Asiga Cure
The Asiga Cure is a professional post-curing unit designed for resin 3D printing workflows that require accuracy, repeatability, and controlled material performance. Built for dental, lab, and production environments, it helps printed parts achieve their final properties through a controlled combination of UV light, vacuum curing, infrared heating, and intelligent dose management.
Available in Cure 1.5 and Cure 2.5 chamber sizes, the Asiga Cure gives users a reliable post-processing solution for a wide range of validated and custom resin workflows.
Description
Controlled Post-Curing for Resin 3D Prints
The Asiga Cure is built to deliver consistent curing results for resin 3D printed parts. Its intelligent dose-based curing system measures light exposure inside the chamber, helping users achieve repeatable results even when curing different quantities of parts.
Vacuum Curing and Infrared Heating
A built-in vacuum system helps reduce oxygen inhibition, which can cause sticky or under-cured surfaces on printed parts. Infrared heating supports curing temperatures up to 80°C, helping compatible materials reach their intended mechanical, thermal, and surface properties.
Flexible Material Compatibility
The Asiga Cure includes a material profile library and also allows users to create and save custom curing programs. This gives labs flexibility when working with Asiga materials, validated third-party resins, or specialized workflows that require specific curing settings.
Inert Gas and Vacuum Options
For applications that require an inert curing environment, the Asiga Cure can be connected to an external gas source such as nitrogen. The system also includes an acceleration port for connecting an external vacuum pump, helping reduce vacuum pull-down time in high-throughput workflows.
Smart Interface and Hands-Free Operation
The Asiga Cure is designed for easy daily use with a smart user interface and touchless lid operation. Users can manage curing profiles, adjust workflow settings, and operate the system with less manual contact, making it practical for busy lab and production spaces.
Technical Specifications
| Specification | Cure 1.5 | Cure 2.5 |
|---|---|---|
| Product Type | Post-Curing Unit | Post-Curing Unit |
| Chamber Volume | 1.5 L | 2.5 L |
| Chamber Size | 143 × 199 × 60 mm | 143 × 199 × 115 mm |
| Chamber Size in Inches | 5.63 × 7.83 × 2.36 in | 5.63 × 7.83 × 4.53 in |
| Technology | Vacuum chamber, intelligent dose curing, IR heating, UV LEDs, nitrogen connectivity | Vacuum chamber, intelligent dose curing, IR heating, UV LEDs, nitrogen connectivity |
| Heating | Up to 80°C | Up to 80°C |
| Material Support | Built-in material profiles and custom curing settings | Built-in material profiles and custom curing settings |
| Smart Features | Touchless lid opening, smart interface, customizable curing profiles | Touchless lid opening, smart interface, customizable curing profiles |
| Connectivity | Wi-Fi / Wireless Direct / Ethernet | Wi-Fi / Wireless Direct / Ethernet |
| Power Requirements | 100–240 V AC, 50–60 Hz, 2.8 A max | 100–240 V AC, 50–60 Hz, 2.8 A max |
| System Size | 360 × 330 × 240 mm | 360 × 330 × 240 mm |
| System Size in Inches | 14.17 × 13.00 × 9.44 in | 14.17 × 13.00 × 9.44 in |
| System Weight | 15 kg / 33 lb | 15 kg / 33 lb |
| Packed Size | 490 × 460 × 460 mm | 490 × 460 × 460 mm |
| Packed Size in Inches | 19.3 × 18.1 × 18.1 in | 19.3 × 18.1 × 18.1 in |
| Packed Weight | 19.5 kg / 43 lb | 19.5 kg / 43 lb |
| Warranty | 12-month manufacturer’s warranty | 12-month manufacturer’s warranty |
| Technical Support | Lifetime technical support included | Lifetime technical support included |
Setup and Post-Processing Preparations
Place the Asiga Cure on a stable, clean, and level work surface near the printer and washing station. Printed parts should be properly cleaned and dried before curing. Select the correct curing profile based on the resin manufacturer’s recommendations or use a custom profile when required.
Recommended supplies include:
- Nitrile gloves
- Paper towels
- Compatible washing equipment or approved cleaning solvent
- Clean drying area before curing
- Material-specific curing profiles
- Optional nitrogen or external gas setup for workflows that require inert gas curing
