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T8-ISO-X4

Cartridge-based isothermal platform for molecular diagnostics.

8-way multiplex & guided workflow.

T8-ISO-X4 Isothermal Amplification Instrument

The Axxin T8-ISO-X4 Instrument provides an integrated test platform operating with a novel 4-tube cartridge capable of 8-way multiplexing with up to 8 assay curves (4-tubes x 2 fluorescent channels) . The system is optimised for user configured point of need diagnostic testing compatible with a wide range of molecular assays.

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The instrument can be operated in Standalone mode or in Molecular Desktop mode via connected laptop.

4-TUBE CARTRIDGE

4 PCR tubes sealed with required assay reagents per cartridge

ADVANCED SENSITIVITY

Advanced optical detection method

Low target analyte amplification technology

9mm all glass optics for high sensitivity

MULTI-CHANNEL DETECTION

Modular optical detection system

2 channel fluorescence detection per tube

CUSTOMISABLE WORKFLOW SCREENS

Create guided workflows for end users using screens with customisable images, text, and timers

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Example of Customisable Workflow Screens

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T8-Laptop

ADVANCED DESKTOP SOFTWARE FOR ASSAY DEVELOPMENT

Customise test type configuration

In-depth assay result analysis

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TOUCH NAVIGATION

Touch screen navigation

Simple easy-to-use interface

NETWORKING

Connectivity over LAN or WiFi

Laboratory Information System (LIS) compatible 

MELT CURVE ANALYSIS

Melt Curve Analysis functionality to support assay development and research applications 

REAL-TIME RESULT CALLING

Complex Algorithm Development

Real Time 'in-test' Result Calling

FLEXIBLE WORKFLOW

Customisable Workflow for variable Assay Specs

Configurable Settings: Time, Temperature, Channels and more

BARCODE ON CARTRIDGE

Scannable barcode containing test ID, expiry date, lot number, and system check codes

IVD REGULATORY PATHWAY

FDA, IVDR & TGA

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T8-ISO R3,
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Sample Preparation Stand 

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Ready to purchase?

Contact our team of experts to organise a quote or discuss which instrument is right for you.

Resources

Brochure
Scientific Literature

Low SJ, O’Neill MT, Fernando JA et al.

CRISPR-Cas-based diagnostics for point-of-care detection of sexually transmitted infections: a laboratory development and evaluation study

The Lancet

2026

Rausch F, Tanneberger F, Wahed A et al.

Validation of the efficacy of air purifiers using molecular techniques

PLoS One 

18(1): e0280243

2023

Atkinson C, Watcher-Weatherwax W, Kylle R et al.

A rapid diagnostics test and mobile "Lab-in-a-suitcase" platform for detecting Ceratocystis spp. responsible for rapid `Ōhi`a death

University of Hawai'i

2023

Ceruti A, Dia N, Bakarey A.S et al.

A multi-country phase 2 study to evaluate the suitcase lab for rapid detection of SARS-CoV-2 in seven Sub-Saharan African countries: Lessons from the field

Journal of Clinical Virology

162:105422

2023

Kundrod K, Natoli M, Chang M et al.

Sample-to-answer, extraction-free, real-time RT-LAMP test for SARS-CoV-2 in nasopharyngeal, nasal, and saliva samples: Implications and use for surveillance testing

PLoS One

17(2):e0264130

2022

Qian W, Huang J, Wang T et al.

Ultrasensitive and visual detection of human norovirus genotype GII.4 or GII.17 using CRISPR-Cas12a assay

Virology Journal 

19:150

2022

Natoli M, Kundrod K, Chang M et al.

Improving Performance of a SARS-CoV-2 RT-LAMP Assay for Use With a Portable Isothermal Fluorimeter: Towards a Point-of-Care Molecular Testing Strategy

Journal of Biomolecular Techniques 

32:180

2021

Natoli M, Chang M, Kundrod K et al.

Allele-Specific Recombinase Polymerase Amplification to Detect Sickle Cell Disease in Low-Resource Settings

Analytical Chemistry 

93(11):4831-4840

2021

Frimpong M, Ahor H, Sakyi S et al.

Rapid Extraction Method of Mycobacterium ulcerans DNA from Clinical Samples of Suspected Buruli Ulcer Patients

Diagnostics

9(4):204

2019

Jung L, Hogan M, Sun Y et al.

Rapid authentication of pharmaceuticals via DNA tagging and field detection

PLoS One

14(6):e0218314

2019

Munawar M, Toljamo A, Martin F et al.

Recombinase Polymerase Amplification Assay for fast, sensitive and on-site detection of Phytophthora cactorum without DNA extraction

European Journal of Horticultural Science

84(1):14-19

2019

Frimpong M, Ahor H, Wahed A et al.

Rapid detection of Mycobacterium ulcerans with isothermal recombinase polymerase amplification assay

PLoS Neglected Tropical Diseases

13(2):e0007155

2019

A. Strayer-Scherer A, Jones J.B, Paret M.L et al.

Recombinase Polymerase Amplification Assay for Field Detection of Tomato Bacterial Spot Pathogens

Phytopathology

109:690-700

2019

Powell M, Bowler F, Martinez A et al.

New Fpg probe chemistry for direct detection of recombinase polymerase amplification on lateral flow strips

Analytical Biochemistry

543(15):108-115

2018

Gunaratna G, Manamperi A, Böhlken-Fascher S et al.

Evaluation of rapid extraction and isothermal amplification techniques for the detection of Leishmania donovani DNA from skin lesions of suspected cases at the point of need in Sri Lanka

Parasites & Vectors

11:665

2018

Evans N, Evans R, Regalado J, et al.

Preharvest Salmonella Detection for Evaluation of Fresh Ground Poultry Product Contamination

Journal of Food Protection

78(7):1266-1271

2015

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