Category
Luer Fittings And Connectors
Molded luer locks, slip adapters, caps and stopcocks that mate reliably with standard syringes and tubing sets.
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Precision Injection Molding For Medical Device Makers
Tooling and clean room molding for disposable diagnostic and delivery components, built in Shenzhen since 2007 under ISO 13485:2016.
Class 100000 Clean Room Molding Under One Roof
Molds cut to 0.002 mm and parts molded in an ISO 8 clean room, so tooling tolerance survives all the way to the packed carton.
From Mold Design To Validated Volume Production
Four in-house divisions and 260 people take a medical component from 3D data through tooling, sampling and molded volume without outside subcontracting.
A 16000 Square Metre Molding Plant In Shenzhen
One site holding high precision tooling, large scale mold processing, automated molding and clean room assembly for medical and automotive customers.
What We Make And Who For
A Mold Shop And A Molder In The Same Building
We mold small disposable plastic components for medical devices: luer fittings and stopcocks, reaction cups and specimen containers, blood separation parts, transfer pipettes, syringe and catheter components, and single use surgical handles. We cut the molds for them ourselves.
Who We Serve
IVD instrument makers, disposable device brands, ophthalmic and dental device companies, and contract manufacturers who need a molder that can also build the tool. Our automotive and home appliance divisions serve tier suppliers with the same equipment base.
What Problem We Solve
Most buyers of small medical parts are juggling one supplier for the tool and another for the molding, and losing weeks every time a dimension drifts. We hold the tool, the molding process and the clean room in one plant, so a correction is a machine booking rather than a shipment and a negotiation.
Why Customers Choose Us
In business since 2007, 260 people across four divisions, mold machining accuracy of 0.002 to 0.005 mm, 350 to 400 mold sets built per year, ISO 8 clean room molding, and certification to both ISO 9001:2015 and ISO 13485:2016.
Where We Are
One site in Maozhouhe Industrial Zone, Songgang Street, Baoan District, Shenzhen, holding high precision tooling, large scale mold processing, automated molding and clean room production.
2007Founded
16000 m2Plant Area
260 peopleTeam
0.002-0.005 mmMold Accuracy
350-400 setsMolds Per Year
ISO 8Clean Room
Product Categories
Six Families Of Molded Medical Components
Every category below is tooled and molded here. Follow one through to see the full component list, the problems it solves and the questions buyers ask about it.
Category
Diagnostic Consumables
Reaction cups, specimen containers, centrifuge tubes and closures for analysers and laboratory workflows.
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Category
Blood Separation Components
Molded separator bodies, discs and collection parts for blood handling and sample preparation devices.
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Category
Transfer Pipettes And Droppers
Single use pipettes, droppers and graduated transfer parts molded for consistent draw and drop volume.
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Category
Syringe And Catheter Components
Molded barrels, hubs, wings and housings for syringes, IV catheters and infusion devices.
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Category
Surgical And Specialty Devices
Single use handles, biopsy instrument bodies, dental trays and ophthalmic device components.
Browse Category →Component Catalogue
Components We Mold Every Week
Twenty three molded components across six families, each with its own tooling, sampling record and clean room packing format.
Luer Fittings And Connectors
Luer Connectors And Tips
A family of molded luer connectors, clamps and tips for fluid lines in infusion, sampling and instrument plumbing.
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Luer Fittings And Connectors
Luer Lock Caps
Small molded luer caps and closures that seal an open port between procedures.
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Luer Fittings And Connectors
Female Luer Caps
Female luer closures and seals molded for ports that have to open and close repeatedly without losing their seal.
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Luer Fittings And Connectors
Three Way Stopcock Components
Molded stopcock bodies, handles and caps for three way fluid control on infusion and sampling lines.
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Luer Fittings And Connectors
Colour Coded Luer Connectors
Colour coded luer connectors and tee pieces used where a line has to be identified at a glance.
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Luer Fittings And Connectors
Micro Luer Fittings
Very small molded fittings and adapters for compact fluidic assemblies where a standard luer body will not physically fit.
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Luer Fittings And Connectors
Luer Slip Adapters
Slip fit luer adapters and transition pieces that join a syringe or a line to a component with a different interface.
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Diagnostic Consumables
Reaction Cup
Molded reaction cups for automated analysers, where the optical path runs through the wall and a thickness variation reads as a result error.
View Component →Diagnostic Consumables
Specimen Containers
Graduated specimen containers with printed scales and biohazard marking, molded for collection and transport of clinical samples.
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Diagnostic Consumables
Centrifuge Tubes
Molded centrifuge tubes and closures for sample preparation, where the part has to hold its shape under spin load and still seal afterwards.
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Diagnostic Consumables
Sample Tube Assemblies
Multi part sample tube assemblies combining a tube, an insert and a closure.
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Diagnostic Consumables
Vial Caps And Seals
Small molded caps and seals for vials and sample tubes.
View Component →Blood Separation Components
Blood Separator
Molded blood separator bodies, discs and internals, carried over from the original product catalogue.
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Blood Separation Components
Blood Collection Components
Molded holders, hubs and transfer parts used around blood collection.
View Component →Transfer Pipettes And Droppers
Transfer Pipettes
Single use transfer pipettes molded for consistent draw and release.
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Transfer Pipettes And Droppers
Dropper Pipettes
Molded dropper pipettes for controlled drop by drop delivery.
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Transfer Pipettes And Droppers
Graduated Droppers
Droppers and transfer tubes with moulded graduation detail, for protocols where the user has to see how much was drawn.
View Component →Syringe And Catheter Components
Disposable Syringe Components
Molded barrels, plungers, flanges and colour coded syringe parts for single use delivery devices.
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Syringe And Catheter Components
IV Catheter Components
Molded hubs, wings and housings for intravenous catheters, shown here coming off the production line.
View Component →Surgical And Specialty Devices
Biopsy Needle Handles
Molded handles and grip bodies for biopsy and sampling instruments, assembled onto steel shafts.
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Surgical And Specialty Devices
Dental Impression Trays
Molded single use impression trays with a perforated arch, used to carry impression material in the mouth.
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Surgical And Specialty Devices
Disposable Instrument Handles
Colour coded handles for single use instruments, molded around a metal working end.
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Surgical And Specialty Devices
Ophthalmic Booster
An ophthalmic delivery component carried over from the original product catalogue, molded as a body and cap assembly.
View Component →Who We Serve
Industries That Bring Us Their Hardest Tooling
Industry
IVD And Diagnostics
Analyser consumables and sample handling parts where a moulding variation becomes a result variation.
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Industry
Medical Device OEM
Single use delivery and access devices where the tool, not the moulding machine, decides whether the device works.
See Applications →Industry
Ophthalmic And Dental
Specialty single use devices in small volumes, with geometry that a general molder will usually simplify until it no longer works.
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Industry
Automotive And Appliance
The divisions that gave us our volume discipline: automotive and white goods tooling running on the same equipment base as our medical work.
See Applications →What Problem We Solve
Where Small Part Programs Usually Go Wrong
These are the three failures we see most often when a buyer comes to us from another supply chain, and each one has the same root cause.
The Tool Lives Somewhere Else
When the mold sits with one company and the molding machine with another, every dimensional correction turns into a shipment, a quotation and three weeks. Holding both on one site makes it a machine booking.
Nobody Owns The Assembly Fit
Split an assembly across molders and each part passes its own inspection while the assembly still fails. We prefer to hold every cavity of an assembly so the tolerance stack has one owner.
Records Stop At The Carton
A shipment that cannot be traced back to a cavity cannot be investigated. Our ERP system records the lot, the tool and the machine behind every delivery.
Solutions
How A Program Runs From First Drawing To Steady Production
Solution
Medical Mold Development
From your 3D part data to a sampled, released production tool, without the part leaving our site.
See The Stages →
Solution
Clean Room Injection Molding
ISO 8 clean room molding and packing for parts that touch a sample, a drug or a patient.
See The Stages →Solution
Two Shot And Coating Molds
Complex tooling for parts that combine two materials or need a moulded in surface treatment.
See The Stages →Solution
Prototype To Volume
Getting from a first sampled part to a repeatable production lot without changing supplier halfway.
See The Stages →Case Studies
Projects We Can Describe
Three projects documented from our own records. Where a customer is not named it is because we have no permission to name them, not because the project is invented.
Case Study
Water Tightness Validation On A Container And Closure Pair
A container and a closure can each pass dimensional inspection and still leak together, because the seal is a property of the pair and not of either part alone.
Read The Case →Case Study
Tooling A Multi Part Blood Separator
Thin clear sections warp as they cool, and a separator has to stay both dimensionally stable and optically clear across every cavity of every part in the assembly.
Read The Case →Case Study
A Five Year Investment Plan With A Vehicle Manufacturer
Supporting an automotive program meant adding equipment and capacity faster than a mold shop normally grows, while keeping the precision standards our medical work depends on.
Read The Case →Trust Center
Inside The Plant
Photographs from our own site rather than stock images. Each one is captioned with what it actually shows.
Equipment On Site
GF five axis machines for complex surface processing High speed machining centres for high precision detail Makino and GF spark erosion machines for fine cavity features.
Quality Control Flow
Mold design review before steel is cut Cavity by cavity sampling at tool release In process dimensional checks through the production shift.
Knowledge Center
Guides Written For Engineers Not For Search Engines
Buying Guide
How To Choose A Medical Injection Molding Partner
The questions that actually predict whether a medical molding program will run smoothly, and the ones that only sound impressive.
Read More →Process Guide
Clean Room Molding For Diagnostic Consumables
What an ISO 8 molding environment does and does not do for an analyser consumable, and where the real risks sit.
Read More →Process Guide
Tooling Accuracy And Why It Matters More Than Machine Specs
Why 0.002 mm on mold steel tells you more about a molder than the tonnage list on their homepage.
Read More →Questions Buyers Ask
Questions We Are Asked Before A First Order
Do you build molds as well as mold parts?
Yes. Mold design, steel machining, EDM, sampling and volume molding all happen at our Shenzhen site, across four divisions and 260 people.
Are you certified for medical work?
We hold ISO 9001:2015 and ISO 13485:2016, and our certificate records also show EN ISO 13485:2016.
Do you supply sterile components?
No. Parts are molded and packed in an ISO 8 clean room and ship non sterile, so sterilisation stays with your validated process.
What tolerance can you hold?
Mold machining accuracy is 0.002 to 0.005 mm on ground surfaces, with medical and plug in mold work controlled at 0.002 mm. Part tolerance is confirmed against your drawing rather than quoted as a blanket figure.
How large a mold can you build?
Up to 5 tonnes and 1000 x 800 x 700 mm in our precision mold department, which builds 350 to 400 mold sets a year.
How do I start a project?
Email your 3D data and annual forecast to [email protected], or call +86 150 1404 0012. We reply with a feasibility review rather than a price alone.
Send Us A Drawing And We Will Tell You What It Will Cost To Tool
Email your 3D data with an annual forecast and we will come back with a feasibility review, a cavitation proposal and an honest view of anything in the design that will cause trouble in steel.