ADDITIVE POST-MACHINING

Your partner of choice for machining critical Metal 3D printed parts.

We know that it is challenging to find quality suppliers willing to take on machining printed metal parts. Our deep understanding of additive manufacturing and expertise in machining complex parts make us an ideal partner in your supply chain.

WE KNOW BOTH SIDES.

We have expert machinists and additive manufacturing engineers on the same campus...

and they organized under one manager for each project, ensuring additive and subtractive engineers talk DIRECTLY to each other, not across teams. We will machine your printed parts even if we didn't print them. However, if you do choose to print with us, you can be sure that both processes will be completely symbiotic.

OUR TECHNICAL ADVANTAGES

1. Complexity doesn't scare us - tight tolerances and organic geometry is nothing new.

2. We are used to difficult materials. Most printed parts machined at Rennscot are Inconel or Titanium.

3. We've built additive part machining processes to reduce scrap and improve yield.

We speak additive.
From working with your engineers to designing the as-printed part, to providing DFAM feedback, we support you before the machining even starts. Read about a specific example here under "Hybrid Part Spotlight"

BLOG POSTS

4. OUR EXPERIENCE

AEROSPACE

Every month we return dozens of critical rocket engine components to the worlds most innovative rocket manufacturers.

SEMI-CONDUCTOR

Semiconductor machines around the world are fielded with additive parts we printed and machined.

DEFENSE

Rennscot MFG is proud to have machined additive parts that were feilded directly onto a US Navy warship.

ADDITIVE POST-MACHINING

WE KNOW BOTH SIDES.

1.

Complexity doesn't scare us - tight tolerances and organic geometry is nothing new.

2.

We are used to difficult materials. Most printed parts machined at Rennscot are Inconel or Titanium.

3.

We've built additive part machining processes to reduce scrap and improve yield.

We speak additive. From working with your engineers to designing the as-printed part, to providing DFAM feedback, we support you before the machining even starts. Read about a specific example here under "Hybrid Part Spotlight"

4.

OUR EXPERIENCE

We speak additive.
From working with your engineers to designing the as-printed part, to providing DFAM feedback, we support you before the machining even starts. Read about a specific example here under "Hybrid Part Spotlight"