About ground engaging tools
Ground engaging tools (GET) are replaceable wear parts used on earth-moving machinery across construction, quarrying and mining applications, including excavators, loaders, dozers, rope shovels, draglines and underground load-haul-dump machines (LHDs).
But GET are much more than wear parts. As the first point of contact between the machine and the material, they play an essential role in digging efficiency and operating costs. GET include bucket teeth, adapters, lip shrouds and wing shrouds. Teeth penetrate the material, adapters connect the teeth to the bucket, and shrouds protect exposed areas from wear. Together, these components help equipment dig, load and move material efficiently while protecting the bucket.
Choosing the right GET system, size and design for the ground conditions and application requirements helps optimize operating efficiency. The right solution maximizes penetration capabilities or resistance against abrasion and impact to suit the job. For example, tooth profiles designed for penetration reduce digging resistance and help to fill the bucket more efficiently in compacted material. This can improve productivity and reduce fuel consumption per tonne moved, helping lower total cost of ownership (TCO).
GET performance also matters throughout the component's service life. MTG's self-sharpening tooth designs help maintain effective penetration throughout the tooth's wear life, supporting consistent digging efficiency. Optimised wear material distribution and wear material ratios, combined with high-quality steel properties, help extend wear life, while quick and easy component replacement reduces maintenance downtime and improves equipment availability.
GET design and technology also contribute to operational safety. Innovative hammerless locking systems help make GET replacement safer and quicker, reducing maintenance personnel's exposure to risks on site while shortening machine downtime. Digital solutions such as MTG's GET DETECTION provide immediate alerts in the event of a GET detachment, enabling a prompt response that can help reduce the risk of damage to downstream equipment such as crushers.
Ultimately, the right GET solution can improve productivity, extend component service life and reduce maintenance requirements, contributing to lower operating costs and a reduced cost per tonne moved.
And choosing the right GET partner is just as important as choosing the right GET. Beyond products and prices, the right supplier should understand your application, help solve operational challenges and support your long-term productivity goals.