Formlabs Fuse Blast Caster

Formlabs Fuse Blast Caster

Support Wheel for Formlabs Fuse Blast is a spare part designed to replace a damaged moving support of the machine. The swivel mechanism provides convenient equipment movement within the working area, and the locking function allows it to be securely fixed during operation. Wheel replacement may be necessary after damage during transportation, intensive use, or frequent machine movement.

Features

• Reliable construction. Specifically designed for Formlabs Fuse Blast, it withstands the weight of the equipment and ensures its stability during operation.
• Swivel mechanism. Allows easy machine movement in any direction during installation, adjustment, or maintenance.
• Fixation in place. The built-in locking mechanism keeps the wheel stationary and prevents equipment displacement during the work cycle.
• Easy installation. The design allows quick replacement of one or several wheels without the use of special tools.
• Versatility. Suitable for scheduled replacement, repair, and restoring equipment mobility after support damage.

Advantages

• Ensures a stable position of Fuse Blast during the cleaning of printed parts and removal of powder residues.
• Allows convenient machine movement between workstations and securely fixes it in the required position.
• Facilitates access to the equipment during diagnostics, repair, and scheduled technical maintenance.
• Ensures safe machine positioning and keeps it in place during the work cycle.

Storage Recommendations

• Store the spare wheel in a clean dry place at room temperature, away from moisture, dust, and contaminants.
• Keep the wheel in the factory packaging until installation to protect the swivel mechanism and fasteners from damage.
• During storage, place the part on a flat solid surface to avoid deformation and premature wear.

The Support Wheel for Formlabs Fuse Blast is available for purchase at 3DPrinter with delivery across Ukraine. Order the original component and avoid problems with machine stability during operation.