The capacity problem

Biomanufacturing is expensive to build.

Promising protein programs can reach a point where new capacity requires a large, fixed facility, years before demand is fully known.

Large fixed facilityCapital committed earlyDemand still developing

Where progress slows

Capital becomes the bottleneck.

When manufacturing begins with a major construction decision, financing and scale-up become inseparable. New sites become difficult to fund and leave little room to learn.

01Capacity planned far ahead
02Infrastructure that is difficult to resize
03Capital committed before demand is proven
Conventional bioprocess equipment
Asterix disposable bioreactor units

The Asterix answer

Replace the facility with modular units.

Asterix grows plant cells in disposable plastic bioreactor units. Capacity is added by repeating proven units, not by building one enormous stainless-steel facility.

Scale by repetition

Start with the capacity you need.

Deploy a smaller production footprint, validate demand, then expand by adding units. Manufacturing capacity grows alongside the market.

1Develop the process
4Launch initial production
16Expand with demand
+Keep scaling by repetition

Biology that performs

Complex proteins, practical production.

Plant cells provide eukaryotic protein folding and post-translational processing. The platform is designed around functional quality, not expression yield alone.

Complex protein structure

From target to production

A development path built for scale-out.

We can join at any stage, from identifying the right protein target to developing a process that performs on the Asterix platform.

01Define the target
02Design the cell line
03Develop the process
04Scale by adding units
Have a protein in mind?