PinkWave™ QuadWave™ Curing Light


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2021 Stevie Award Winner - Innovation of the Year

Cellerant Best of Class Technology Award 2020

Dr. Brett Gilbert Seal of Approval

Dental Products Report Top 10 Technology Products

Dental Products Report Top 5 Test Drives

Dental Products Report Top 50 Editor's Choice 2018

How You Cure Matters

quadwaveTM Technology Logo

PinkWave™ QuadWave™ Technology leverages four different wavelengths to ensure peak performance:

  • UV-Photo Initiators
  • CQ Initiator
  • Enhanced Polymerization
  • NIR – Enhanced Polymerization

Pinkwave Normalized Intensity vs Wavelength Chart

QuadWave™ The Future

Decreased Shrinkage

Decreased shrinkage of the materials results in a better restoration with a decreased chance of failure.

Decreased marginal staining, lower chance of microleakage and secondary caries



Reduced patient post-operative sensitivity

PinkWave LED 12.1mm

Increased Polymerization

This increase comes from the NIR wavelength emitted and leads to an overall decrease in restoration failure.


Harder restoration and greater wear resistance



Less microleakage and water absorption

Pinkwave - Valo Grand Normalized Irradiance Chart

Pinkwave - Normalized Irradiance Chart


“I was blown away by this—this light has a built-in transilluminator and transillumination has become really huge in dentistry. So if you want to transilluminate a tooth to help diagnose certain conditions, such as cracks or if you’re looking for canal orifices, or trying to detect interproximal caries, the transillumination feature is a great benefit.”


Pinkwave With Cracked Tooth

Curing Modes

Standard Cure Mode

20 second cycle, 1515 mW/cm2 power output

Boost Mode

3 second cyle, 1720 mW/cm2 power output

Ramp Cure Mode

20 second cycle, gradual increase in intensity

Frequently Asked Questions

A combination of four different wavelengths, ranging from 375 – 900 nm, that provide a broad spectrum enabling you to cure any composite on the market.  The wavelengths are:  

  • Blue – CQ initiator 
  • Near Infrared – enhances polymerization 
  • Red – enhanced polymerization 
  • UV – UV-photo initiators 

Decreased composite shrinkage and more effective polymerization.

  • Standard mode is a 20 second cycle and has a power output of 1515 mW/cm2
  • Boost mode is a 3 second cycle and has a power output of 1720 mW/cm2
  • Ramp mode is a 20 second cycle and has a power output of 1515 mW/cm2. Unlike Standard mode, Ramp mode ramps up the power from 0-100% over the first 5 seconds, and then remains at 100% for the remaining 15 seconds. Ramp Mode increases optical power from 5 – 100% (~75 mW/cm2 – 1515 mW/cm2 ) in the first 5 seconds and remains at 100% (1515 mW/cm2 ) for the remainder of the cycle. There is some evidence to support the use of Ramp Modes in Light curing to achieve optimal composite resin properties.

Three pairs or these glasses are included with each PinkWave™ purchase.

We recommend the Filter 3.0 Dark Green Safety Glasses that are ASNI Z87+ certified. Testing has shown that these lenses attenuate 95% of the light generated by the PinkWave™ Curing light on its highest setting. 

These glasses are darker than the safety glasses that are commonly used with traditional blue light curing lights. For more information on the glasses please visit:  

The PinkWave™ Curing Light can cure up to 8.6mm. The average depth of cure is 7.0mm.

Clean the PinkWave Curing Light, Protective Eyewear and Light Shields with an approved surface disinfectant solution such as a quaternary ammonium compound product that contains 20% alcohol or less.

Note: The Light Shields can also be autoclaved. If you choose to autoclave The Light Shields, they should be autoclaved at 132˚C for 4 minutes. 

PinkWave™ is covered under warranty for 3 years. 

Yes, the battery can be recharged by placing the curing light in the charging base.