RadGauge-Dual NANO (Radius Gauge)
Print Profile(3)



Description

Congratulations on finally discovering FunOrNothing :)
🌀 RadGauge – Radius Measurement Tool
Radgauge is an innovative device designed to quickly and accurately measure the radius of a curved surface. Currently, various designs are available depending on the measurement range and function, and the characteristics of each design can be checked in the table below.
(Click on the letters in the table to go to the page where you can print the design.)
RadGauge Family


| Name | Measure Range (Radius) | Scale Unit | Measure Location | Size (mm) | Scale Type |
| 1~50mm | metric | Outter Round | 81.3 x 70.7 x 6.4 | ||
| 1~80mm | metric & imperial | Outter Round | 136.4 x 113.1 x 7.0 | ||
| 1~30mm | metric | 62.5 x 50.7 x 5.8 | |||
I'm adding a new model to my RadGauge series.
RadGauge-Dual NANO
When I unveiled the RadGauge-Dual model a few days ago, I expected it to be less popular than the original RadGauge, but the response exceeded my expectations.
Of course, this was partly due to the addition of an internal radius measurement feature, which the original RadGauge lacked. But perhaps more importantly, many people felt the same sense of engineering pleasure I felt from the device's movement.
So, I designed the NANO model, which uses the same mechanism to measure radii up to 30mm.
This is the smallest RadGauge-Dual model.
While it offers the same measurement range as the original RadGauge NANO, this model has some unique features.
1. It features a 1:1 linear scale instead of an extended arc scale.
2. It can also measure curved models with extremely thin thicknesses of less than 1 mm.
(There is a protrusion on the bottom of the slider that allows you to measure radius at the floor.)

I hope that those who loved the original RadGauge will be satisfied with this model.
!!CAUSION!!
Please note that if the build plate has poor adhesion, the scale may not print properly.
For smooth sliding, the use of a smooth plate is recommended.
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Assembly order
Assembled at 30mm measurement settings.
Make sure the protrusions on the measurement slider are pointing downwards.




1. General Licensing Statement
This model is copyrighted and its commercial use is strictly prohibited.
This falls under the Non-Commercial (NC) condition of the Creative Commons license.
2. Specific Prohibition on Reproduction Services
PROHIBITION OF PRINTING SERVICES: Providing this model file to any third party for the purpose of paid reproduction (printing) is strictly prohibited.
PERSONAL USE ONLY: All reproduction must be conducted solely on the end-user's personally owned 3D printer.
This license condition forbids the use of printing services, even for a single personal copy.
⚠️ Official Notice Regarding RadianLab™ Model
This model is exclusively manufactured and distributed under the RadianLab™ brand.
The unauthorized sale of this product by any other individual or entity is strictly prohibited and constitutes a violation of my brand rights. I require that any instances of unauthorized distribution or sales be reported to me immediately.
________________________
This is the model I used for testing while designing the RadGauge series.
Test the accuracy of your RadGauge model. (Click)


Hope you Enjoy this model.
As always, I welcome your feedback.
Click to Check out FunOrNothing's interesting designs.
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Membership
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License
You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.










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