Beatrice
Well-Known Member
Full Member
- Messages
- 478
- Reaction score
- 212
HI All,
I do not want to hear "This company XYZ made the best one" I want to read "This feature need to be there in order to make the best bar".
I am interested to know what features you want to get the best bar.
-Size
-Material
-Shape
-Features (retention, attachments, etc)
-Turn Around Time
-Price*
-How it is milled
-How it is designed
If you could hire an employee that have done over 10 000+ bars in his life, would you do it?
-Polishing
-Surface treatment (sandblast, pink ionisation, silicoating, other)
-Kind of fit (Precision) (Industrial fit, in-lab scan fit)**
-etc
You can also see it the opposite way, why you don't buy a certain type of cad-cam bar? If you want to help manufacturer (yes it include myself) to develop the best bar in the market, use this to explain it.
*: Keep in mind that there still some reality
<------------------------------------->
Price ------------------------------ Benefits
**: About the fit (precision),I am amazed how the industry tend to lower the quality of what people are used to. When I started doing CAD-CAM bars few years ago, i had complains about the quality of the fit that was not good enough (even at 0.5 micron) but the same customer as soon as they got their in-house scanner that was around 20-50 micron precision, the fit from this kind of machine was now good enough? The only reason I found was that people since they have invested a good amount of money in those kind of technology prefer to ignore the problem to avoid loosing their money.
That why we can draw a line like "Price vs Benefits"
<-------------------------------------->
In-house scan ---------------------- Best fit
Thank all
I do not want to hear "This company XYZ made the best one" I want to read "This feature need to be there in order to make the best bar".
I am interested to know what features you want to get the best bar.
-Size
-Material
-Shape
-Features (retention, attachments, etc)
-Turn Around Time
-Price*
-How it is milled
-How it is designed
If you could hire an employee that have done over 10 000+ bars in his life, would you do it?
-Polishing
-Surface treatment (sandblast, pink ionisation, silicoating, other)
-Kind of fit (Precision) (Industrial fit, in-lab scan fit)**
-etc
You can also see it the opposite way, why you don't buy a certain type of cad-cam bar? If you want to help manufacturer (yes it include myself) to develop the best bar in the market, use this to explain it.
*: Keep in mind that there still some reality
<------------------------------------->
Price ------------------------------ Benefits
**: About the fit (precision),I am amazed how the industry tend to lower the quality of what people are used to. When I started doing CAD-CAM bars few years ago, i had complains about the quality of the fit that was not good enough (even at 0.5 micron) but the same customer as soon as they got their in-house scanner that was around 20-50 micron precision, the fit from this kind of machine was now good enough? The only reason I found was that people since they have invested a good amount of money in those kind of technology prefer to ignore the problem to avoid loosing their money.
That why we can draw a line like "Price vs Benefits"
<-------------------------------------->
In-house scan ---------------------- Best fit
Thank all