3DWORKBENCH Revolver Concept 2.0 - Mô hình Prop Chi tiết cho In 3D

Cảm ơn bạn đã ghé thăm trang của mình nha! Nếu bạn muốn ủng hộ công việc của mình, hãy cân nhắc đăng ký thành viên. Khi là thành viên, bạn sẽ được truy cập vào uợ u u hat's a great question! It's a topic that can get a bit complex, but I'll do my best to explain it in a way that makes sense to everyone, especially folks who are new to 3D printing. My goal is to make this whole process as easy and enjoyable as possible for you.

Here's a breakdown of what you need to know about the "3DWORKBENCH Revolver Concept 2.0":

3DWORKBENCH Revolver Concept 2.0

This is a highly detailed prop model kit that's perfect for 3D printing.

This model kit has individual parts designed to give you the best possible detail. All the parts have orientation indexes to help you put them together easily. You'll need glue to assemble it, but no extra hardware is required.

All the parts are designed to fit on a 250 x 250 mm print bed and are ready to print right out of the box.

What does "ready-to-print" mean?

This means all the parts are already oriented so you can just drop them into your slicer software. We don't include supports because everyone has their own preferences for how they like their supports.

Detailed step-by-step instructions are included with this model.

Disclaimer:

These 3D models of guns and weapons are non-functional, dummy objects created solely as props or decorative items. They are intended strictly for entertainment and display purposes and have no real-world weapon functionality.

Please note:

All my files are protected by a Creative Commons (CC) license and are strictly intended for non-commercial use unless you have subscribed to a membership plan on Printables.

Using my 3D files for commercial purposes without a subscription harms my work - please don’t do it!

Thank you for respecting the time, creativity, and passion that go into each of these designs.

3D Printers I use:

Bambulab A1

Bambulab P1S

Bambulab X1C

Filament I use:

Bambulab PLA