Soilmec SR40 horizontal drilling rig

Soilmec SR40 is a compact and versatile hydraulic drilling rig designed primarily for foundation work. It is widely used in construction projects for creating bored piles, micropiles, and other foundation solutions. Its size, power, and features make it ideal for use in urban and restricted spaces.
"Engine and Power:

Equipped with a powerful diesel engine that complies with modern emission standards.
Delivers sufficient horsepower to handle various drilling tasks efficiently.
Drilling Capabilities:

Suitable for different techniques such as continuous flight auger (CFA), standard bored piles, and diaphragm walls.
Capable of drilling to medium depths with high precision.
Compact Design:

Its small footprint allows it to operate in tight spaces or urban environments where larger rigs may not fit.
Easily transportable between sites due to its manageable size and modular design.
Hydraulic System:

Advanced hydraulic systems provide smooth and reliable operation of drilling functions.
Enhanced control for precise performance in challenging ground conditions.
Operator Comfort and Safety:

Features a modern operator cabin with ergonomic controls, climate control, and advanced monitoring systems.
Includes safety measures such as emergency stop systems, stability monitors, and compliance with safety standards.
Versatility:

Compatible with a range of drilling tools and attachments to adapt to various soil conditions and project requirements.
Can perform tasks like soil mixing or installing anchoring systems with appropriate adaptations.
Environmentally Friendly:

Designed with noise and emission controls to reduce environmental impact, making it suitable for urban projects.
Applications
Construction of building foundations.
Installation of retaining walls and anchoring systems.
Soil stabilization and improvement.
The Soilmec SR40 is well-regarded in the construction industry for its reliability, ease of operation, and adaptability, making it a preferred choice for small to medium-sized projects."