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BUSTASEED_BASE-TRAY
BUSTASEED_PACKAGING
BUSTASSED_INSERT-ROWS

Category Winner

2020

Bustaseed Tip-Out Propogation Trays

STUDIO / DESIGNER

BigSmall Design

Stephen McGilloway, Lead Designer (Design Director - BigSmall Design)

www.bigsmalldesign.co.uk

CATEGORY

Sustainable Design

Special Awards

CONTRIBUTORS

Andrew Hunter (Product Designer – BigSmall Design); Niall Magee (Founder / Owner – Bustaseed Ltd)

Sustainable Design

In horticulture, all gardeners make use of propagation systems to grow plants from seeds or clippings. Typically, these systems are thin, disposable, thermoformed trays which have a matrix of 40-60 small pots. Each pot, or cell, on the tray is populated by a seed or clipping and is then placed inside a base, or irrigation tray, covered by a clear lid, and cultivated within a controlled environment such as a polytunnel or a potting shed.

The Bustaseed Tip-Out Propagation Tray has been designed to remove many of the frustrations experienced when growing seedlings, and with sustainability at the forefront of its use, it is a product that can be easily maintained and used repeatedly over many seasons.

The product is extremely simple to use, and the ease of handling is considered in the physical form of each component. The system can be used equally well by domestic gardeners, allotment owners, charities, and smaller commercial growers.

The Bustaseed product seeks to displace the use of single-use matrix trays, replacing them with a durable, reusable, injection-moulded alternative. Bustaseed trays are fully recyclable and cut down on both material and plant waste as growers use a novel ‘tip-out’ feature. Many growers decant their seedlings by using a spoon or by pressing them out from the rear of the tray. This often leads to breakages on the trays, rendering the trays useless, and on occasion, can lead to loss of a seedling due to stem or root damage/shock during rough extraction.

Design Challenge

The core requirement was to develop an improved growing system for cuttings & seedlings. With such a strong environmental project theme seeking to reduced oragnic waste, we felt obligated to work toward reduction of man-made waste, and eventual elimination, of single-use plastics in this area of horticulture.

This growing phase is critical for professional growers as success in this early stage can help determine potential returns on the sale of product later in the season. Trays of lost product can mean significant loss of both time and income. Similarly, amateur growers invest a lot of their time and energy in this early stage, hoping to generate plants or foodstuffs for use at home, and often become discouraged when plants fail quickly.

The design intent formed from client briefings and working observations was that we needed a simple, modular solution that was easily understood and gave growers the best chance of success.

Resolution

We worked closely with the client to develop the physical form of the product, considering carefully the overall function and the ergonomic handling. We prototyped samples in 3D printing and with CNC components. We worked with local manufacturers in NI for production to reduce the carbon footprint of the plastics and with a supplier in the UK for the thermo-formed lids.

  • The final product uses injection-moulded plastics for the base tray and modular insert rows. The parts are durable to withstand seasonal handling, are easily cleaned, stackable and are fully recyclable. There is also a clear thermo-formed lid to trap heat and protect the seedlings from pests, and as this part isn’t load bearing and has minimal handling, it was the most environmentally method of production.
  • The trays are used for growing plants from seeds and cuttings and have a novel ‘tip-out’ feature allowing for faster, safer extraction which eliminates plant waste through root damage. The open face of each insert is supported by trailling face of the next in-line insert and finally against the base tray.
  • The modular nature of the rows allows the user to monitor the root system health, of each individual cell, during the growing period for signs of poor growing conditions, pests, fungus, mould, and disease. Infected seedlings can be removed to prevent the spread of the problem to the other cells.
  • In the unlikely event that a row is damaged, a single module can be purchased without the need to scrap the full assembly.
  • When compared to standard propagation trays, the Bustaseed product conserves water as the tray is filled from one side of the tray and compost can be monitored in individual rows to ensure it is adequately hydrated. Any excess water can be gently poured out to be used elsewhere in the garden, helping to protect against mould or fungal growth under the seed trays.
  • The ease of use means this system can be adopted by commercial growers, but also encourages the ‘Grow Your Own’ message to domestic users and is a useful education tool for schools and charities.

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Excellent example for seeking to replace single use items

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JUDGES THOUGHTS

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