The MATEST MICROCORE APPARATUS provides a highly reliable, non-destructive method to extract micro-core samples from rock or concrete surfaces. This technique allows accurate analysis such as compression resistance without causing significant damage, as the resulting hole is minimal and can be easily filled with mortar. The system’s effectiveness increases when combined with an ultrasonic tester and concrete hammer, delivering comprehensive material evaluation with ease.
Product Features
- Efficient micro-core extraction requiring only one operator for easy and correct sampling
- Suitable electric drill: 230V 1F 50Hz for consistent power supply
- Flanged guide assembly for precise drilling alignment
- Drilling mask to protect the working area
- Impregnated diamond bits for cores: Ø 28 x 100 mm and Ø 28 x 200 mm for versatile sampling depths
- Two self-blocking pincers to securely fit the flanged guide assembly to the surface
- Complete accessory set including anchors, bits, wrenches, and screws for all operational needs
- Durable carrying case for safe transport and storage
- Compact dimensions: approximately 550 x 400 x 200 mm and lightweight at about 10 kg
Benefits
- Non-destructive sampling preserves the integrity of the structure while allowing critical material testing
- Minimal operator effort with easy handling and setup
- Versatile core sizes allow for detailed analysis at different depths
- Durable, complete kit ensures readiness for onsite sampling tasks
- Compact and lightweight for convenient transport and storage
Why Choose the MATEST MICROCORE APPARATUS?
Designed for accurate and minimally invasive material sampling, the MATEST MICROCORE APPARATUS is ideal for labs and field engineers seeking reliable micro-core extraction. Its comprehensive accessory kit and compatibility with standard electric drills make it a versatile tool for testing compression resistance and other properties without compromising the structural integrity. Trust MATEST for precision, ease of use, and durability in micro-coring solutions.
