Red
Laser 635nm/220mW, 660nm/150mW Infrared Laser 808nm/250 ~ 460mW
Performance & Safety
Choice of laser
beams (635nm, 660nm or 808nm)
with fiber rod.
Bent
fiber rod with laser treatment area of 0.5 cm²
Dispersive
laser beam is safer than collimated dental laser
device in the market
Medical Laser Power
The
real laser power output (120
~ 370 mW) from
the fiber rod end.
CE
Medical Verification
ISO 13485 Quality System Certificate
Reliability
Equipped
with the industrial grade
laser diodes
Temp.
rating: 50°C
MTBF
(Mean Time Between Failures) > 5,000 Hours
Aculas-HB-150D is
developed to apply Low Level Laser Treatment (LLLT) in dentistry
for the achievement of "Laser Biostimulation" effect.
Aculas-HB-150D is patented and
made using the combination of modern laser diode technology, innovative
optics design and computerized digital control.
Aculas-HB-150D is
applying the RED laser or INFRARED laser.
The RED laser
is capable of accelerating the regeneration of the conjunctive, osseous,
nerve and epithelial tissues.
The INFRARED laser
is proved to be effective for pain elimination or reduction, inflammation
decreasing, swelling minimization and dentinal hypersensitivity reduction.
Aculas-HB-150D can
be applied
LLLT treatments for the dental therapies include: Dentinal
Hypersensitivity Gingivitis Herpes
Simplex Mucositis Paresthesia Periodontitis Postoperative
Pain Reduction Pulpitis
The laser irradiates
with time control to get accurate dose, the controllable
dose can be treated to achieve the best therapy effectiveness.
Microprocessor-based control, with the functions
of self-diagnostic check and error detection, can automatically detect
faulty alarm channel(s).
User-friendly single function key to set the therapy
process.
Dynamic large size (80x50
mm) LCD with blue backlit display for
clear reading.
Musical auto time off on completion of therapy
cycle.
The
fiber rod has high resistance to chemical attacks and is perfectly
compatible with the strict hygiene standards called for in dental
surgery. The excellent transmission of the fiber rod remains at a
consistent high level, even after being subjected to several thousand
autoclave and machine washing cycles.