The CS Unitec 2 1333 0010 SA Core Drill is a high-performance pneumatic diamond core drilling system engineered for demanding industrial and construction applications. Designed for use in hazardous environments and EX zones, this powerful drill combines precision, durability, and safety for professional-grade results.

Featuring a 2.1 HP pneumatic motor with a 3-speed gearbox (400 / 900 / 1600 RPM), the 2 1333 0010 SA delivers efficient, controlled drilling across a wide range of materials. It is capable of drilling holes up to 6 inches in diameter when rig-mounted, making it ideal for concrete, reinforced concrete, masonry, and refractory brick applications.

The SA configuration includes an anchor stand, providing enhanced stability and accuracy for larger diameter drilling and extended use. This core drill can be used hand-held or rig-mounted, offering flexibility for various jobsite conditions.

Built with a mechanical slip clutch for operator safety and designed for reliable operation in tough environments, this pneumatic system is especially suited for petrochemical, industrial, and construction sites where electric tools are not suitable.

Key performance features include:

• Pneumatic power (2.1 HP, 77 CFM @ 90 PSI) for safe operation in hazardous areas
• 3-speed gearbox for optimal drilling control across materials
• Drilling capacity up to 6” diameter (rig-mounted)
• Anchor stand (SA model) for increased stability and precision
• Hand-held or rig-mounted versatility
• Compatible with standard core bit connections (1-1/4"-7 UNC, 5/8"-11 UNC)

The CS Unitec 2 1333 0010 SA is ideal for:

• Concrete and reinforced concrete drilling
• Structural anchoring and installation work
• Plumbing, electrical, and HVAC core drilling
• Industrial and petrochemical environments
• Construction, infrastructure, and maintenance projects

For professionals seeking a reliable pneumatic core drill with stand-mounted precision, the CS Unitec 2 1333 0010 SA delivers exceptional performance, safety, and versatility in the most demanding conditions.