Hemp Testing

Hill Labs has an IANZ accredited cannabinoid method and Ministry of Health approval to test hemp flower for compliance purposes (THC). We currently provide soil testing services for hemp growers, and seed testing for hemp food producers, which includes a nutritional panel, pesticide testing and micro testing. These are performed using the latest technology and methods, and are analysed on state-of-the-art instruments. We're committed to providing exceptional customer service, with a team of dedicated Client Service Managers.

THC Testing

Hill Labs is the first independent laboratory in New Zealand to have been granted Approved Laboratory status by the Ministry of Health. We offer THC testing on Industrial Hemp flower samples, for compliance with the Misuse of Drugs (Industrial Hemp) Regulations 2006.

Nutritional Panel Testing

Nutritional Panel testing includes getting an understanding of a product's energy, protein, fat (total and saturated), carbohydrate (total and sugars) and sodium. Assessing so many components within multi-component food groups can provide a number of analytical challenges, however, Hill Labs team of expert analysts have made the process simple and convenient. Simply complete one of our test submission forms and sample and we will take care of the rest.

Pesticide Residue Testing

Hill Labs has extensive experience in the analysis of pesticide residues. We have developed award-winning purification systems that ensure the best possible extraction of contaminants across the most diverse array of sample types available in New Zealand.

Our test offering is IANZ accredited and suitable for use in both domestic and export-based situations.

Microbiological Testing

Hill Labs has an extensive array of pathogen-related tests that are performed using either traditional culture, or molecular-based detection. Our turnaround times are industry-leading and can be used with product or environmental swabs alike. Some of our routinely analysed pathogens are listed below, however for a more complete listing of our pathogen testing options and the associated test details, simply call us or complete the form below and we will be happy to help you decide what test is best for your particular needs.

Listeria species (by PCR)
Listeria monocytogenes (by PCR)
Salmonella (by PCR)
Aerobic plate count (APCs)
Enterobacteriaceae
Total coliforms
Faecal coliforms
E. coli
STEC E. coli ((including O157) by PCR)
Clostridium perfringens
Staphylococcus aureus
Camplyobacter

Helpful links

Our team of testing experts has meticulously crafted these documents to offer recommendations tailored to your testing requirements.

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Hill Labs founder, Dr Roger Hill, recognised that innovation thrives when rooted in a solid foundation of technical expertise. Hill Labs has developed a wide range of pioneering PCR testing services, spanning food safety, public health, and agriculture sectors. This innovation has been propelled by Hill Labs' technical capability and unwavering customer-centric approach. In the context of food safety, rapid and accurate detection of bacterial pathogens is paramount. Traditionally, identifying pathogens like Listeria, Salmonella, and Cronobacter relied on labour-intensive methods that take several days to yield results.

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Milestones in Food and Bioanalytical Testing

The evolution of our analytical testing services to the food and bioanalytical sector stands as a testament to our unwavering commitment to excellence and continuous innovation. Each milestone along our journey represents a strategic step forward, reflecting our dedication to responding to market demands and surpassing client expectations. For our fortieth birthday edition, let's embark on a journey through time, exploring some pivotal moments that have defined our trajectory.

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40 Years of Soil Testing

Soil testing holds a special place at Hill Labs. Forty years ago, Roger and Anne Hill started their business by providing soil and leaf testing to customers in agriculture and horticulture. The methods have evolved over the years as improvements have been made, but the fundamentals remain the same. As sample numbers grew, so too did the desire to innovate the process. The operation of processing a soil sample from reception through to analysis is quite manual. This was the driver for the birth of RoSEE (Robotic Soil Extraction Equipment) in 2002.

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