Slant 3D presents Oil Stick: the tool that simplifies lubrication of 3D printers
Slant 3D has developed Oil Stick, a pen-shaped applicator with a brush tip that solves the problems of traditional 3D printer lubrication. The device eliminates waste and dripping, depositing the correct amount of PTFE lubricant on axes, guides, and bearings.
The problem of traditional lubrication
The lubricant tubes supplied with 3D printers create dosing and dirt problems during routine maintenance.
Every 3D printer operator knows the situation. The machine signals that it is time to lubricate the Y-axis. The search for the small lubricant tube supplied with the printer begins.
The application becomes a frustrating process. The tube releases lubricant intermittently along the axis, with random drops. If you squeeze harder to ensure even coverage, the result is always excessive and the lubricant drips onto the machine.
As Slant 3D explains, these tubes have only two modes: “Nothing” or “Too much”. Lubrication is necessary for reliable printer operation, but the traditional method remains inefficient.
- Oil Stick is a pen-shaped applicator with a brush tip for PTFE lubricant
- Eliminates dripping and waste of traditional lubrication
- The solution: brush applicator
- Available in packs of 3 or 9 pieces at 20$ or 40$
The solution: brush applicator
Oil Stick uses a twist mechanism and a brush tip to deposit controlled amounts of lubricant where needed.
The device works like a pen. Remove the cap and gently brush it on the metal shafts of the machine. The correct amount of PTFE-infused lubricant is deposited without drips.
The process takes a few seconds. There is no waste or inconsistency in dosing.
Oil Stick works on various components beyond chrome shafts. Linear guides, bearings, and lead screws can be lubricated with the same tool, all elements that require periodic maintenance.
Technical specifications
The system combines a brush applicator with a twist mechanism for precise control of lubricant flow.
Slant 3D describes the operation as follows: “OilStick uses a brush tip applicator and a twist mechanism to release a controlled amount of oil directly where needed”.
The compact applicator helps users maintain guides, lead screws, gears, bearings, and other moving components. The system prevents oil from dripping onto print beds or being over-applied.
A single Oil Stick contains enough lubricant to maintain most home 3D printers for over a year.
Industrial origin
The tool is born from Slant 3D's experience in managing one of the largest 3D printing farms in the world.
The development of Oil Stick is not surprising considering who created it. Slant 3D manages one of the largest 3D printing farms in the world, consisting of thousands of machines.
Keeping all these printers properly lubricated is a significant logistical challenge. Oil Stick was born precisely from this operational need, where time savings become crucial.
Availability and pricing
The product is available in multi-packs with affordable prices for home and professional users.
Oil Stick is sold in packs of three or nine pieces. The prices are 20$ and 40$ respectively.
For those who manage one or more 3D printers, Oil Stick is a practical accessory to add to their maintenance toolkit.
article written with the help of artificial intelligence systems
Q&A
What is Slant 3D's Oil Stick?
Oil Stick is a pen-shaped applicator with a brush tip developed by Slant 3D for lubricating 3D printers. It deposits a controlled amount of PTFE lubricant directly onto axes and rails without waste.
What problems does it solve compared to traditional tubes?
Traditional tubes often release lubricant intermittently or excessively, causing drips and mess. Oil Stick eliminates these issues by offering precise dosing thanks to its twist mechanism and brush tip.
Which printer components can Oil Stick be used on?
The tool is ideal for lubricating chrome axes, linear guides, bearings, lead screws, and gears. It ensures all moving parts receive the right amount of oil without dripping onto print beds.
How long does a single Oil Stick last?
According to manufacturer specifications, a single Oil Stick is sufficient to maintain a home 3D printer for over a year. This makes it a cost-effective and efficient solution for routine maintenance.
How does the Oil Stick dispensing mechanism work?
The device uses a twist mechanism that allows the user to precisely control lubricant flow. By rotating the pen, PTFE lubricant is brought to the brush tip for even application.
