U225X PUBLIC-SAFE CONVERSATION NOTE

RECORD: CHAT-0267
TOPIC: Press Brake Dimensions
IMPORTED: 2026.08.28

This note was generated from a matching conversation in the supplied ChatGPT export.
EXTRACTED REQUEST: I don't want the tooling we already have I'm just curious if I csn print tooling at 3inchs with consistent dimensions. Is there a piece of tooling that creates a cool end like a hem or round feature

RECOVERED CONVERSATION EXCERPTS
USER MESSAGES:
1. I'm looking for dimensional information on this press break I am wanting to draw and print some press break tooling to see how it works
2. Here is a couple pictures of tooling the machine uses now
3. I don't want the tooling we already have I'm just curious if I csn print tooling at 3inchs with consistent dimensions. Is there a piece of tooling that creates a cool end like a hem or round feature
4. do it

ASSISTANT RESPONSES:
1. Yes. That nameplate gives us the exact machine: a Cincinnati 175XF10 XFORM, manufactured September 2025. I found Cincinnati's current documentation for it. For the machine envelope/tooling space, the important dimensions are: | Specification | 175XF10 | |. |. :| | Capacity | 175 tons | | Overall die surface | 12 ft / 144 in | | Distance between housings | ~10 ft / ~128 in | | Maximum stroke | 16 in* | | Closed height | 7 in | | Open height | 23 in | | Throat depth | 18 in | \*Your actual machine nameplate says 14-in max stroke, so I would use 14 in for your specific machine, even though Cincinnati's published 175XF10 family table currently lists 16 in. Cincinnati's manual specifically identifies the 175XF10 as…
2. Those pictures help a lot. These are Wilson Tool American-style/conventional press-brake tools, and the numbers give us the exact tooling. The upper is Wilson 50221S. I found the catalog identification for it: 5.750" tall, 30° acute gooseneck punch, 0.062" (1.6 mm) tip radius, 18.000" long. Its rated load is the 40 ton/ft shown on your tool. [embedded media omitted] The lower is Wilson 50022S: 30° acute single V-die, 0.500" (12.7 mm) V-opening, 18.000" long, rated 25 ton/ft as marked on yours. [embedded media omitted] This is actually a great set to model You have: | | Upper punch | Lower die | |. |. |. | | Wilson | 50221S | 50022S | | Type | Gooseneck punch | Single V-die | | Length | 18.000" | 18.000" | | An…
3. Absolutely. Paste this into Codex as the starting specification. I wrote it so Codex understands we're building an engineering/prototyping system, not merely drawing one punch and die. [code excerpt omitted] I deliberately made Codex stop after the first three tooling designs. Otherwise this could easily turn into a giant application before we've even determined whether the printed-tool concept behaves the way you want. The captured steel round-bar radius tool is the one I'd pay especially close attention to. It gives us a way to let your printer create custom geometry while inexpensive steel handles the highest contact stress. If that concept works well, we can apply the same philosophy to a lot of the other…

EXTRACTED KNOWLEDGE / HOW-TO
- upper ram/tool holder profile
- punch tang/profile
- lower die holder/bed interface
- V-die dimensions
- punch tip radius and included angle
- tooling heights
- clamping engagement
- centerline relationship between punch and die
CONVERSATION SHAPE: 8 user turns / 8 assistant turns
ATTACHMENTS DETECTED: 24

Raw transcripts, private details, exact locations, account information, employer/customer-confidential material, and restricted software references are not published in this note.
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