1" Crown Staples: Difference between revisions
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*Can last 50+ years in dry interior environment, but much less if wet or exposed. [https://chatgpt.com/share/687197d4-e548-8010-ae95-ea567fcf17ac] | |||
*Up to 15 fires per second in bump mode. [https://chatgpt.com/c/68719596-06d0-8010-b10b-b1b92096c6d6] | *Up to 15 fires per second in bump mode. [https://chatgpt.com/c/68719596-06d0-8010-b10b-b1b92096c6d6] | ||
*Practical controllable rate is 3-6 per second for long production runs. [https://chatgpt.com/share/687197d4-e548-8010-ae95-ea567fcf17ac] | *Practical controllable rate is 3-6 per second for long production runs. [https://chatgpt.com/share/687197d4-e548-8010-ae95-ea567fcf17ac] |
Revision as of 01:31, 12 July 2025
- Can last 50+ years in dry interior environment, but much less if wet or exposed. [1]
- Up to 15 fires per second in bump mode. [2]
- Practical controllable rate is 3-6 per second for long production runs. [3]
- Freeman PWC50 uses 13 cfm for 100 staples per minute at 90 psi. [4]
- Real world framing is 50 nails per minute in production. [5]. Needs 7.5 cfm per person. Limiting factor is?
- In the real world, about 10% of framing time is trigger time - with 90 percent divided by measuring, material handling, and positioning. By far it is setup in usual crews. [6]
Solve time constraints by Measureless Design, 3D Printing and Robotics for handling, and Poka-Yoke for positioning - and you have Extreme Design-Build.