You’ve got a pest problem, we’ve got you covered, and here’s how.

1. A broad-spectrum residual insecticide is applied to internal and external surfaces, focusing on known harbourage zones, entry points and movement pathways.
2. Targeted gel baits are placed in strategic locations to draw cockroaches out of concealed harbourage areas.
3. These baits use a transfer (secondary kill) effect, allowing the active ingredient to be distributed throughout the population, including nymphs and individuals within the nest.
4. The residual layer remains active, ensuring any new cockroach entering the environment is exposed before establishing.

1. Due to their rapid reproductive cycle, a follow-up treatment at approximately 6 weeks may be required.
2. Treatment involves a combination of residual insecticide application and precision gel baiting.
3. Gel baits attract individuals out of harbourage areas, facilitating ingestion and transfer throughout the colony.
4. The secondary treatment targets newly emerged nymphs that were protected within egg cases (oothecae) at the time of the initial treatment.
5. The objective is to interrupt the lifecycle before reproductive maturity is reached, preventing re-establishment.
6. Residual protection remains in place to control any future incursions.

1. Active webs are directly treated, ensuring immediate control of spiders occupying the web.
2. Surrounding surfaces are treated with a residual insecticide, targeting web attachment points and adjacent harbourage zones.
3. This creates an environment where subsequent web formation results in exposure to the treatment.

Residual insecticide is applied to internal and external surfaces, including likely resting and transit areas.

Roaming spiders are affected via:

• Direct contact with treated surfaces
• Secondary ingestion through preying on treated insects

Due to their physiology and behaviour:

• Huntsman spiders have limited body contact with treated surfaces, reducing immediate uptake
• As a result, control is typically progressive rather than immediate
• Increased visibility may occur as prey availability declines and spiders move in search of alternative food sources
• Population reduction is generally observed over an 8–10 week period

1. Nests are directly treated using a targeted insecticidal application, designed to eliminate both the worker population and the queen.
2. Treatments are conducted during low-activity periods (dusk or dawn) to minimise risk and maximise exposure within the nest.
3. Once the colony is inactive, nests may be safely removed after approximately 48 hours.

1. Nests are directly treated to eliminate active individuals and the queen.
2. Residual activity assists in controlling returning individuals.
3. Nests may be removed after 48 hours once confirmed inactive.

1. Residual insecticide is applied to internal areas, targeting skirting, carpet edges and harbourage zones.
2. Pre-treatment vacuuming is recommended to disturb larvae, remove organic material and improve treatment penetration.
3. Where infestation is present, a follow-up treatment may be required to target newly hatched larvae and ensure lifecycle disruption.

1. Internal residual treatment is applied to affected and surrounding areas.
2. Non-spray treatments are used in sensitive zones (e.g. food storage areas).
3. Ongoing exposure to treated surfaces results in progressive population decline.
4. In established infestations, a secondary treatment may be required to break the lifecycle.

1. A comprehensive internal residual treatment is applied using a no-gap approach to ensure coverage of skirting boards, cracks and harbourage zones.
2. Non-spray (dust or alternative) treatments are used in sensitive or restricted areas.
3. Residual activity continues to control silverfish as they move through treated zones.

Residual insecticide is applied to internal flooring, carpets and soft furnishing contact zones.

Due to the flea lifecycle, multiple treatments (up to 3–4 applications) may be required in moderate to severe infestations. The objective is to target each stage of the lifecycle as it emerges.

1. Stage 1: Targeted baiting. Baits attract worker ants, which transport the active ingredient back to the colony. This allows the treatment to reach the queen and brood, initiating colony collapse.
2. Stage 2: Residual treatment (2–3 weeks later). Applied to eliminate remaining activity and provide ongoing surface protection.
3. Granule lawn treatment. We also apply a granule lawn treatment to get into colonies that may be plaguing the home but are tougher to treat.

1. Full inspection and assessment. We identify entry points, activity areas and risks to prevent future rodent returns.
2. Tailored treatment plan. Custom strategies using safe, effective rodent control methods.
3. Advanced baiting. Our tamper-proof, professional-grade stations are strategically placed for maximum effectiveness and minimal disruption.
4. Home protection. Our treatment method encourages rodents to leave your property before the treatment takes hold. This means you won’t find them in any walls, voids or hard-to-reach places.
5. Return if needed. Rodents are smart and can often avoid treatment, which is why we trick them into taking it. If your rodent is a smarty-pants and hasn’t vacated within 7–14 days, we return to change the approach. Plus, you can keep the stations and top up throughout the year for just $130, or get $10 top-ups per station with your annual pest control.