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HiLite® pre 2
Pre-polymerisation lamp
You can fix your modellation of flowable composites with the pre-polymerization lamp Signum HiLite pre 2 in a quick and easy way – regardless, if in stationary or mobile use.
The pre-polymerisation lamp is specifically suited for the pre-polymerisation of flowable composites, for example Signum matrix, Signum cre-active and Pala cre-active.* The LED lighting techologie with its high spectral radiance and homogeneous light distribution makes sure that the pre-polymerisation is reliable. And the handling of the Signum HiLite pre 2 is really flexible because of the different using possibilities, stationary or mobile use with rechargeable battery.
* For final polymerisation, an additional device is required, e.g. Signum HiLite power 3D.
Benefits
- Mobile or stationary use possible
- Designed for a wide variety of indications
- LED Very long LED service
- Independent of mains power thanks to rechargeable battery
- Very high spectral radiant intensity
- Homogeneous light distribution
- Customized light exposure time
- Very little heating up of the object thanks to cold light
- Reinforced aluminium case
Specifications
| Charge power supply | ||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Input voltage: | 100 – 240 V AC, 0.3 A max., 50/60Hz | |||||||||||||
| Output voltage: | 5V DC, 1A max. | |||||||||||||
| Power supply of handpiece | ||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Rechargeable lithium ion battery: | 3.7V DC | |||||||||||||
| Light source: | LED 3W, 405 nm | |||||||||||||
| Weight of handpiece in g: | 77 | |||||||||||||
| Dimension of handpiece, L x ∅ in mm: | 120 x 19 | |||||||||||||
| Dimension of docking station (W x H x D) | 69 x 135 x 215 | |||||||||||||
Accessories
Scope of supply:
- Handpiece (incl. rechargeable lithium ion battery)
- Docking station
- Magnetic charging socket with power supply unit
- Anti-dazzle device
- Clip
- Depositing tray for handpiece
Downloads
Instructions for use
Go to e-IFU Portal
Instructions for Use can be found on the Kulzer e-IFU portal.
