What we mold
Small disposable plastic components: luer fittings, reaction cups, blood separation parts, pipettes and syringe components.
Who we serve
IVD instrument makers, disposable device brands, ophthalmic and dental companies, and contract manufacturers.
What problem we solve
Most buyers of small medical parts use one supplier for the tool and another for the molding, and lose weeks whenever a dimension drifts.
Why customers choose us
The tool, the molding process and the clean room sit in one plant, so a correction is made in days rather than negotiated between two suppliers.
Product Range
Six families of molded medical components, all tooled and molded in the same plant.
Luer fittings and connectors
Luer connectors, tips and stopcocks moulded to the taper tolerance that decides whether a connection leaks under pressure.
Diagnostic consumables
Reaction cups, specimen containers and instrument consumables moulded for IVD analysers that will not tolerate a dimensional drift.
Blood separation components
Moulded parts for blood collection and separation, where surface finish and cleanliness affect the sample as much as the geometry does.
Syringe and catheter components
Barrels, plungers, hubs and catheter fittings moulded to the tolerances that govern glide force and seal integrity.
The Numbers Behind the Factory
Industries We Supply
Industries that bring us their hardest tooling, and what each one is actually buying.
IVD instrument makers
Consumables whose dimensional stability decides whether an analyser runs unattended for a full shift.
Disposable device brands
High volume moulded components where the unit cost is small and the cost of a recall is not.
Ophthalmic and dental devices
Small, visually critical parts where a moulding mark is a defect rather than a cosmetic detail.
Contract manufacturers
Programs that need a molder who can also build the tool, so one supplier carries the dimensional responsibility.
Knowledge Centre
Written for engineers who have to specify a moulded medical part, not for search engines.
Tooling accuracy, and why it matters more than machine specs
The moulding machine cannot produce a tolerance the tool does not have, which is why tool accuracy is the number that decides a part.
Clean room moulding for diagnostic consumables
For parts that touch a sample, particulate and mould release residue are analytical problems, not housekeeping ones.
How to choose a medical injection moulding partner
The useful questions are about where the tool is made, where a correction happens, and what the certificates actually cover.
Material selection for moulded medical parts
Sterilisation method and fluid contact narrow the material choice faster than mechanical requirements do.
Why syringe glide force is set by the tool
Glide force is a clinical property that comes from the barrel and plunger fit, which means it is fixed before the first part is moulded.
How an Order Runs
3D data and volume
Send the model, the annual volume and the material. We come back with a tooling cost and a view on what will be hard to mould.
Mold design and build
Cut in house to 0.002 to 0.005 mm, with no outside subcontracting of the tool.
Sampling and validation
Samples are molded and measured, and any correction is made to the tool here rather than negotiated with a second supplier.
Clean room volume production
Molded in an ISO 8 clean room so tooling tolerance survives all the way to the packed carton.
Frequently Asked Questions
Do you build the mold as well as mold the part?
Yes, and that is the point. Mold design, tooling, sampling and molded volume all happen in one plant without outside subcontracting, so a dimensional correction is made in days rather than negotiated between two companies.
What clean room class do you mold in?
ISO 8, also called class 100000. Molding and assembly both take place inside it, which matters for parts that touch a blood sample or a sterile fluid path.
What tolerance can you hold on the mold?
Mold machining accuracy runs from 0.002 to 0.005 mm depending on the feature. The moulded part tolerance that follows from it depends on the material and the geometry, and we state both in the quotation rather than quoting the mould figure alone.
Are you certified for medical device work?
Certified to both ISO 13485:2016 and ISO 9001:2015, with molding in an ISO 8 clean room. The certificates and the clean room class are stated here so they can be checked before an audit rather than during one.
Send us a drawing and we will tell you what it will cost to tool
Send the 3D data or the drawing with the annual volume and the material. You will get a tooling cost, a sampling schedule and an opinion on anything in the design that will be difficult to mould.