Phrozen Cure+ Dental 3D Post-Curing Unit

Phrozen Cure+ Dental — a complete solution for curing 3D prints in digital dentistry

Introduction: post-curing, which determines clinical success

Final photopolymerisation is crucial for patient safety and longevity. Phrozen Cure+ Dental shortens and standardises this stage by combining a broad UV spectrum, flash curing and stable chamber temperature. The result is repeatable, predictable results and the possibility of same-visit dentistry.

Triple wave technology: 365, 385 and 405 nm

• Compatibility with photoinitiators – the broad spectrum activates resins from different manufacturers.
• Uniformity – even energy reduces the risk of under-curing the model core.

Flash Curing: deep polymerisation without overheating

• High-energy pulses penetrate deeper than continuous light.
• Intervals between flashes reduce stress and deformation of thin-walled elements.

Controlled heating: 60 °C for stronger properties

• An 80 W heater stabilises the process temperature.
• A denser network of bonds means higher resistance to cracking, chipping and deformation.

Open and validated material ecosystem

Built-in library of ready-made profiles for popular resins: Pac-Dent, NextDent, Keystone, Dreve, Dentona, Detax, Saremco. The operator selects the manufacturer and material on a clear 5-inch screen, and the device applies the correct sequence of time, flashes and heating.

Workflow in 4 simple steps

• Step 1: Preparation – place the cleaned, dried prints in the 12 x 12 x 5 cm chamber.
• Step 2: Profile selection – select the manufacturer and resin type, start the cycle.
• Step 3: Automation – Cure+ executes the programmed LED and heating sequence.
• Step 4: Finalisation – remove the finished items, proceed to finishing or sterilisation according to the material.

Estimated curing times for the most common applications

Application	Mode	Estimated time
Surgical template (Keyguide)	Flash Cure and heating	Approximately 5 minutes
Crowns and bridges (Rodin Sculpture 2.0)	Flash Cure and heating	approx. 11 min
Occlusal splint (KeySplint Soft)	Flash Cure and heating	approx. 10 min
Denture plate	Flash Cure and heating	approx. 8 min*
Hybrid denture	Flash Cure and heating	approx. 20 min*
Diagnostic model	Cure and heating	approx. 10–15 min*
Gingival mask	Normal Cure	approx. 20–25 min*
*Approximate times, depending on geometry and resin manufacturer’s recommendations.

Clinical applications in practice

• Implantology – guide templates, predictability of implant positions.
• Prosthetics – temporary crowns and bridges, denture components, wax-ups.
• Orthodontics – splints and aligner components in accordance with the material and guidelines.
• Diagnostics – study models, fittings and documentation.

Process ergonomics and safety

• Uniform exposure thanks to the distribution of light sources and chamber geometry.
• Stable working platform reduces the risk of component displacement.
• Clear end-of-cycle signals allow staff to work in parallel.

Parameters that support profitability

• Shorter cycles mean higher throughput and better utilisation of workstations.
• Validated profiles reduce losses due to under-curing.
• Repeatability reduces the number of corrections and complaints.

Phrozen Cure+ Dental — Frequently Asked Questions (Q&A)

Can I use resins from different manufacturers in the Cure+ station?

• Yes, absolutely. Cure+ is an open system designed for maximum flexibility. The device has a built-in, constantly updated library of validated curing profiles for materials from leading manufacturers such as Pac-Dent, NextDent, Keystone, Dreve, Dentona, Detax and Saremco. This gives you the freedom to choose the best materials for specific applications and guarantees optimal results without the need for manual calibration.

What are the dimensions of the device’s working chamber?

• The working chamber, i.e. the space where the prints are placed for curing, measures 12 cm wide, 12 cm deep and 5 cm high (12 x 12 x 5 cm). This allows for convenient processing of both single, larger jobs and multiple smaller items at the same time, increasing the throughput and efficiency of the laboratory.

What is the maximum temperature of the device chamber?

• The integrated 80 W heating system maintains a constant, controlled temperature of 60°C in the chamber. This is the optimum temperature, which significantly accelerates the polymerisation process and, more importantly, stimulates the formation of a denser network of polymer bonds in the material, which directly translates into better strength and clinical durability.

Is the device complicated to operate for a novice user?

• Absolutely not. The Cure+ station is designed to be operated by any member of the team, not just a specialised 3D printing technician. A clear, four-step process guided by a large touchscreen eliminates any guesswork, freeing up the time of your most skilled employees to focus on higher-value tasks such as design and final characterisation of prosthetic work.

Why is a wide range of LED wavelengths (365, 385, 405 nm) important?

• Different dental resins use different photoinitiators – chemical compounds that react to light of a specific wavelength to start the curing process. Having a wide spectrum of action ensures that the Cure+ station is able to fully and optimally cure any material available on the market, ensuring its maximum biocompatibility and achieving the mechanical properties declared by the manufacturer.

What is “Flash Curing” technology and what are its benefits?

• “Flash Curing” is an advanced method of exposing the material to a series of very short but intense flashes of light. Its main advantage is the ability to penetrate deeper into the structure of the print, ensuring complete and even curing throughout the entire volume, not just on the surface. At the same time, thanks to the intervals between flashes, it prevents overheating and deformation, which is a common risk with continuous exposure.