Glide Pen™ Oil Lubricant & Release Agent

The Glide Pen™ is a twist-to-dispense lubricant applicator that delivers a thin, even coat of oil to 3D printer linear rails, rods, and bearings without drips or mess. Made with a premium, USA-formulated lubricant, it keeps moving parts running smoothly and works for household applications like hinges and drawer slides.

• NO DRIPS, NO MESS: This 3D printer oil pen features a fine brush tip that applies a thin, even coat of lubricant exactly where you need it. Unlike a 3D printer grease pen or squeeze bottle, it won't run down the frame or onto the bed.
• TWIST, BRUSH, GLIDE: Twist the base to load the 3D printer oil brush, paint the rail or rod, then move the part. The Glide Pen tip reaches tight carriage gaps that a 3D printer lube and grease tube can't.
• FOR ANY MOVING PART: One versatile lubricant for 3D printer linear rails, rods, bearings, latches, drawer slides, and hinges. From printer maintenance to workshop projects and household repairs, Glide Pen keeps moving parts running smoothly.
• EXTEND YOUR MACHINE'S LIFE: Apply this 3D printer oil lubricant once a month for a durable coating. A cleaner swap for 3D printer grease and oil tubs that keeps rails slick, protected, and smooth.
• USA-MADE LUBRICANT: Our 3D printer lubricant oil is formulated and made in the USA by Miller-Stephenson, American lubricant specialists since 1955, and packed in the Glide Pen by Slice Engineering.
• PLASTIC-SAFE FORMULA: Safe for plastics, rubber, metals, and elastomers. Unlike conventional oils that may damage sensitive materials, Glide Pen lubricant keeps your machine’s components protected without compromising material compatibility.
• LARGE TEMPERATURE RANGE: Rated for temperatures from -100°C (-148°F) up to 315°C (600°F), this high-performance lubricant keeps moving parts protected in demanding, high-temperature applications.
• 50% MORE LUBRICANT: Get more value with 4.5 mL of lubricant per pen, compared to the approximately 3 mL offered by competing products. Each Glide Pen is filled to capacity for maximum lubricant volume with minimal air bubbles.