Tool-less 3.5" Hard Drive Caddy/Sled for Supermicro Server (Press-Fit)(With 2.5 HDD/SSD Adapter)
- Arrives in 2 to 7 business days Printed in Auckland. $10 shipping, free over $75
- 14-day faulty refund If it arrives broken or misprinted, we reprint or refund it
- Secure checkout Card payments handled by Stripe
- Material
- High-Detail Resin (8K)
- Colour
- Grey
- Weight
- ~43 g
- Print time
- ~2.4 h
- Express shipping
- $20
More information
Designed for the older generation but ubiquitous Supermicro Caddies. Part # SC93301 or MCP-220-00075-0B
HDD Status LED's are functional with additional 2mm fiber-optic cable. I've used THIS by searching "fiber optic 2mm" I have a pair of cables in the caddy face and a pair in the sled so they are separate. You could try using a transparent PETG or PC filament instead of the fiber optic cable but the status LED might not be as bright.
Also, you could probably print the caddy face in different colors to designate specific HDD's or different HDD pools.
Depending on how hot your HDD's are, you may want to use a different filament other than PLA because of PLA's low deformation temperature
To split the model into each individual object:
(In slicer) Right-click model → split → to object
The ventilation holes for the front of the caddy are created within the slicer. That way you can customize and change the ventilation holes however you want to the limit of your slicer.
REQUIRED slicer settings for vent holes:
Top Shell Layers
0
Bottom Shell Layers
0
These specific settings basically removes the top and bottom layers of the model which will reveal the infill pattern. The infill pattern itself IS the ventilation hole pattern. My settings below will create the pattern seen in my pictures but you can change it to be whatever pattern you want from your slicer.
PRINT SETTINGS I'VE USED
Nozzle: 0.4mm
Layer Height: 0.2mm
(Feel free to experiment and change what you like) Any setting not listed below are assumed to be default
3.5" Caddy Face
Walls
2
Top Surface
Concentric
Top Shell Layers
0
required for visible infill pattern
Bottom Surface
Concentric
Bottom Shell Layers
0
required for visible infill pattern
Sparse Infill Density
8%
change to desired infill pattern
Sparse Infill Pattern
Honeycomb
change to desired infill pattern
Infill Direction
60 degrees
change to desired infill pattern
Enable Supports
Yes
possibly needed for grill snap-fit
Type
Normal Auto
Style
Snug
3.5" Sled
Walls
5
Enable Supports
Yes
possibly needed for tool-less studs & grill snap-fit
Type
Normal Auto
Style
Snug
Threshold Angle
10 Degrees
to prevent generated supports in fiber-optic holes
Brim Type
Outer Brim Only
for bed adhesion
2.5" Adapter Sled
Walls
3
Top Shell Layers
1
to reduce filament
Top Shell Thickness
0.4mm
to reduce filament
Bottom Shell Layers
1
to reduce filament
Enable Supports
Yes
possibly needed for tool-less studs and grill snap-fit
Type
Normal Auto
Style
Snug
Threshold Angle
10 Degrees
to prevent generated supports in fiber-optic holes
Current Version: v1
**It's possible that different versions of Supermicro chassis may be incompatible with this model. Result may vary**
Looking for a caddy for your 2.5" HDD or SSD's?
Design and description by Dopins , licensed CC-BY-SA.
Frequently asked
How long does shipping take?
Tool-less 3.5" Hard Drive Caddy/Sled for Supermicro Server (Press-Fit)(With 2.5 HDD/SSD Adapter) is printed to order. Lead time is typically 1-3 business days plus 1-4 days NZ shipping. Standard NZ shipping is $10, free over $75.
What material is this printed in?
By default this is printed in High-Detail Resin (8K) at 0.025 mm layer height on an MSLA resin printer. Custom material and colour swaps are available, just leave a note at checkout.
Can I get this in a different colour?
Yes. Every product can be printed in any of the resin colours we stock, or hand-painted on request. Leave a note at checkout or email [email protected].
Do you ship outside of New Zealand?
Currently New Zealand only. Australian shipping is coming.
Who designed this?
Designed by an independent sculptor and licensed for commercial printing. The original is linked on this page.
