About Survival Laser's color-anodized aluminum heatsinks, does anybody know:
1) total axial length
2) the large diameter of the flange
3) the smaller diameter of the body
4) flange axial thickness
The reason is to see if DTR's 20mm copper module has enough material to be machined down to the dimensions of a Survival Laser heatsink so it can fit into the S4X host.
This way, we have the diode directly mounted to the larger copper mass rather than inserting a small 12mm module with thermal paste into a larger heatsink which is not ideal for best heat transfer.
Thank you for your help.
1) total axial length
2) the large diameter of the flange
3) the smaller diameter of the body
4) flange axial thickness
The reason is to see if DTR's 20mm copper module has enough material to be machined down to the dimensions of a Survival Laser heatsink so it can fit into the S4X host.
This way, we have the diode directly mounted to the larger copper mass rather than inserting a small 12mm module with thermal paste into a larger heatsink which is not ideal for best heat transfer.
Thank you for your help.
Last edited: