Thank you for the explanation. Please, I have a question. What is the difference between scallops and hypers, and when do I use each of them because for me they work the same?
Do you mean Hybrids? If so, a Hybrid toolpath is essentially a combination of a Waterline and a Scallop, so in certain applications a Hybrid will work very similarly to a traditional Scallop operation.
Yes, sir, I mean the difference between the hybrid and the scallop because they are almost very similar in work for me. My question is in which applications can I use the hybrid and not use the scallop, or vice versa. Thank you for the response.
@@armanshnan1875 Well both a Hybrid and Scallop work in very similar ways when dealing with a shallow surface, or one that does that have significant draft. A Hyrbrid is best deployed when you have a surface that transitions from a steep to a shallow angle as the Hybrid can use a different stepover value based on a given angle.
Thank you so much
You're most welcome, we appreciate the feedback!
Thank you for the explanation. Please, I have a question. What is the difference between scallops and hypers, and when do I use each of them because for me they work the same?
Do you mean Hybrids? If so, a Hybrid toolpath is essentially a combination of a Waterline and a Scallop, so in certain applications a Hybrid will work very similarly to a traditional Scallop operation.
Yes, sir, I mean the difference between the hybrid and the scallop because they are almost very similar in work for me. My question is in which applications can I use the hybrid and not use the scallop, or vice versa. Thank you for the response.
@@armanshnan1875 Well both a Hybrid and Scallop work in very similar ways when dealing with a shallow surface, or one that does that have significant draft. A Hyrbrid is best deployed when you have a surface that transitions from a steep to a shallow angle as the Hybrid can use a different stepover value based on a given angle.
@@dvoferguson Thank you very mach