Large Still Air Box for Mycology with Rechargable LED Light

Why Serious Cultivators Choose a Still Air Box

Contamination doesn't care how carefully you've prepared your grain jars or how clean your substrate is. The moment you crack a lid in open air, you're gambling with weeks of work. A still air box eliminates that gamble.

Inside the SAB, air movement drops to near-zero. Dust particles, mould spores, and bacterial cells — which would otherwise float freely — settle harmlessly to the floor of the box before you begin work. The result is a clean working zone you can rely on, session after session.

- Fewer contaminated jars. Most home cultivators who switch from open-air inoculations to a SAB see an immediate, significant drop in contamination rates — particularly from fast-moving green mould (Trichoderma) and wet rot bacteria.

-Cleaner agar work. Pouring plates and making transfers in open air is a recipe for frustration. The SAB creates the calm, still environment that agar work demands.

- Confidence to scale up. Once you're not writing off 30–50% of your jars to contamination, you can invest in better genetics, larger grain bags, and more ambitious grows — knowing your sterile technique is no longer the weak link.

- A stepping stone, not a substitute. A flow hood is the gold standard, but at 10–20× the cost, it's overkill for most home cultivators. A SAB bridges the gap between a DIY tub and a laminar flow setup — and for the vast majority of cultivation tasks, it's all you need.

- Portable and packable. Pop-up frame collapses flat into the included carry bag. Takes 30 seconds to set up, stores in a cupboard when you're done.

Good SAB technique is simple once you understand what you're doing — and why. The goal is to allow air inside the box to completely settle before you begin any sterile work. Here's how to do it right.

Step 1 — Set Up in a Low-Traffic Area
Choose a spot away from vents, fans, open windows, and foot traffic. A bathroom or laundry (with the exhaust off) works well. Surfaces you bring into the box should be wiped down with 70% isopropyl alcohol beforehand — tools, jars, lids, and gloves all go in clean.

Step 2 — Wipe Down the Interior
Spray the inside walls, floor, and ceiling with 70% IPA and wipe thoroughly. Let it fully dry before starting — you don't want alcohol vapour near open agar. Turn on the LED light so you have full visibility of your workspace.

Step 3 — Load Your Materials and Let Air Settle
Place all tools and materials inside the box, then keep your hands out. Wait at least 5–10 minutes for the air inside to fully settle. This is the step most beginners skip — and the most important one. The still air only works if you don't disturb it prematurely.

Step 4 — Work Slowly and Deliberately
Insert your arms through the arm ports with slow, smooth movements. Avoid quick gestures, sudden turns, or deep exhalations toward your work. Think of the air inside like water — every movement you make creates a ripple. Minimise those ripples and your contamination rates drop dramatically.

Step 5 — Flame Your Tools Between Uses
Even inside a SAB, flame your scalpel or loop between each transfer until it glows, then let it cool before contacting any culture. This is non-negotiable for agar work. For syringe inoculations, wipe the needle with IPA between each port.

Common SAB Tasks
- Pouring and plating agar
- Agar-to-agar transfers and cloning
- Grain-to-grain spawn transfers
- Inoculating grain jars and bags with spore or LC syringes
- Grain-to-substrate transfers for bulk fruiting
- Preparing liquid culture jars
- Handling sterile tools and cultures between sessions

Dimensions: 900mm x 600mm x 600mm (Large Size)
Material: Heavy-duty EVA with fiber rod for frames
Lighting: 6000K Cool White LED
Power Source: USB (Requires separate adapter)
Port Size: 100mm diameter for easy arm entry

• We ship from Tamborine Mountain, QLD using either AusPost or Aramex
• Fast dispatch within 1-2 business day (excluding Fridays) with express post options available