AdeptAg Pot Forks

AdeptAg Tray Forks significantly reduces the labor required to move plant trays around a greenhouse or nursery. When used in combination with production and/or shipping Buffer Belt Systems, Tray Forks can dramatically reduce a grower’s total labor used for material handling.

Hundreds of plants are moved at a time utilizing one person instead of the double handling that occurs when they are moved onto carts/wagons and off again by hand. Tray Forks are engineered to fit on the Prins Maasdijk Trike, Electro, Boxer, and other traditional forklifts. Each fork is custom-designed based on the trays, wagon size, and greenhouse/nursery layout. The rugged mast will handle over 2000 pounds. Forks tines are adjustable to the width of your trays. The inverted “T” shaped tine allows for picking up low-profile trays.

The Prins Maasdijk Electro Forklift is a four-wheel electric version of the rough-terrain forklift for applications seeking to eliminate exhaust fumes. To attain extra traction in rough conditions, this machine has a special low gear inside the automatic transmission. The Electro comes standard with a driver protection cage.

The Prins Maasdijk Electro with forks has increased pot and tray handling efficiencies in many greenhouses & nurseries. The reduced manual handling of pots and trays has improved overall human fatigue and safety through reduced lifting and turning.

BURRO Grande is a heavy-duty, indoor/outdoor collaborative robot, designed to help laborers work more productively. To date, Grande has primarily been deployed in towing applications for nursery and greenhouse customers. However, Grande is well-suited for countless other carrying and towing applications.

No matter how complex Grande may be under the hood, we know that it must be practical,
durable, and easy-to-use.

How the Burro Grande works

Burros use 24 sensors, including cameras, Lidar, and high-precision GPS, to navigate indoors and outdoors. Burros can run on “digital train tracks” through complex settings, all day long, even if GPS is not available. They use AI to understand their surroundings and safely travel through tall weeds and branches, and stopping for real obstacles and people.