IN Brief:
- Normet has launched the Spraymec 2100 self-propelled concrete sprayer.
- The machine offers boom options with up to 9m or 10.5m vertical reach and pump outputs up to 20m³/h or 27m³/h.
- The launch targets underground projects requiring practical safety, manoeuvrability, repeatable spraying quality, and lower capital investment.
Normet has launched the Spraymec 2100, a new self-propelled concrete sprayer aimed at essential underground concrete spraying applications in small and mid-size mine envelopes.
The machine has been developed to provide a simpler and more cost-efficient route into modern sprayed concrete equipment, while meeting current expectations around safety, emissions, usability, and reliable operation. It strengthens Normet’s sprayed concrete equipment portfolio with a globally applicable model for projects where predictable performance and ease of maintenance are central requirements.
The Spraymec 2100 is available with two straight-type boom options, offering maximum vertical reach of up to 9m or up to 10.5m. It can be fitted with a Normet concrete spraying pump with theoretical output of up to 20m³/h or up to 27m³/h, depending on configuration.
An integrated closed-loop control system monitors and adjusts concrete pump output and accelerator dosing, supporting consistent spraying quality while keeping the machine architecture relatively simple. The carrier includes four-wheel drive and four-wheel steering, including crab steering, to help reposition the machine in confined underground conditions.
Operator protection has been built around a FOPS/ROPS-approved cabin with visibility and comfort measures, with heating and air conditioning available as options. The focus on cabin safety, control, and manoeuvrability reflects the operating conditions the machine is designed for: restricted headings, difficult ground, repeated repositioning, and variable site constraints.
Although the launch is aimed primarily at mining, the equipment has clear relevance for tunnelling and underground construction where sprayed concrete remains a critical support and lining method. Shotcrete equipment sits at the interface between geotechnical risk, productivity, safety, and quality control. Poor spraying consistency can affect support performance, rebound, material use, and follow-on operations.
Underground construction is moving in two directions at once. At the high end, digital monitoring, automation, battery-electric carriers, remote diagnostics, and highly integrated control systems are becoming more visible. Alongside that shift, many projects still need robust machines that can be maintained easily, operated predictably, and justified commercially in cost-sensitive markets.
The Spraymec 2100 is positioned in that second space. It is not a maximum-automation flagship, but a modern essential machine that gives operators safety, control, and reliable output without unnecessary complexity. In markets where support infrastructure, technical skills, spare parts logistics, and capital budgets vary widely, that balance can be more valuable than a larger specification sheet.
For contractors and operators, the commercial value of concrete spraying equipment is measured through availability, repeatability, maintenance burden, pump performance, accelerator control, operator confidence, and support. A machine that is easier to understand and maintain can be more attractive than a more complex alternative if it reduces downtime and keeps production predictable.
Normet is also supporting the Spraymec 2100 through its services and sprayed concrete chemicals offering. Training, commissioning, maintenance, spare parts, process expertise, and technical support are increasingly part of the equipment proposition, especially in underground work where machine performance and concrete chemistry are closely linked.
The launch underlines a broader trend in plant and specialist equipment: productivity gains are being sought through controlled, repeatable processes rather than equipment power alone. In sprayed concrete, that means stabilising output, dosing, operator visibility, and maintenance routines. For underground projects working in constrained spaces, that combination can be as important as headline capacity.
