pack specification and bagged with the pack code before it leaves the factory.

The second route removes a step from the customer's operation rather than adding one for the supplier. The distributor no longer needs a counting station, no longer holds loose stock between packing runs, and no longer reconciles a short count at the end of a shift. Labour is the obvious saving; the less obvious one is the working capital tied up in loose stock waiting to be bagged.

Counted-to-pack supply also makes the pack code meaningful. When the code is printed at the point where the count is fixed, the code on the bag and the count inside it are decided in the same operation, and a customer receiving cartons against a purchase order can check one against the other without opening every bag.

The condition is a written pack specification. The count, the bag size, the code, the label position and the carton quantity belong on paper before the run starts, because "100 pieces, usual bag" cannot be checked at the end. Once written, the same document serves for the repeat order.

The five mistakes that delay a first run

Most first runs that slip do so for one of five reasons, and none of them is a printing fault.

The first is barcode size and position. A retail barcode scaled down to fit a small panel may no longer scan, and a barcode placed across a seal will be distorted by the seal itself. Supply the barcode at the size the pack can carry, and let the printer confirm it against the bag.

The second is language. A pack printed for one market and shipped to another is a reprint, and the plates cannot be reused for a different language set. List the languages for each destination market at the brief stage, not at the proof stage.

The third is the missing manufacturer name and address. Buyers sometimes assume their own company name replaces the manufacturer's. On a medical device pack it normally does not; the manufacturer is identified and the brand sits alongside. Removing that block from the artwork is a common reason a proof is rejected by the buyer's own consultant.

The fourth is artwork supplied as a screenshot or a web image. These cannot be printed at pack size, and they cannot be separated into the colours the press needs. Vector artwork, with fonts outlined, built to the dieline, is the only version that goes to plates.

The fifth is approval against the wrong dieline version. When a dieline is revised, the proof from the earlier version may still be circulating. Date the dieline, and quote that date in the approval.

Where the classification question belongs

Whether a given product or kit is a medical device, and which class it falls into, is a regulatory determination for the market where it will be sold. It is not a decision for the factory and it should not be settled in an email about artwork.

Two points follow. Ask your regulatory consultant to confirm the classification and the labelling obligations before the brief is written, because the class can change what has to be printed. Then keep the technical file in step with the artwork: a label change is a change to the product documentation, and the two should be versioned together.

What the manufacturing side can provide is the evidence behind the pack. That includes an ISO 13485 quality system, in-house ethylene oxide sterilisation, a microbiology laboratory, and CE and FDA documentation together with a certificate of analysis on request. Those documents are what a consultant will ask for when the classification question is raised, and the quality page describes what is available and when.

What to confirm before ordering

• Pack configuration written down: product, size, count per bag, bags per box, boxes per carton
• Dieline requested from the supplier before any artwork is drawn
• Artwork supplied as vector, fonts outlined, built to the dated dieline
• PDF proof approved in writing against that same dieline version
• Barcode size, position and symbology confirmed against the print process
• Languages listed for each destination market
• Manufacturer name and address placement agreed, not assumed
• Pack or kit code allocated by the customer and quoted in the specification
• Printing plates to be held for repeat orders, and any artwork change priced
• Classification and labelling obligations confirmed by your regulatory consultant

Who owns the printing plates after the first run?

The plates stay with the printer and are held for repeat orders. That is the practical arrangement, because the plates are made to fit one press and one dieline, and moving them elsewhere would usually mean remaking them. What matters for the buyer is that the plate set is identified against the approved proof, so a repeat order can be run without a new proof, and that any change to the artwork is quoted as new plates rather than absorbed silently.

Can our brand replace the manufacturer's name on the pack?

Normally no. On an EU medical device pack the manufacturer name and address is a required element, and the brand sits alongside it rather than in place of it. Private label changes whose name leads the design and who holds the product registration; it does not remove the identification of the party that made the device. Confirm the exact wording and placement with your regulatory consultant for the market concerned.

What format should artwork be supplied in?

Vector format, with fonts outlined and the file built to the dieline at the size it will print, is what goes to plates. Images embedded in the file need to be at the resolution the printer asks for, which is a question worth putting in the brief rather than assuming. A screenshot, a word processor document or a web image will be redrawn, and redrawing is the step that most often pushes a first run back a week.

The custom design page lists what the brief needs to carry, and the contact page is the place to send a reference pack and a target market for a first assessment. Buyers who arrive with a dieline request, a written pack specification and a vector artwork file usually find that the first run is a printing and counting exercise rather than a design project. The product pages show the configurations that already exist, which is the fastest way to see whether a pack can be adopted as it stands or has to be built from the bag upwards.