Upside Parts, a Massachusetts-based customized manufacturing firm, launched an evaluation of greater than 30,000 3D-printed elements produced throughout lots of of buyer orders, taking a look at how robotics firms use on-demand 3D printing. Robotics clients accounted for 82.3 % of complete half quantity.
The evaluation comes as robotics manufacturing is increasing throughout the US, rising the necessity for bodily elements at totally different phases of improvement and deployment.
In response to the Affiliation for Advancing Automation, robotic orders in North America reached $622 million in Q2 2026, up 21.3 % 12 months over 12 months in worth.
Almost a 3rd of manufacturing is speed-driven
Upside Components’ knowledge present that 31.5 % of elements have been produced on a rush schedule. Amongst robotics clients, 36.7 % of elements have been rush, in contrast with 7.2 % for {hardware}&different clients.
Roman Arkhangelskiy, founder and managing companion of Upside Components, says: “Robotics groups are about 5 instances extra doubtless to make use of rush manufacturing than different clients, as for them manufacturing velocity can have an effect on the engineering schedule.
“In a way, lead time turns into greater than a buying metric. It decides how shortly a workforce strikes to the following bodily iteration.”
The development aligns with a scientific evaluation of additive manufacturing in spare elements administration, which discovered that additive manufacturing can shorten lead instances by enabling on-demand manufacturing. NIST identifies quicker design iteration and the elimination of tooling lead instances amongst its key manufacturing advantages.
Rush demand continues into bigger batches
The corporate knowledge present that orders above 100 elements accounted for 89 % of the analysed quantity. Round a 3rd of this quantity (32.5 %) was produced on a rush schedule, in contrast with 23.8 % for orders of 100 elements or fewer. This means that the demand for urgency doesn’t fall as order sizes improve.
3D printing strikes past its conventional function in fast prototyping. AMPOWER expects that end-use elements will account for 44 % of polymer additive manufacturing purposes by 2028.
But Upside Components’ knowledge exhibits that quick turnaround stays vital for patrons at the same time as they transfer to bigger manufacturing runs.
Bigger batches nonetheless require materials flexibility
Within the manufacturing combine, 49 % of orders included at the least one materials exterior customary PETG, PLA or ABS. In orders of 101 to 500 elements, no single materials accounted for greater than 27.1 % of quantity.
Arkhangelskiy says: “What stands out is how typically engineers must transcend the most typical plastics. This isn’t a distinct segment requirement restricted to uncommon tasks. It’s a part of routine materials choice, and the identical want exhibits up in manufacturing runs of lots of of elements.”
Customized elements don’t make each aspect of manufacturing distinctive. Nineteen recurring manufacturing combos accounted for 97.4 % of all elements within the dataset. The geometry might change from order to order, however lots of the underlying manufacturing selections are acquainted.
That creates a chance for automation. Repeatable manufacturing paths may be standardized and accelerated, whereas engineers concentrate on uncommon supplies, advanced geometry and different exceptions.
With the worldwide 3D printing market projected to achieve $31.77 billion by 2032, the findings recommend robotics groups use 3D printing for greater than quick prototyping.
They want brief lead instances throughout bigger batches and a spread of fabric necessities. For producers, the following problem will likely be about lowering the time between an accepted order and the beginning of bodily manufacturing.
