Son was so excited and i loved that it was quieter than his other one.
This product was perfect for me as a beginner! And best of all, it looks great. It's the best.
Nabalis Lightning Butterfly Knife Balisong Trainer
CNC Machining Guidelines for Balisong Design
CNC machining is commonly used in manufacturing balisongs. However, due to certain limitations of CNC technology and the need to keep production costs affordable, there are some key design considerations you should be aware of and avoid.
What to Avoid in Your Balisong Design
1. Ultra-Fine Lines
The CNC dead center cannot engrave ultra-fine lines during machining. If the diameter of the dead center is less than 4mm, it’s highly prone to breaking. To prevent this, all lines in your design should have a minimum diameter of 2mm or more.
1. Ultra-Fine Lines
The CNC dead center cannot engrave ultra-fine lines during machining. If the diameter of the dead center is less than 4mm, it’s highly prone to breaking. To prevent this, all lines in your design should have a minimum diameter of 2mm or more.
2. Pointy Patterns
Pointy patterns are difficult to engrave due to machining limitations. The dead center can be easily damaged at high speeds when attempting to carve sharp points. Instead, use rounded and blunt patterns to ensure successful machining.
2. Pointy Patterns
Pointy patterns are difficult to engrave due to machining limitations. The dead center can be easily damaged at high speeds when attempting to carve sharp points. Instead, use rounded and blunt patterns to ensure successful machining.
3. Complex or Intricate Patterns
Unlike metal die casting, CNC machining uses pre-programmed software to control machinery like grinders, lathes, mills, and CNC routers. The more complex and three-dimensional your design, the more time-consuming and expensive the machining process becomes. For efficient mass production and cost control, keep your design simple and straightforward.
3. Complex or Intricate Patterns
Unlike metal die casting, CNC machining uses pre-programmed software to control machinery like grinders, lathes, mills, and CNC routers. The more complex and three-dimensional your design, the more time-consuming and expensive the machining process becomes. For efficient mass production and cost control, keep your design simple and straightforward.