CETS | Phytotron Growth Chambers for Precision Cultivation

What Makes CETS Technology Superior?

Higher Yields

Produce high volumes of clean, healthy plants from a single tissue plantlet
Year round 70 day cycle time facilitates new or improved variety introduction

Cleaner & Safer Production

Disease-free plants with no fungicides or insecticides required
Stainless steel interior allows thorough sanitation between cycles, eliminating carry-over disease risk

Main Advantages

Uses less water, energy, space, and time to increase profitability
Stem cutting method delivers significant cost savings
No need for greenhouses, screenhouses, or tissue culture lab

CETS Offers

Software-driven environment control for optimal growing conditions
Proprietary nutrient solution and growth enhancers tailored for results
Adaptable system that can be readily modified for a variety of high-value crops
Supported by comprehensive grower training and backed by U.S. and international patents

Plants

Additional Applications

CETS Phytotron technology extends beyond conventional crop production, including potential applications in molecular farming, biopharmaceutical production, and domestic bioindustrial resilience.

Seed companies and plant breeders
Commercial and specialty-crop growers
Agricultural biotechnology companies
Biopharmaceutical and life sciences organizations
Government, defense, and security organizations
Universities and research institutions

EXPLORE APPLICATIONS

Trusted by Growers Since 2004

Originally engineered for seed potato production, this innovative technology has evolved to support the growth of a wide range of high-value crops—including vegetables, fruits, flowers, and trees—unlocking new opportunities across diverse agricultural markets.

“Our potato yields were 400 cwt. per acre this year,” said Latkin. “We have been very pleased with both the yield and quality of our potatoes produced in this manner. The phytotrons and AstroTubers have definitely paid off for us.”

- Evgeniy Latkin