Walk-in rooms designed around a specific research task, with programmable temperature, humidity, lighting and airflow, plus optional irrigation, CO2 and imaging systems.
A plant growth or research room is an insulated walk-in facility that holds a defined climate for a large number of plants. Each type is set up for one job: germinating seed, raising seedlings, speeding up breeding cycles, simulating heat, frost or drought, rearing insects, culturing plant tissue, studying pathogens, vernalising crops, running a vertical plant factory or conserving germplasm. Universities, agricultural research centres, breeding companies, gene banks and government agencies in Saudi Arabia rely on these rooms for work that outdoor fields cannot deliver consistently, especially under the Kingdom's hot, dry climate. EnmaTech supplies, installs and supports the rooms and helps define the layout and building systems.
A general walk-in room for growing whole plants at controlled temperature, humidity and light. It is well suited to physiology experiments, variety evaluation, pot trials and teaching, where many plants need uniform conditions that can be reproduced season after season.
A dedicated room for germination tests and seed vigour studies at a larger scale than a cabinet incubator allows. Seed laboratories, gene banks and breeding programmes run many replicates here at steady temperature and humidity, with moderate light for species that need it to germinate.
This room shortens the interval between generations through long photoperiods, high light intensity and optimised temperature. Breeders use it to take wheat, barley, legumes and other crops through several generations each year, speeding up line fixation and variety release.
A nursery room that produces uniform, healthy seedlings and transplants under controlled conditions. It serves vegetable and fruit nurseries, forestry and afforestation projects and research teams that need consistent planting material regardless of outdoor heat or cold.
A room for rearing insects and studying their biology at set temperature, humidity and photoperiod. Entomology laboratories use it to keep colonies of pests and beneficial species, mass-produce natural enemies for biological control and test pest behaviour and development.
This room recreates extreme conditions, from hard frost to intense heat, so researchers can measure how crops cope with abiotic stress. It supports screening for heat, cold and drought tolerance, a key need when breeding varieties for harsh and changing climates such as Saudi Arabia's.
A flexible climate room with wide temperature ranges, humidity up to saturation and strong lighting. It fits institutions that run different experiments one after another, such as climate simulation, plant–environment interaction studies and trials that mimic conditions in other regions.
A clean growth room for in-vitro cultures of plant cells, tissues and plantlets held in jars and tubes. Micropropagation laboratories and research centres use it to multiply disease-free planting material, conserve rare species and support date palm, banana and potato propagation.
A cold room that gives certain crops the chilling period they need before flowering, and applies controlled cold treatment to seed, bulbs and planting material. It supports research on winter cereals, temperate fruit, bulbs and vegetables, as well as pre-treatment ahead of planting or trials.
A room for investigating plant diseases under controlled conditions, including the high humidity that encourages infection. Plant pathology and protection laboratories use it to inoculate plants, screen varieties for resistance and evaluate fungicides and biological control agents.
A multi-tier indoor farm that grows leafy greens, herbs, seedlings and research crops under artificial light without soil. It suits demonstration farms, universities and food security projects in arid regions like Saudi Arabia, producing all year while using water and space efficiently.
A cold, dry store that keeps seed collections and genetic resources viable over the long term. Gene banks, breeding programmes and national biodiversity bodies use it to maintain base and active collections for many years, protecting local varieties and wild relatives.
Every parameter can be tailored to your research programme.
A carbon steel shell built to size, with stainless steel panels and a polyurethane insulation core, isolates the room from outside temperature and humidity changes and offers high flame retardancy and compressive strength.
Corrosion-resistant racks and plant trays sized to the room, with adjustable shelf heights and separately adjustable lighting on each shelf. A mobile platform makes phenotyping and plant handling easier.
Light levels from 0 to 100,000 lux from suspended high-intensity LED grow lights, flat grow panels or custom light sources, with multispectral tuning so the spectrum matches each crop and growth stage.
Temperature control from 5 to 40 °C, with cooling available down to −20 °C, and humidity from 50 to 95 % RH. Stability is ±1 °C and ±7–10 % RH, with 0 to 99 programmable cycles.
Internal circulation, ducted airflow, rack air ports and air curtains between zones spread temperature, humidity and air evenly, eliminating micro-climate differences between growing areas.
Optional automatic irrigation and nutrient mixing for hydroponic, aeroponic and substrate cultivation, with online pH and EC monitoring of the nutrient solution and real-time solution preparation.
Optional AI-assisted RGB or multispectral imaging follows seed germination, seedling growth, leaf colour and chlorophyll, plant shape and stress responses without damaging plants, across treatments and genotypes.
Controlled fresh air exchange regulates the room's CO2 level, with air drawn in at the bottom and exhausted at the top for efficient airflow and steady gas conditions throughout experiments.
A PLC controller with a PC interface brings every system onto one platform, offering programmable climate settings, remote access and control, automatic alerts, power and surge protection, research data management and round-the-clock operation.
Internal circulation, ducted airflow and rack ports keep temperature and humidity consistent on every shelf, so a plant's position does not skew the results.
Temperature, humidity and light follow programmed cycles, so researchers can recreate day-night patterns, seasons or stress events and repeat them precisely in later trials.
Optional imaging records germination, seedling growth, leaf colour and plant structure without harming plants, giving objective, time-stamped measurements across treatments and genotypes.
Round-the-clock operation, automatic alerts, remote access and power protection keep plants and stored material safe through nights, weekends, holidays and power disturbances.
Send us your crops, protocols, target climate ranges and floor plan. EnmaTech will recommend the right room type and systems and prepare a quotation.