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ReelReactor

1 viewer · 30d

Total raised

$500K

+$500K this year

1 filing since 2026 · latest Other filed

Cumulative raised
LAST ROUND
Other · $500K
ROUNDS
1
INVESTORS
1
FOUNDED
2022
HQ
Star, ID
SECTOR
Biotech
EMPLOYEES
N/A
30D VIEWERS
1

AI overview

Updated

ReelReactor, Inc. develops a continuous micro-batch reactor for manufacturing biologics and chemicals. Its device uses a sterile single-use consumable made of tubing helically wound around a rotating drum; rollers compress the tubing against the drum to divide it into a procession of isolated micro-batches that advance by peristaltic motion under constant mixing. The company positions this as a replacement for conventional large-batch manufacturing, giving every unit of output the same formulation and the same reaction time. Founded by mechanical engineer Michael Gordon, the company is based outside Boise, Idaho, and holds issued US patents on the bioreactor arrangement and continuous biopolymer production process.

What sets it apart

Segments reactions into discrete micro-batches mechanically, without carrier fluids or immiscible phases, so residence time and reaction conditions stay uniform across the whole run; throughput scales by changing tubing diameter or loop count rather than by scaling up vessel size.

Funding history

1 round
OtherMay 5, 2026 · $500K min
Form D
+$500K$500K total

Latest SEC filings

via EDGAR · CIK 0001964579
Form D · May 5, 2026View on EDGAR

Products

1 tracked

ReelReactor

Bioprocessing instrument

A continuous micro-batch reactor built around a rotating cylindrical consumable with helically wound tubing. Rollers press the tubing against the drum to isolate a series of micro-batches, which advance peristaltically while being continuously mixed, producing a steady stream of product with identical formulation and reaction time.

  • Mechanical segmentation into micro-batches without carrier or immiscible fluids
  • Constant toroidal mixing that holds residence time and conditions uniform
  • Sterile single-use consumables suited to both biological and chemical processes
  • Tubing and wetted materials selectable for biocompatibility or chemical resistance