lubrication
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a5:lubrication [2018/03/20 11:41] – [What to buy] samuelpinches | lubrication [2019/02/08 14:45] – [3D Printer Lubrication & Grease] samuelpinches | ||
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- | === Printer Lubrication === | + | ====== 3D Printer Lubrication |
- | Like a car, or any other mechanical machine, 3D printers do require periodic maintenance to ensure smooth and accurate operation. One of the require | + | Like a car, or any other mechanical machine, 3D printers do require periodic maintenance to ensure smooth and accurate operation. One of the required maintenance |
- | There are many lubricant options on the market, and there are many option that will still work fine. However the best lubricant options are discussed below. | + | There are many lubricant options on the market, and most options |
- | == Sewing machine oil == | + | Before applying |
- | **Good for X & Y axis.** | + | |
- | This is a thin oil that is good for lubricating | + | |
- | == Silicone Grease | + | === Sewing machine oil / Mineral Oil === |
- | **Good | + | **Good for X & Y axis. Bad for Z axis** |
- | There are many lubricants out there that are silicone based. These are generally good for higher load-bearing parts, such as gears. Depending on the formulation this may be a little more “thick” or “tacky” than is required in a 3D printer for x and y axis, but can be a good choice for a y axis as a thicker grease will avoid the lubricant simply running down a vertical shaft away from the required surface. | + | |
- | == Lithium Grease == | + | This is a thin oil that is good for lubricating bearings and rails. The low viscosity means that it will provide a nice thin layer of lubrication between metal surfaces without adding significant drag or friction. |
+ | |||
+ | === Silicone Grease === | ||
+ | **Mostly ok for X, Y, good for Z axis.** | ||
+ | |||
+ | There are many lubricants out there that are silicone based. These are generally designed for water-resistant applications, | ||
+ | |||
+ | === Lithium Grease | ||
**Great for Z axis, good for X & Y axis.** | **Great for Z axis, good for X & Y axis.** | ||
- | Similar benefits and disadvantages to silicone grease. The main disadvantage is again, dirt and dust sticking to rails. | ||
- | == PTFE-based/ | + | These are generally good for higher load-bearing parts, such as gears, are good for sliding surfaces, and can be good for use on linear rails as well. The main disadvantage is again, dirt and dust sticking to rails. Avoid moly-based grease. |
+ | |||
+ | === PTFE-based/ | ||
**Great for all X, Y & Z axis** | **Great for all X, Y & Z axis** | ||
+ | |||
PTFE based grease contains a polymer that creates a thin coating on moving parts. PTFE based lubricants are excellent for use in 3D printers, and are the best option for avoiding dust and debris being attracted to (and collecting on) the linear rails or rods. Dry lubricants are commonly used on bike chains in dry and dusty environments, | PTFE based grease contains a polymer that creates a thin coating on moving parts. PTFE based lubricants are excellent for use in 3D printers, and are the best option for avoiding dust and debris being attracted to (and collecting on) the linear rails or rods. Dry lubricants are commonly used on bike chains in dry and dusty environments, | ||
+ | === Silicone + PTFE-based/ | ||
+ | **Excellent for all X, Y & Z axis** | ||
+ | |||
+ | The best of both worlds, this combination has a reasonable viscosity to make is suitable for almost any light machinery application. | ||
+ | Examples include SuperLube (linked below). | ||
+ | In chemical industries this can also be bought as Krytox... but for around 10x the price of consumer products! | ||
==== What to buy ==== | ==== What to buy ==== | ||
- | The recommended options are listed below: | + | The best recommended options are listed below: |
- | *[[https:// | + | *[[https:// |
- | *[[https:// | + | *[[https:// |
***//Do not use regular WD-40!!//** | ***//Do not use regular WD-40!!//** | ||
+ | *[[https:// | ||
+ | * [[https:// | ||
+ | ====Further Reading==== | ||
+ | For more detailed information on this topic, you can visit the [[http:// | ||
- | ==Generic Dry lubricants== | + | {{youtube> |
- | *[[https:// | + | |
- | * [[https:// | + | |
- | + | ||
- | ==Silicone Lubricants with Teflon== | + | |
- | *[[https:// | + |
lubrication.txt · Last modified: 2020/12/25 02:13 by 127.0.0.1