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A Portable Coring Machine: Key Tools for Geological Fieldwork

A Portable Coring Machine: Key Tools for Geological Fieldwork

When embarking on a geological field trip, the inclusion of a portable coring machine is essential for efficient and effective sample collection (Figure 1). This versatile tool allows geologists to quickly obtain rock samples from various locations, ensuring that they gather high-quality cores that accurately represent their sampling conditions. The machine’s mobility means it can access hard-to-reach locations, making it invaluable in diverse terrains—from coastal areas to remote mountain ranges. By minimizing disturbance to the core, it preserves the sample’s integrity, leading to more reliable analyses and interpretations.

Additionally, having a portable coring machine on-site facilitates immediate analysis of collected samples, enabling researchers to adapt their strategies based on preliminary findings. This dynamic approach enhances the overall productivity of the field trip, allowing geologists to make informed decisions in real time. Furthermore, for students and early-career professionals, the opportunity to use such equipment provides crucial hands-on experience, preparing them for future challenges in the field. Ultimately, investing in a portable coring machine not only improves research outcomes but also enriches educational experiences, making it a vital asset for any geological exploration.

Figure 1: An example of a portable coring machine used in the field
Figure 1: An example of a portable coring machine used in the field. Thanks, Adhipa, for holding it!.

Limitations

While the portable coring machine offers numerous advantages, it also has limitations. Firstly, its effectiveness can be influenced by the type of rocks being cored; extremely hard rocks may require specialized equipment or longer drilling times. Additionally, the portability of this machine can sometimes compromise its power and depth capabilities compared to larger, stationary models. Another consideration is the need for skilled operators; improper use can lead to equipment damage or poor-quality samples.

Portable Coring Tools for Geological Fieldwork

Here is a suggested list of portable tools for coring that I used on my geological fieldwork studying siliciclastic rocks.

  1. DEWALT 20V MAX* XR Rotary Hammer Drill Kit, D-Handle, 1-Inch (DCH133M2)
    🔴 Buy this on Amazon!
    DEWALT 20V MAX XR Rotary Hammer

  2. SHDIATOOL Core Drill Bit Adapter 5/8”-11 Thread Male to SDS Plus Shank
    🔴 Buy this on Amazon!
    Bit Adapter

  3. DeWALT DCB204 Lithium-Ion 4000mAh 20V Rechargeable Battery
    🔴 Buy this on Amazon!
    DeWALT Battery

  4. VEVOR Core Drill Bit, 4” Diameter, 9.5” Depth Diamond Dry Coring Bore Tool
    🔴 Buy this on Amazon!
    VEVOR Core Drill Bit

  5. SHDIATOOL Diamond Core Drill Bits 1-3/4 Inch for Hard Stone and Concrete
    🔴 Buy this on Amazon!
    SHDIATOOL Diamond Core Drill Bits

  6. SHDIATOOL Diamond Core Drill Bits 1-1/4 Inch for Hard Stone and Concrete
    🔴 Buy this on Amazon!
    SHDIATOOL Diamond Core Drill Bits

Cite this post

If you found this post helpful, please consider citing it:

Alqubalee, A. (2025, April 15). A Portable Coring Machine: Key Tools for Geological Fieldwork. https://qubalee.com/posts/2025/04/Portable-Coring-Machine/

This post is licensed under CC BY 4.0 by the author.