About this Product
This gauge is designed to provide you with an accurate way to measure and find the spacing between holes, be it for punching holes, laying out rhinestones or any other number of applications. Constructed from durable cast acrylic and boasting an accuracy of up to +/- .002, you can be sure of reliable and precise measurements on any project. Additionally, this tool features measurement both in standard and metric sizing, so no matter your preferences, you'll be able to find the perfect fit. All in all, these gauges are the perfect solution for any project requiring accurate spacing between holes.
Versions:
We have (2) versions of this gauge, the first one has holes that are suitable to be marked with a precision device, such as a scratch awl or a needle. This offers more variations in spacing, but the hole size is reduced to accommodate for more sizing. The second version the hole size is enlarged for use with felt tipped pens or ball point pens but the very smallest sizing is removed to accommodate for the larger holes.
The gauge is crafted from robust, high-quality material that promises to withstand the rigors of your creative endeavors. Its clear, etched markings in both inches and millimeters are designed for easy reading and precision, ensuring you can measure distances without any guesswork.
If you need a gauge with different increments, be sure to send us a message; we can modify any tool to your needs. The material used for this template is sourced from a US-based business in California and is high-grade cast acrylic sheet at 0.093”|2.3mm thickness. This provides a flexible yet strong material that will withstand heavy use for many years.
Thistle & Bone
Meet the Maker
How it’s Made
We developed this product for multiple purposes. Initially, it was designed to create layouts and marks for leatherwork. However, we also believe this distance gauge is excellent for fabric, bookbinding, or any other craft requiring evenly spaced holes. We produce this item with our in-house industrial laser to ensure the highest possible measurement accuracy.
