Precision Injection Molding Technology

Precision injection molds for medical diagnostic devices including microfluidic chips, quantitative pipette tips, gold standard card shells, cuvettes, and 96-well plates. Manufactured through integrated design and production processes with ISO 13485 and ISO 9000 certification, supporting IVD and laboratory equipment manufacturing.

Precision injection molded components for laboratory and diagnostic instrumentation, including connectors, rotary valves, and syringe pump parts. Designed for mass spectrometry systems, chromatography equipment, and fluid delivery applications requiring repeatable accuracy and chemical resistance. Features smooth surfaces, minimal residue, and customizable configurations including threaded, top-drive, and barbed connector types.

Ultra-precision manufacturing services for microfluidic components and biochips. Advanced processing techniques ensure high-quality, reproducible production of complex microfluidic structures.

Precision machinery for manufacturing injection-molded medical components and devices. Capable of producing sterile, high-precision medical parts to specification.

Precision tooling solutions for pharmaceutical device and container manufacturing. These tools support high-precision manufacturing of medical device components.

Precision microfluidic components manufactured through injection moulding for diagnostic and analytical applications. These polymer and elastomer-based devices enable precise fluid control in point-of-care testing, lab-on-chip systems, and in vitro diagnostic platforms. Custom designs support integration into medical devices requiring micro-scale fluid manipulation and mixing.

Precision micro-molded rubber and silicone components for laboratory microfluidic devices and diagnostic test systems requiring exacting dimensional accuracy.

Custom-engineered tooling and fixtures for medical device manufacturing and assembly. Designed and fabricated to precise specifications for high-volume production capabilities.

Precision micromachining capability for fabricating complex medical device components with submicron tolerances. Supports development of minimally invasive surgical instruments.

Injection molded components for in vitro diagnostics and laboratory automation, including microfluidic chips, pipette tips, extraction tubes, gold standard test cassettes, colorimetric cuvettes, and 96-well plates. These components are designed for use in biochemical analyzers, diagnostic test systems, and high-throughput laboratory workflows. The product line supports sample handling, reagent dispensing, and optical detection in clinical and research laboratory settings.