Calibration print shape
1
To check my leveling etc. is correct I was going to print a wide and thin cube. My theory being that I should be able to spot any obvious separation of the layers.
Does anyone have any better shape that they print as a dry run?
calibration
asked Dec 20 at 15:05
BanksySan
1698
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BanksySan is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
1
To check my leveling etc. is correct I was going to print a wide and thin cube. My theory being that I should be able to spot any obvious separation of the layers.
Does anyone have any better shape that they print as a dry run?
calibration
asked Dec 20 at 15:05
BanksySan
1698
New contributor
BanksySan is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
1
1
1
To check my leveling etc. is correct I was going to print a wide and thin cube. My theory being that I should be able to spot any obvious separation of the layers.
Does anyone have any better shape that they print as a dry run?
calibration
asked Dec 20 at 15:05
BanksySan
1698
New contributor
BanksySan is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
To check my leveling etc. is correct I was going to print a wide and thin cube. My theory being that I should be able to spot any obvious separation of the layers.
Does anyone have any better shape that they print as a dry run?
calibration
calibration
asked Dec 20 at 15:05
BanksySan
1698
New contributor
BanksySan is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked Dec 20 at 15:05
BanksySan
1698
New contributor
BanksySan is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked Dec 20 at 15:05
BanksySan
1698
New contributor
BanksySan is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked Dec 20 at 15:05
BanksySan
1698
asked Dec 20 at 15:05
BanksySan
1698
1698
New contributor
BanksySan is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
New contributor
BanksySan is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
BanksySan is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
add a comment |
1 Answer
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Your calibration shape depends on what you want to calibrate on. Among the most popular:
- Benchy as a general "overall" test.
- Lattice Cubes for retraction/stringing and overall quality.
- Two pillars to test for stringing and cooling.
- Spikes for retraction, stringing and temperature control.
- Bridges for cooling control.
- Cubes for sizing. They also allow seeing if the printer is skewed in X or Y.
- Cylinders in each other to check the achievable resolution.
- Temperature towers for temperature and overhang.
Impact1 & Bend & Tension test pieces for filament properties - if you have the setups needed.
1 - I couldn't find a proper model for an ISO 148-1 Charpy pendulum impact test in thingieverse
answered Dec 20 at 16:36
Trish
4,053635
1
Great list, although one not mentioned is a calibration square to measure diagonals in order to test the skewness. This is typically a large square only a few layers tall.
– Perplexed Dipole
Dec 20 at 17:29
Lots of useful stuff there. How doe the bridge to test cooling control work though?
– BanksySan
Dec 20 at 20:10
@BanksySan If the bridge fails or sags too much, you need more cooling.
– Trish
Dec 20 at 20:33
add a comment |
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1 Answer
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1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
3
Your calibration shape depends on what you want to calibrate on. Among the most popular:
- Benchy as a general "overall" test.
- Lattice Cubes for retraction/stringing and overall quality.
- Two pillars to test for stringing and cooling.
- Spikes for retraction, stringing and temperature control.
- Bridges for cooling control.
- Cubes for sizing. They also allow seeing if the printer is skewed in X or Y.
- Cylinders in each other to check the achievable resolution.
- Temperature towers for temperature and overhang.
Impact1 & Bend & Tension test pieces for filament properties - if you have the setups needed.
1 - I couldn't find a proper model for an ISO 148-1 Charpy pendulum impact test in thingieverse
answered Dec 20 at 16:36
Trish
4,053635
1
Great list, although one not mentioned is a calibration square to measure diagonals in order to test the skewness. This is typically a large square only a few layers tall.
– Perplexed Dipole
Dec 20 at 17:29
Lots of useful stuff there. How doe the bridge to test cooling control work though?
– BanksySan
Dec 20 at 20:10
@BanksySan If the bridge fails or sags too much, you need more cooling.
– Trish
Dec 20 at 20:33
add a comment |
3
Your calibration shape depends on what you want to calibrate on. Among the most popular:
- Benchy as a general "overall" test.
- Lattice Cubes for retraction/stringing and overall quality.
- Two pillars to test for stringing and cooling.
- Spikes for retraction, stringing and temperature control.
- Bridges for cooling control.
- Cubes for sizing. They also allow seeing if the printer is skewed in X or Y.
- Cylinders in each other to check the achievable resolution.
- Temperature towers for temperature and overhang.
Impact1 & Bend & Tension test pieces for filament properties - if you have the setups needed.
1 - I couldn't find a proper model for an ISO 148-1 Charpy pendulum impact test in thingieverse
answered Dec 20 at 16:36
Trish
4,053635
1
Great list, although one not mentioned is a calibration square to measure diagonals in order to test the skewness. This is typically a large square only a few layers tall.
– Perplexed Dipole
Dec 20 at 17:29
Lots of useful stuff there. How doe the bridge to test cooling control work though?
– BanksySan
Dec 20 at 20:10
@BanksySan If the bridge fails or sags too much, you need more cooling.
– Trish
Dec 20 at 20:33
add a comment |
3
3
3
Your calibration shape depends on what you want to calibrate on. Among the most popular:
- Benchy as a general "overall" test.
- Lattice Cubes for retraction/stringing and overall quality.
- Two pillars to test for stringing and cooling.
- Spikes for retraction, stringing and temperature control.
- Bridges for cooling control.
- Cubes for sizing. They also allow seeing if the printer is skewed in X or Y.
- Cylinders in each other to check the achievable resolution.
- Temperature towers for temperature and overhang.
Impact1 & Bend & Tension test pieces for filament properties - if you have the setups needed.
1 - I couldn't find a proper model for an ISO 148-1 Charpy pendulum impact test in thingieverse
answered Dec 20 at 16:36
Trish
4,053635
Your calibration shape depends on what you want to calibrate on. Among the most popular:
- Benchy as a general "overall" test.
- Lattice Cubes for retraction/stringing and overall quality.
- Two pillars to test for stringing and cooling.
- Spikes for retraction, stringing and temperature control.
- Bridges for cooling control.
- Cubes for sizing. They also allow seeing if the printer is skewed in X or Y.
- Cylinders in each other to check the achievable resolution.
- Temperature towers for temperature and overhang.
Impact1 & Bend & Tension test pieces for filament properties - if you have the setups needed.
1 - I couldn't find a proper model for an ISO 148-1 Charpy pendulum impact test in thingieverse
answered Dec 20 at 16:36
Trish
4,053635
edited Dec 20 at 19:19
answered Dec 20 at 16:36
Trish
4,053635
answered Dec 20 at 16:36
Trish
4,053635
answered Dec 20 at 16:36
Trish
4,053635
4,053635
1
Great list, although one not mentioned is a calibration square to measure diagonals in order to test the skewness. This is typically a large square only a few layers tall.
– Perplexed Dipole
Dec 20 at 17:29
Lots of useful stuff there. How doe the bridge to test cooling control work though?
– BanksySan
Dec 20 at 20:10
@BanksySan If the bridge fails or sags too much, you need more cooling.
– Trish
Dec 20 at 20:33
add a comment |
1
Great list, although one not mentioned is a calibration square to measure diagonals in order to test the skewness. This is typically a large square only a few layers tall.
– Perplexed Dipole
Dec 20 at 17:29
Lots of useful stuff there. How doe the bridge to test cooling control work though?
– BanksySan
Dec 20 at 20:10
@BanksySan If the bridge fails or sags too much, you need more cooling.
– Trish
Dec 20 at 20:33
1
1
Great list, although one not mentioned is a calibration square to measure diagonals in order to test the skewness. This is typically a large square only a few layers tall.
– Perplexed Dipole
Dec 20 at 17:29
Great list, although one not mentioned is a calibration square to measure diagonals in order to test the skewness. This is typically a large square only a few layers tall.
– Perplexed Dipole
Dec 20 at 17:29
Lots of useful stuff there. How doe the bridge to test cooling control work though?
– BanksySan
Dec 20 at 20:10
Lots of useful stuff there. How doe the bridge to test cooling control work though?
– BanksySan
Dec 20 at 20:10
@BanksySan If the bridge fails or sags too much, you need more cooling.
– Trish
Dec 20 at 20:33
@BanksySan If the bridge fails or sags too much, you need more cooling.
– Trish
Dec 20 at 20:33
add a comment |
BanksySan is a new contributor. Be nice, and check out our Code of Conduct.
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