Contact Info

  • North Industrial Park, Huangyan, Taizhou, China. 318020
  • miconmould@gmail.com
  • +86 15306761345

In the laboratory disposable plastic products are relatively common applications,such as test tube, petri dish, measuring cup,centrifuge tubes etc. Micon Mould has many years of experience in pharmaceutical laboratory (consumables) mold manufacturing.

Test tubes, petri dishes and colorimetric cup are mostly made of PS plastics and those items have high concentricity requirments. As we know PS material products can easily get scratches, so it needs supreme grade polishing. Micon Mould uses mirror steel and has artificial polishing to ensure high polish and reduce the scratches.

As for medical mold(consumables), the mould dimension should be controlled in precision. For such product, we always use high speed milling machine and some other high precision tooling machine to tool it, the dimension tolerance controlled in 0.02mm.

To make a high quality medical mold(disposable), we need choose the suitable steel material for the medical mold. The common steels we apply into the medical molds are S136, NAK80, H13, with HRC 45-50. Then the molds can have a mold life from 3 million shots or running for 3-5 years continuously.

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Medical Mold Manufacturer

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FAQs About Medical Molds

Medical molds are specialized, high-precision tools used in injection molding to produce sterile, biocompatible plastic components or laboratory consumables for the healthcare industry. These molds create complex, durable medical devices—such as syringes, surgical tools, and implants.
The process starts by evaluating and analyzing samples and requirements provided by the client. After confirming the desired product form, mold drawings are created, followed by mold flow analysis. Before manufacturing, various departments in the company discuss product and mold design. After that, the process includes purchasing materials, rough and finish machining, assembling the mold, trial molding, and inspecting the product's compliance.
As technology advances and medical standards become more stringent, the role of these molds becomes increasingly influential in meeting the demands of the healthcare industry. Chemical resistance and biocompatibility; precision manufacturing; efficient production; customization capability;