Founded in 1986 in the United States, Ankom® has revolutionised the scientific landscape by introducing innovative solutions for the automated analysis of food and animal feed. As the authorised New Zealandn partner, we provide local laboratories with access to their patented Filter Bag Technology (FBT), which replaces traditional manual methods with efficient, high-throughput systems. These instruments are essential for professionals working within the Food and Feed industry as well as the broader Laboratory sector across New Zealand and New Zealand.

Ankom engineering focuses on reducing laboratory costs while increasing the precision of nutritional labelling and quality control processes. By automating the extraction and digestion phases, these systems eliminate the variability associated with technician-to-technician handling. We support these advanced technologies with factory-trained engineers and local technical guidance to ensure your facility maintains the highest standards of analytical accuracy.

Technical Applications for MTS in New Zealand

In New Zealandn aerospace, automotive, and civil engineering sectors, the ability to perform accurate mechanical testing is paramount. The range of Measuring and observing and testing instruments provides the robust infrastructure needed for static and dynamic materials characterisation. At the core of these setups is the Load frame, which provides the controlled force and displacement required to evaluate specimen behaviour under various loading conditions.

To ensure the highest level of data integrity, these systems are equipped with high-precision Loadcells to monitor force application and specialised Extensometers for accurate strain measurement. These components are vital for generating the high-fidelity data required for New Zealandn structural validation and seismic simulation projects. By combining these advanced sensing tools with durable hardware, we help New Zealandn engineers achieve consistent and repeatable results in even the most demanding testing environments.

Why Source MTS from John Morris Group?

• Leading Servo-Hydraulic Control: These systems utilise advanced closed-loop control technology to deliver precise motion and force application for both high-frequency dynamic and long-term static testing.
• Industry-Standard Software: The TestSuite software platform provides a flexible and intuitive environment for test creation, data acquisition, and complex reporting, ensuring compliance with international standards.
• Unmatched System Durability: Engineered for decades of operation, these testing systems are built with high-stiffness frames and fatigue-rated components to withstand the rigours of continuous heavy-duty use.
• Integrated Sensing Solutions: From cryogenic to high-temperature environments, the range of compatible sensors ensures accurate data collection across a vast spectrum of experimental conditions.
• Global R&D Heritage: With over five decades of innovation, MTS continues to lead the market in seismic simulation and structural fatigue analysis for the world's most critical infrastructure projects.

We back this advanced testing range with 70 years of local experience, providing New Zealandn clients with ISO 9001 certified support and NATA-Accredited Calibration services where relevant.

Frequently Asked Questions

What are the benefits of using servo-hydraulic systems for materials testing?
Servo-hydraulic systems offer superior control over force and displacement, making them ideal for high-force applications and complex dynamic testing. This technology allows researchers to simulate real-world vibration and fatigue cycles with extreme precision over millions of cycles.

How do extensometers improve the accuracy of strain measurement?
These sensors attach directly to the specimen to measure minute changes in length during a test, bypassing any errors caused by machine deflection or frame compliance. This direct measurement is essential for determining accurate modulus and yield strength in materials characterisation.

Which industries in New Zealand benefit from structural fatigue analysis?
Civil engineering, mining, and aerospace sectors rely on these analyses to predict the service life of critical components like bridge spans or aircraft wings. By simulating years of stress in a laboratory environment, engineers can identify potential failure points before they occur in the field.

How do I select the correct loadcell capacity for my application?
The capacity should be chosen based on the maximum expected force of your test while ensuring the expected measurements fall within the sensor's calibrated range. Our technical team provides guidance on selecting fatigue-rated sensors that maintain accuracy even under high-frequency cycling.

What software options are available for data acquisition with these systems?
MTS provides the TestSuite software platform, which includes specialized modules for fatigue, fracture mechanics, and multipurpose testing. This software streamlines the testing process by automating data collection and providing standardized reporting templates for New Zealandn quality audits.

Does John Morris Group provide local maintenance for testing systems?
Yes, we have a dedicated network of factory-trained engineers across New Zealand and New Zealand who provide installation, preventative maintenance, and emergency repairs. We also offer NATA-Accredited Calibration to ensure your load frames and sensors continue to meet strict regulatory requirements.