Plant Growth Cell
Maximum control over growth and optimal greenhouse space utilization
Greenhouse surfaces are valuable. At the same time, high-quality orchid production requires control, uniformity, and crop protection. The patented Plant Growth Cell from WPS was developed for orchid growers who want to combine these challenges into one smart, future-ready solution.
Controlled growth in an automated environment
The Plant Growth Cell creates stable and controlled growing conditions while maximizing available greenhouse space. Each plant receives its own defined growing space, preserving quality and preventing damage. At the same time, the PGC integrates seamlessly with automated logistics systems, creating an efficient and scalable cultivation setup.
Flexible in every growth stage
The Plant Growth Cell is available in multiple sizes and configurations, designed to match different growth stages within orchid cultivation. This makes the system suitable for young plants as well as flowering orchids. The PGC can be integrated into existing cultivation setups or implemented in new automated greenhouse concepts.
Efficient space utilization and uniform plant quality
The strength of the Plant Growth Cell lies in its thoughtful design. The hexagonal shape allows cells to fit closely together, enabling higher plant density without compromising growth or quality. Each plant maintains its own space, resulting in greater uniformity, reduced damage, and a higher average number of branches per plant.
The PGC also promotes controlled vertical growth. Horizontal growth is limited, which reduces the need for manual corrections such as tying branches. This lowers labor pressure and increases predictability and reproducibility within the cultivation process.
Protection and optimized water distribution
The Plant Growth Cell protects the crop during critical growth stages and actively contributes to uniform water distribution. The intelligent design ensures that each plant receives the appropriate amount of water, helping prevent issues such as root rot and dehydration. This leads to healthier plants, more consistent quality, and reduced losses.
By combining protection with controlled growth conditions, the PGC creates a stable cultivation environment where quality remains central without requiring additional manual intervention.
Designed for automation, transport, and storage
The Plant Growth Cell is fully developed for use within an automated greenhouse environment. Plants grow optimally while stationary and can also be transported safely and in a controlled manner when needed.
The PGC can be easily placed in the Oval Plant Carrier, allowing plants to move through the internal transport system without damage or disruption. This prevents plant stress and supports consistent quality throughout the process.
Storage and logistical flexibility are also integral to the concept. The Plant Growth Cell is nestable for efficient storage when temporarily not in use. When needed again, cells can be automatically destacked and directed to the appropriate location within the system. This creates operational clarity and supports a streamlined logistics process.
The value of the Plant Growth Cell for growers
With the Plant Growth Cell, you invest in:
• Optimal space utilization without expanding greenhouse area
• Higher and more consistent plant quality
• Reduced damage, losses, and breakage
• Reduces labor pressure
• A cultivation solution prepared for further automation
The Plant Growth Cell demonstrates how smart, well-engineered solutions contribute to Handsfree Plant Production. It delivers greater control, improved return on investment, and a greenhouse that truly works for you.
A strong example of the Plant Growth Cell in practice can be found at Plainview Growers in the United States. Since implementing the PGC, they have experienced clear improvements in labor efficiency and plant quality, while daily operations have become more structured and manageable. The combination of improved growing conditions and reduced manual handling makes a measurable difference in practice.
