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Micro manufacturing

Micro manufacturing is achieved by using the latest in 3D printing technology to create micro-manufactured parts.

Applications
Micro manufacturing is achieved by using the latest in 3D printing technology to create micro-manufactured parts.

This means they can create very intricate and detailed features with a high level of accuracy in batch volumes. The process is known as additive manufacturing, or '3D printing', where material is laid down in layers under computer control to form a three dimensional object which is built up from successive thin slices of material.

Micro-mechanical Applications
  • Micro connectors
  • 3D channels
  • Gears
  • Valves
  • Sensors
  • Jigs

Capable of printing large volumes quickly

Micro manufacturing large batch quantities with high precision and detailed characteristics in a short period of time. High-quality, fine-featured components are created at a quality and production level never previously reached without the need for costly tooling.

Micro assemblies and miniaturised gadgets for the smallest designs and components are currently being manufactured at a faster rate than ever before.

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High precision for maintaining tight tolerances

Engineers are creating micro-manufactured items utilising the most advanced 3D printing technology. This ensures they can produce very intricate and precise features while maintaining a high level of precision.

IPFL 3D printing’s high-resolution micro manufacturing creates components at a greater resolution than any other for production components that rely on reliably reproducible and precise outcomes.

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Do you have bespoke project requirements?

Our design team can tailor our solutions to your needs.

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Frequently asked questions
 on medical applications

What industries do Micro3D Solutions specialise in?
ANSWER

Our Micro3D printing solutions cater to various industries, including healthcare, electronics, automotive, and aerospace, providing precision components for a wide range of applications. We are committed to meeting the unique challenges of each industry while pushing the boundaries of what's possible in micro fabrication.

How do you ensure quality and precision in your printing?

ANSWER

We specialise in bespoke automation solutions for the food and pharmaceutical industries. Our solutions are crafted with over 30 years of industry experience, guaranteeing high quality and efficient automation processes read to propel your production lines.

What is Micro3D printing, and how does it differ from traditional 3D printing?

ANSWER

We specialise in bespoke automation solutions for the food and pharmaceutical industries. Our solutions are crafted with over 30 years of industry experience, guaranteeing high quality and efficient automation processes read to propel your production lines.

What is the typical turnaround time for Micro3D printing projects

ANSWER

We specialise in bespoke automation solutions for the food and pharmaceutical industries. Our solutions are crafted with over 30 years of industry experience, guaranteeing high quality and efficient automation processes read to propel your production lines.

Do you provide design support and optimization services for Micro3D printing?

ANSWER

We specialise in bespoke automation solutions for the food and pharmaceutical industries. Our solutions are crafted with over 30 years of industry experience, guaranteeing high quality and efficient automation processes read to propel your production lines.

More applications that may
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Micro3D Printing

IPFL's micro3D manufacturing specialises in very precise micro-manufacturin

Microfluidics

High-performance materials and high-resolution microfluidic manufacturing t

Electronics

Electronics miniaturisation has emerged as the next generation of technolog

Pharmaceutical

Pharmaceutical components can be miniaturised and 3D printed.

Medical

3D printing may be used to create prototypes that improve patient care