M5-0.8 Short Brass Threaded Inserts – Initeq

These create much more convenient and professional parts than using "captive nuts" (where you have to design a slot for a nut, and then place the nut in the slot and hold it there while affixing a screw). They also can be used in some situations where captive nuts just don't work.These are inserted into a hole in the p
These create much more convenient and professional parts than using captive nuts (where you have to design a slot for a nut, and then place the nut in the slot and hold it there while affixing a screw). They also can be used in some situations where captive nuts just don't work.

These are inserted into a hole in the print that is slightly smaller than the insert, and set in place using a soldering iron to melt the plastic around the insert. The inserts have a slight taper and small fins that the plastic flows around, resulting in an extremely strong bond.

Rather than adjust designs around the limitations of 3D printing (supports, print bed size, etc), divide your parts into separate components that fasten using these inserts and machine screws. Not only does this give you greater flexibility when designing a part, but also allows you to re-print only failed components rather than full assemblies - saving time and money.

These are threaded M5-0.8 with an overall length (OAL) .265
Recommended hole size is .315 (top) and .303 (bottom)
These create much more convenient and professional parts than using captive nuts (where you have to design a slot for a nut, and then place the nut in the slot and hold it there while affixing a screw). They also can be used in some situations where captive nuts just don't work.These are inserted into a hole in the print that is slightly smaller than the insert, and set in place using a soldering iron to melt the plastic around the insert. The inserts have a slight taper and small fins that the plastic flows around, resulting in an extremely strong bond.Rather than adjust designs around the limitations of 3D printing (supports, print bed size, etc), divide your parts into separate components that fasten using these inserts and machine screws. Not only does this give you greater flexibility when designing a part, but also allows you to re-print only failed components rather than full assemblies - saving time and money.These are threaded M5-0.8 with an overall length (OAL) .265Recommended hole size is .315 (top) and .303 (bottom)

: Tools & Home Improvement

[initeq] M5-0.8 M5 Threaded Heat Set Inserts for 3D Printing (50, Long)

initeq] M3-0.5 Threaded Heat Set Inserts for 3D Printing (50, Long) : : Industrial & Scientific

M2 M3 M5 M6 M8 Brass Self-Tapping Threaded Inserts Nut - China Threaded Insert, Brass Insert

initeq] Brass Threaded Inserts for Plastics Assortment A - Import It All

initeq] Brass Threaded Inserts for Plastics Assortment A - Import It All

What are the best Threaded Inserts according to Reddit?

Heat-Set Insert Tapered, M5-.8 Internal Thread, 6.7mm L (x20)

[initeq] M5-0.8 M5 Threaded Heat Set Inserts for 3D Printing (20, Long) : Industrial & Scientific

Brass SMT INSERT M5 & M3, For Batteries at Rs 3.85/piece in Rajkot

E-Z LOK Threaded Insert for Plastic Flush Brass Thread Inserts M5-0.8 Pack of 25 - Yahoo Shopping

IN-506-M5 5,8mm Brass Threaded Insert

E-Z Press™ Threaded Insert - Flanged - Brass - M5-0.8

[initeq] M5-0.8 M5 Threaded Heat Set Inserts for 3D Printing (50, Long) : Industrial & Scientific