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Microfluidic Chip with Two Mixers
Science, Medical & Anatomy
Lab equipment
Microfluidics
lab equipment
3d Model
3d_printing
science
research
3D Printing
Education & Training
Game Development
3D model of a microfluidic chip with two mixers, designed 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 with Two Mixers
3D model of a microfluidic chip with two mixers on a blue base, featuring gray caps on top elements.
Model details
- Subcategory Lab equipment
- Access Free download
Use cases
Description
Overview and production context
Introducing a detailed 3D model of a microfluidic chip featuring two integrated mixers. This model accurately replicates the complex structure required for precise micro-scale fluid control. The chip base is blue, simulating the substrate on which the black chip body is placed. Two vertical rods with gray caps likely represent input/output ports or mixer control elements. The model is ideal for visualizing scientific concepts, educational purposes, or as a basis for further design.
How to use this model
Use cases, fit and pre-production checks
This 3D microfluidic chip model with two mixers is excellent for 3D printing. Printing at a 1:1 scale is recommended for maximum detail, or at a smaller scale for miniature models. Supports may be needed, especially for vertical rods and caps, depending on model orientation. Materials like PLA or ABS are suitable for a durable, detailed model.
In gaming and VR/AR, this model can serve as a realistic element for lab research simulations, educational apps, or sci-fi scenes. It can demonstrate microfluidics principles interactively, allowing users to explore mixer and fluid flow functions. For display or decor, the model can be placed on a stand or integrated into a diorama depicting a science lab or futuristic device.
FAQ
Answers for this exact model page
What is the purpose of the two mixers on this 3D microfluidic chip model?
The two mixers on the model are for demonstrating or simulating micro-scale fluid mixing processes, a key function of microfluidic devices in scientific research and development.
What materials are best for 3D printing this microfluidic chip model?
Standard materials like PLA or ABS are recommended for good detail and strength. For clearer visualization, consider printing with transparent materials if your printer allows.
Can this model be used for educational purposes in chemistry or biology?
Yes, this model is ideal for education. It can demonstrate microfluidic system principles and visualize fluid mixing and transport processes for students in chemistry, biology, or engineering.
Which model elements are most important for detail during 3D printing?
The most critical elements for detail are the fine components like the chip on its substrate and the input/output ports with mixers. Accurate printing of these ensures model realism and functionality.
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