Onulis CrossLink
The definitive step 3 for validated, production-grade P3 & DLP part curing
Now Serving US & Canada
Onulis CrossLink Thermal Post-Processing
The CrossLink thermal oven creates production-grade, end-use parts for a wide variety of industries, including aerospace, automotive, medical, and consumer goods. Leveraging precise, high-performance thermal curing technology, which unlocks the exact mechanical properties specified by material manufacturers, the CrossLink operates with unmatched repeatability. Once your parts are thermally cured, they achieve their fully validated tensile strength, heat deflection temperature, and durability.
Achieve Validated Mechanical Properties
Engineering-grade photopolymers are typically delivered in a liquid format and initially stabilized with UV light. Standard UV curing alone is not enough to achieve the final, high-performance material characteristics required for rigorous end-use applications. The CrossLink eliminates this performance gap. Once the material is thermally cured in the chamber, you can safely deploy your parts into demanding, real-world production environments with full confidence in their strength.
How It Works
1.
First, printed parts undergo a fully automatic wash sequence in the CleanPoint to remove residual liquid resin, ensuring a pristine surface finish.
2.
The clean parts are then transferred to the WRAP Prime, a high-powered UV post-curing unit to achieve initial structure stabilization.
3.
Next, the parts are placed inside the CrossLink oven, where the user selects the pre-programmed thermal profile for the specific material. The parts then undergo uniform, high-accuracy heat distribution up to 300°C, fully crosslinking the polymer chains to lock in their final mechanical properties.
Features
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Pre-programmed, material-specific thermal profiles eliminate manual programming setup and reduce the risk of user error.
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Oversized 70 L chamber architecture maximizes throughput by accomodating up to two full platform builds simultaneously.
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Through strict thermal validation by leading material manufacturers, end-use parts are guaranteed to hit full material specifications.
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Tight internal temperature control with a 0.1°C accuracy produces uniform heat distribution across the entire build.
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Versatile 5°C to 300°C heating spectrum avoids temperature spikes, protecting sensitive resins from warping.
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Two internal load-bearing shelves support a total capacity of up to 30 lbs of printed components per cycle.
Specifications
Compatible Resins
- P3 Photopolymers
- DLP
- SLA
Chamber Volume
70 L
Throughput
Cures up to 2 full production-sized build platforms simultaneously
Shelf Capacity
- 2 Shelves
- Load-bearing capacity: 30 lbs (15 kg) total
System Size & Weight
Internal Dimensions: 16.5 x 17.7 x 13.8 in.
External Dimensions: 23.6 x 31.1 x 21.5 in.
Weight: 110 lbs (50 kg)
Thermal Range
- 5°C – 300°C (41°F – 572°F)
- Accuracy: 0.1°C
- Uniformity: 2%
Operating Conditions
- Temperature: 50 - 86°F (10 - 30°C)
- Humidity: <70%
Power Requirements
100 – 240 VAC, 50 – 60 Hz, 0.7A
Frequently Asked Questions
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