Build Custom Automation Around Your Production Steps & Throughput Goals

Move from manual manufacturing processes to semi- or full custom automation — without disrupting what already works.

Forcing your processes to fit an off-the-shelf machine can prove risky at volume. But over-automating too soon, or in the wrong places, can be just as costly.

Ascential’s custom automation capability is built to strike a balance. We design, build, and validate bespoke automated systems around your product type and program goals, covering everything from discrete multi-part assembly and web handling to joining, coating, vialing, and packaging. Using data-driven analysis of your bottlenecks, our experts can help you invest in automation exactly where it improves quality, capacity, and ROI.

Let’s sit down for a 15-minute strategy call, where we’ll discuss

Where manual steps are creating bottlenecks or inconsistencies
How modular automation can optimize existing processes, improve efficiency, and offer real-time visibility into quality control
What a scalable path from semi-automation to full automation looks like across your exact manufacturing workflows

Comprehensive solutions for medical manufacturers

Product Development

Turn brilliant ideas into regulated reality

Engage early so your product specifications and processes are shaped for automated production from the concept stage.

Advanced Manufacturing

Scale complex
production safely

Transition manual or partially automated lines to full custom systems — with maintenance, training, and validation readiness built in.

Automation

Treat process like its own product

Use data-driven analysis of your bottlenecks to target the right steps to automate for stronger product quality, consistency, and ROI.

7 legacies.
One partner.

Ascential brings together the expertise of seven well-respected, highly specialized firms across engineering, automation, and advanced manufacturing. United, we help the world’s leading medical device and life sciences companies solve their most critical manufacturing and design challenges.