VESCONITE 3D PRINTER BUSHINGS
Vesconite is a high-performance engineering plastic that is widely used in the 3D printing industry for various applications, such as prototypes, models, parts,etc. Vesconite can provide high precision, strength, and durability and enable rapid and cost-effective production.
Some of the benefits of using Vesconite in 3D printing are:
- Vesconite has a high dimensional accuracy and can produce parts with tight tolerances and smooth surfaces
- Vesconite has a high tensile strength and can produce parts with high mechanical properties and resistance to deformation
- Vesconite has a high thermal stability and can produce parts with low shrinkage and warping
- Vesconite has a good compatibility and can be printed with various types of printers and filaments
- Vesconite has a low environmental impact and can be recycled or biodegraded
Some of the applications of Vesconite in 3D printing are:
- Vesconite prototypes and models for testing and validation of designs and concepts
- Vesconite parts and components for various industries and applications, such as aerospace, automotive, medical, etc.
- Vesconite tools and molds for casting and injection molding of other materials
VESCONITE 3D PRINTER BUSHINGS RESOURCES
KEY FEATURES
- Vesconite bearings offer noise reduction, self-lubrication, low friction, and are shaft-friendly.
- Custom sizing is available, and tight running clearance improves printed parts through layering
STANDARD AND CUSTOM SIZES
Vesconite Bearings offers the full LM (Linear Motion) range of ball bearing replacements across a wide range of printers.
Vesconite Bearings also offers custom sizing. Kindly send your special requirements to vesconite@vesconite.com.
Any and all proposed replacements (V-Slot configurations, lead screw replacements, etc.) can be directed to vesconite@vesconite.com.
About PlastoGlide
CIP Composites is our flagship thermopolymer, designed for particularly difficult operating environments. Vesconite Hilube is specifically recommended for moist and underwater applications.