Diamond drilling is a specialist technique used to create accurate holes in concrete, stone, brick, and other solid materials. It’s the go-to method for mechanical, electrical, plumbing, and HVAC installations, offering minimal disruption and maximum control.
Fast, precise, non-disruptive & dust free, diamond drilling is without a doubt
the best method for creating clean and circular holes in any hard structure.
Our coring teams can respond immediately to our clients site requirements
and demands. It has been our consistency and commitment to our clients’
requests which have facilitated the growth and success of our diamond drilling
division.
Our modern equipment and cutting techniques produce a varied range of
available diameters and have the capacity to drill to depths exceeding 2m
either by horizontal, vertical, angled & inverted holes between 30mm to
600mm in diameter.
Diamond drilling is used across sectors: from construction and renovation to civil engineering and utilities. Typical applications include pipe penetrations, cable routing, core sampling, anchor bolt placement, and ventilation openings – all executed with surgical precision.
We operate advanced drilling rigs equipped with high-performance diamond-tipped cores, capable of cutting clean holes in a variety of diameters and depths. Our tools are suitable for both horizontal and vertical drilling, in tight spaces or hard-to-reach areas.
Our technicians are fully trained and certified, combining hands-on expertise with a deep understanding of materials and structural behavior. We work to the highest safety standards, delivering on time and within budget, every time.
We start by assessing the project scope and on-site conditions to determine the most effective approach.
Our experts design a customised drilling plan, selecting the ideal tools, techniques, and access strategies.
We execute the work with accuracy and efficiency, maintaining strict safety protocols throughout.
Once drilling is complete, we leave the area tidy and ready for your team to move forward without delays.
