Collection: Curing Lights & Accessories

Our curing lights range from 1,500 mW/cm² to 2,500 mW/cm², depending on the model.

Most of our curing lights support 1-second curing at full power. Standard curing time is typically 3–10 seconds depending on the material thickness, shade, and the specific composite used. Always follow the material manufacturer's recommendations.

Recommended Curing Distance and Time

Material Type	Recommended Time	Suggested Distance
Composite Resin	20–40 seconds	1–2 mm from the surface
Bonding Agent	10–20 seconds	As close as possible without touching
Sealants	20–30 seconds	1–2 mm from the material
Orthodontic Adhesives	10–20 seconds per bracket	Close to the bracket surface

Yes. All of our current curing light models are fully wireless and rechargeable via USB or charging base, offering freedom of movement during procedures.

Yes. Our curing lights emit light in the 400–500 nm wavelength range, which is compatible with virtually all light-activated dental composites, adhesives, and cements on the market.

Battery life varies by model and usage intensity. On average:

Standard models: 60–80 curing cycles per full charge
High-power models (e.g., Woodpecker iLED): approximately 40–60 cycles at full power

A full charge typically takes 2–3 hours.

• Clean the light guide tip with a soft cloth and disinfectant after use. It ensures proper light output and prevents blockage or reduced curing efficiency.
• Visually inspect the tip for cracks
• Autoclave removable light guides according to manufacturer instructions.
• Regularly test the unit's output with a dental radiometer. It ensures the curing light is strong enough for proper and complete polymerization.
• Check battery performance: Ensure the battery is fully charged before starting daily procedures. It helps maintain consistent power and avoids sudden device failure during procedures.
• Avoid dropping the device: It prevents internal damage and keeps the device accurate and long-lasting.

• Step 1: Clean and prepare the tooth surface.
• Step 2: Apply the composite resin or bonding material.
• Step 3: Position the curing tip close to the material.
• Step 4: Keep the curing light steady and at the correct angle.
• Step 5: Activate the curing light for the recommended curing time.
• Step 6: Check whether the material has fully hardened.
• Step 7: Finish and polish the restoration if needed.
  

• Composite restorations
  The composite filling is soft at first so the dentist can shape it properly. The curing light then hardens it into a strong tooth-colored restoration.
• Bonding agents
  Dentists use curing lights to activate bonding materials that help restorations stick firmly to the tooth surface.
• Pit and fissure sealants
  The sealant starts as a liquid material and becomes a protective hard layer after curing.
• Orthodontic bracket bonding
  The curing light helps secure the orthodontic brace brackets firmly onto the teeth by hardening the adhesive quickly.
  

To check whether a dental curing light is working properly, you should look for clear signs of good performance and also use simple testing methods to confirm its effectiveness. 

Signs of Proper Function (What You Should Look For)

• You should see a consistent bright blue light every time the device is activated
• The curing process should feel stable and reliable during clinical use
• There should be no flickering, dimming, or overheating while the light is working.

Common Testing Methods (How You Can Verify Performance)

• You can use a radiometer to check if the light intensity is within the correct range
• You can perform a clinical test by curing a small sample of composite material
• You should inspect the curing tip regularly to ensure it is clean and not damaged
• You should also monitor the battery condition to make sure the power output remains stable.kly.
  

• Keep the curing tip close to the material.
• Keep your hand steady throughout the curing process.
• Use the recommended curing time.
• Adjust the light to the appropriate angle.
• Clean the curing tip regularly.
• Wear protective eyewear.
• Ensure each layer is fully cured.

A disposable plastic barrier sleeve is essential for infection control, preventing cross-contamination between patients. It is a critical component of safety protocols because most light guides cannot be reliably sterilized with high heat. The barrier also protects the unit's lens from harsh cleaning agents that could damage the surface over time, ensuring a 99% light transmission.