DigiFabb Dewaxing Station | 3-in-1 Professional Post-Processing System for 3D Printed Parts

Description

The DigiFabb Dewaxing Station is a professional 3-in-1 post-processing system designed to streamline the cleaning and drying workflow for MJP, SLA, DLP, and LCD 3D printed parts. It combines heated micro-bubble cleaning, fresh IPA rinsing, and forced air drying in one enclosed industrial system.

The integrated workflow improves cleaning quality, reduces manual handling, minimizes solvent contamination, and helps operators achieve consistently clean, dry parts with greater efficiency.

The system is specifically optimized for:

• MJP 3D Printer support wax removal
• SLA / DLP / LCD 3D printer resin cleaning
• Industrial solvent-based precision cleaning

Key Features

• 3-in-1 Integrated Workflow:  Combines heated cleaning, fresh IPA rinsing, and forced air drying into a single machine, simplifying the complete post-processing workflow.
• Heated Micro-Bubble Cleaning: High-speed micro-bubble technology provides effective and uniform cleaning. Millions of micro-bubbles reach intricate geometries, internal channels, and blind holes to help remove uncured resin, support wax, and contaminants.
• PID Temperature Control: A PID controller maintains accurate solvent temperature within a 30–60°C operating range for controlled and consistent heated cleaning.
• Dedicated Fresh IPA Rinse: After primary cleaning, parts can be transferred to a dedicated fresh IPA tank to remove contaminated solvent and residual particles, resulting in a cleaner surface and improved preparation for drying.
• Integrated Forced-Air Drying: The enclosed drying chamber uses a high-efficiency forced-air fan to accelerate IPA evaporation from external and internal surfaces, helping parts become ready for the next production process.
• Industrial Construction: Built with stainless steel cleaning and rinse tanks, powder-coated mild steel construction, a glass observation window, drain system with strainer, and over-temperature protection for reliable industrial operation.

Detailed Features

Heated Micro-Bubble Cleaning

The first stage uses a heated stainless steel cleaning tank with controlled micro-bubble technology. Millions of micro-bubbles agitate the cleaning solvent and penetrate intricate geometries, internal channels, and blind holes to provide uniform cleaning.

Benefits:

• Faster removal of uncured resin and support wax.
• Uniform cleaning across complex geometries.
• Gentle cleaning of delicate printed parts.
• Consistent cleaning performance.

Fresh IPA Rinse Tank

After the primary cleaning cycle, the printed parts are transferred into a dedicated fresh IPA rinse tank. The clean IPA helps remove contaminated solvent and remaining particles from the part surface.

Benefits:

• Cleaner surface finish
• Reduced solvent and resin residue
• Better preparation for drying
• Improved post-processing consistency

Integrated Drying Chamber

The final stage uses an enclosed drying chamber with a high-efficiency forced-air fan. This accelerates evaporation of IPA from both external and internal surfaces.

Benefits:

• Faster drying
• Reduced manual drying effort
• Parts ready for subsequent processing
• Improved overall productivity

PID Temperature Control

The heating system uses a PID controller to maintain controlled operating temperatures between 30°C and 60°C, supporting stable and repeatable cleaning conditions.