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Microfluidic Chip Mold Insert
Science, Medical & Anatomy
Lab equipment
Microfluidics
Lab On A Chip
Mold Insert
3d_printing
Prototyping
Scientific Equipment
3D Printing
Product Design
Education & Training
Game Development
Precise 3D model of a microfluidic chip mold insert, simulating complex channel networks for scientific research and prototyping.
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Preview can be downloaded for free. Full quality is available after registration for 1 credit.
Preview is free. Full quality requires registration and 1 credit.
Microfluidic Chip Mold Insert
3D model of a gray metal microfluidic chip mold insert with spiral channel
Model details
- Subcategory Lab equipment
- Access Free download
Description
Overview and production context
Introducing a high-precision 3D model of a mold insert designed for creating microfluidic chips. The model accurately replicates two sequential sections: a 500 µm wide spiral channel with three inlet ports and a straight linear channel connected to the spiral's outlet. The microchannel network features sharp edges and mirror-like polishing for high-quality imprints. The model includes a side gate for simplified casting. This object is ideal for engineers, researchers, and developers in microfluidics and lab-on-a-chip technology.
How to use this model
Use cases, fit and pre-production checks
This 3D model is perfect for 3D printing, enabling the creation of actual mold inserts. It's recommended to print at a 1:1 scale using materials resistant to high temperatures and chemicals, such as ABS or PETG, with support for overhangs. Post-processing may be required for maximum detail and surface smoothness. The model can also serve as an educational visual aid, demonstrating microfluidic device principles, or as a component in sci-fi visualizations and games requiring realistic scientific equipment representations.
For use in games or AR/VR, the model can be optimized for lower polygon counts without losing key details. It's excellent for scientific lab simulators, educational apps, or as an interactive element in virtual exhibitions. When displayed as an interior decor piece, the model can be printed at an enlarged scale and placed on a shelf or desk, highlighting an interest in advanced technology and scientific research.
FAQ
Answers for this exact model page
What are the dimensions and detail level of the microchannels in this model?
The model accurately replicates microchannels with a 500 µm width, including a spiral section with three inlet ports and a linear section. The detail level meets engineering requirements for microfluidic devices.
What materials are recommended for 3D printing this mold insert?
For 3D printing, materials resistant to high temperatures and chemicals, such as ABS, PETG, or specialized resins for precision casting, are recommended. Ensuring good layer adhesion and minimal shrinkage is important.
Can this model be used to create actual microfluidic chips?
Yes, this model is intended for use as a mold insert. After 3D printing and appropriate post-processing (e.g., polishing), it can be used for casting polymer microfluidic chips.
What design features make this model unique for research?
The model's uniqueness lies in its precise replication of complex microchannel geometry, including the spiral structure and separate inlet ports, as well as its simulation of mirror-like polishing and sharp edges, which are critical for microfluidic device functionality.
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