IPFL - Bespoke Plastic Parts

22/10/2026

Clear SLA parts don’t come out of the printer looking like this.

The print is only the first step.

Washing, UV curing, cleaning and finishing all play a big part in getting the final surface smooth and clear.

It’s the post-processing that really brings the part to life.

06/10/2026

Not everything NEEDS to be 3D Printed.

The right manufacturing process depends entirely on what the part is. What material is needed, the tolerances and how the component is used once it’s finished.

As well as 3D printing, we CNC machine and fabricate precision plastic components, including diffusion-bonded manifolds with internal channels and fluid paths.

Sometimes machining will work best, sometime fabrication does. The important factor is choosing the best suited process for that application.

24/09/2026

When conventional 3D printing reaches its limits, going smaller requires a different approach.

Micro 3D printing makes it possible to manufacture tiny components with intricate features and complex geometries that would be difficult to achieve using standard additive manufacturing processes.

At IPFL, we use BMF PµSL technology here in the UK to produce micro-scale components for applications including microfluidics, medical devices, electronics, sensors and precision engineering.

Small parts. Microscopic features. Completely different manufacturing possibilities.

22/09/2026

This is micro 3D printing. 🔬

A manufacturing process for incredibly small, highly detailed plastic components directly from CAD.

At IPFL, we use micro 3D printing here in the UK for applications including microfluidics, medical devices, electronics, sensors and precision engineering.

As products get smaller, the components inside them need to get smaller too.

What would you make this small?

31/05/2026

Micro 3D printed microfluidics in clear material.

This transparent microfluidic chip features 200 µm channels, produced using BMF high-resolution micro 3D printing at 10 µm resolution with a 10 µm layer height.
At this scale, clarity matters.

Clear material allows engineers and researchers to observe flow behaviour, inspect channel quality, identify bubbles, and develop microfluidic devices where optical access is essential.

Applications include lab-on-a-chip development, diagnostics, life sciences, medical device prototyping, and other micro-scale fluidic systems.

We’re now exploring this material across BMF’s 2 µm, 10 µm, and 25 µm platforms for future high-resolution applications.

Micro 3D printed. Transparent. Built for precision.

13/01/2026

See the precision and intricacy that can be achieved with IPFL micro 3D printing services usings BMF's PµSL technology.

Electronic, medical, and mechanical components continue to miniaturise, and conventional manufacturing quickly runs into limits. Features become unreliable, ...

07/09/2023

Exploring efficient solutions for small batch production?
Consider HP 3D printing with IPFL. Boasting speed, cost-effectiveness, precision, and adaptability, it's no wonder businesses are turning to this innovative method.
Discover the future of manufacturing.

READ ON> /www.ipfl.co.uk/news/the-advantages-of-hp-mjf-3d-printing-for-small-batch-production/

HP 3D printing with IPFL offers several advantages for small batch production, including speed and efficiency, cost savings, high quality and accuracy, and flexibility and versatility

11/08/2023

IPFL are excited to celebrate a 20 year milestone of our additive manufacturing services. This is another marker in our 54 year heritage for providing quality bespoke plastic parts.

IPFL’s versatile range of technology offers a comprehensive 3D printing and CNC machining service. A diverse selection of processes cater for wide-ranging industries, specific to their needs and applications.

https://www.ipfl.co.uk/news/ipfl-celebrates-20-years-of-providing-high-quality-3d-printing-services/

08/08/2023

Microfluidics in 3D printing represents a major step forward in the evolution of this technology. With its ability to increase speed, quality, and efficiency, it’s no wonder that many industry experts believe that microfluidics will become the norm in 3D printing in the near future...READ ON>

https://www.ipfl.co.uk/news/microfludics_in_3d_printing/

03/08/2023

We are excited to announce the incorporation of the Kimla BPF CNC Router into IPFL's operations. The Kimla CNC Router provides unparalleled precision and efficiency, enabling us to deliver high-quality plastic fabrications at an accelerated pace.
The router's touch probe enhances accuracy, while its high-performance linear drives ensure consistent, smooth operations, leading to an overall transformation in our production processes.
At IPFL, we believe in leveraging innovative technology to stay at the forefront of our industry. The adoption of the Kimla BPF CNC Router underscores our commitment to delivering superior quality while continuously improving our operational efficiency.

The Kimla BPF CNC Router is renowned for its smooth motion and linear drive, enabling IPFL to deliver parts with an exceptional surface finish that often does not require any post-processing.