PRODUCTS AND SERVICES

Our entire equipment range is developed and manufactured at our own production facility, fully certified, and equipped with centralized digital control.

OUR STRATEGIC DIRECTION: INNOVATIVE AGRICULTURAL TECHNOLOGIES OF THE FUTURE

Our company is built on many years of fundamental research and advanced development in precision plant cultivation. Our investigation of unique nanoparticle-based nutrient formulations has led us to a key scientific conclusion: maximum biological efficiency can be achieved only through an individualized approach to each plant and the complete automation of every process.

This synergistic integration of fundamental science and robotics has opened a new strategic direction for the company: the development of fully automated, closed-loop plant cultivation systems based on high-pressure aeroponics and controlled-environment agriculture (HPA/CEA).

We do not simply manufacture equipment; we create an independent digital ecosystem for managing biological signals.

Key Technological Features of Our Systems

Digital Intelligence: Proprietary software built on flexible PLC-based algorithms manages the entire plant life cycle in real time.
Spectral Modulation: Ultra-precise lighting control using programmable combinations of 16 independently controlled LED spectral bands and 256 intensity levels.
Precision Monitoring: An integrated array of high-precision sensors and actuators automatically maintains critical environmental parameters, including pH, electrical conductivity (EC), dissolved oxygen (DO), temperature, humidity, and atmospheric gas composition.

1. Automated Research Phyto-Laboratories

High-technology, precision-grade chambers and modules designed for controlled seed germination and the cultivation of low-growing crops.

Scalability: The control architecture allows individual modules to be integrated into unified industrial and scientific clusters comprising from 100 to 1,000 units, with each chamber programmed independently.

Applications: An ideal solution for plant-breeding centres, university laboratories, and the R&D divisions of agricultural enterprises.

FROM A SINGLE FG1 RESEARCH BOX TO A SCALABLE RESEARCH PLATFORM

FG1 PHYTO CYBERNETIC SYSTEM

LAGRE FG1 research box provide standardized conditions for studying seed activation, germination, root growth, and early seedling development.

A fully controlled environment, precise delivery of nutrient solutions and continuous monitoring of water parameters ensure high reproducibility of results and scalability of research.

FG1 RESEARCH BOX TECHNICAL SPECIFICATIONS AND FUNCTIONS

A modular automated platform for studying seed germination and early plant development

FG1 RESEARCH BOX

The platform’s core research unit for controlled seed germination and early plant development.

External dimensions: 380 × 280 × 250 mm (W × D × H)
Separate shoot and root zones
Upper LED lighting for the shoot zone
Lower LED lighting for the root zone
Nutrient-solution delivery, drainage
Sensor-based control and parameter monitoring

PROGRAMMABLE CONTROL

The platform’s core research unit for controlled seed germination and early plant development.

Programmable delivery of water and nutrient solutions
Monitoring and control of temperature and water parameters: pH, EC, and DO
Automated dosing and maintenance of target parameters
Independent control of shoot- and root-zone LED lighting
Programmable experimental protocols
Automated data logging

RESEARCH CAPABILITIES

Seed activation and germination studies
Monitoring of root-system development
Studies of early shoot development
Comparison of cultivars and seed lots
Comparison of nutrient formulations, water parameters, and lighting regimes
Development of protocols for different crop species

PLATFORM SCALABILITY

FG1 research box - core research unit

Module - parallel experimental runs

Phase I - 200 automated FG1 research box units

Phase II - planned expansion to 1,500 units

MODULAR ARCHITECTURE

FG1 Research Boxes can be grouped into research modules, enabling experiments to be conducted in parallel under standardized, controlled conditions.

Standardized conditions for comparable and reproducible research

2. Intelligent Dosing and Control Units

AUTOMATED CONTROL OF NUTRIENT SOLUTION PARAMETERS

Professional automated systems based on industrial controllers for the continuous measurement and adjustment of nutrient-solution parameters.

Controlled Parameters: Precise maintenance of acidity (pH), electrical conductivity (EC), and dissolved oxygen (DO) concentration.

Reliability: Equipped with fast-response valves and chemically resistant sensors for reliable operation in aggressive process environments.

WIRELESS SENSOR NETWORK

SYSTEM FUNCTIONS

Automated nutrient-solution dosing
Target control of pH, EC, and ORP
Solution and air parameter monitoring

Mobile-app monitoring and control
Nutrient, water, and labor savings
Quick setup and reliable connectivity

KEY BENEFITS

WIRELESS ROUTER-CONTROLLER

WI-FI AND BLE MESH GATEWAY WITH LOCAL DATA STORAGE

WIRELESS SENSOR NETWORK

4-20mA / SENSOR INPUT

RS-485 / DEVICE BUS

WATER METER

EQUIPMENT CONTROL

RELIABLE OPERATION AND LOCAL DATA STORAGE EVEN WITHOUT INTERNET ACCESS

UP TO 48
DEVICES

UP TO 500 M
BLE MESH RANGE

UP TO 50 M
WI-FI RANGE

SELF-HEALING BLE MESH NETWORK

REAL-TIME MONITORING AND ALERTS

UP TO 90% LESS WIRING

RAPID MULTI-SITE EXPANSION

WIRELESS SENSORS - BLE MESH - GATEWAY - WI-FI / WEB ACCESS

3. Robotic Conveyor Systems - Vertical and Horizontal

Proprietary industrial conveyor systems designed for the high-density commercial cultivation of strawberries, other berries, leafy greens, and suitable specialty crops.

Space Optimization: Maximum productive growing area through automated vertical multi-tier and horizontal tray movement.

Automation: Complete control of irrigation, microclimate, and lighting throughout every section of the conveyor system.

Robotic Conveyor Systems - Vertical and Horizontal

CONTRACT RESEARCH SERVICES — R&D ON DEMAND

We believe that technology becomes truly powerful when it is validated in practice. Our company accepts commissions for comprehensive research programmes conducted at our own fully operational innovation centre.

Our Objective: To identify individualized nutrient formulations, lighting profiles, and hydrodynamic parameters for seed germination and the optimization of each customer’s crop development.

Working Format: Every research programme is conducted strictly in accordance with a technical brief agreed in advance. Upon completion, the customer receives detailed morphometric reports and performance charts.