Aculas-AM-102B




		AM-100

		AM-100C

		AM-100D

		AM-100W

		AM-102

		AM-102B

		AM-102V

		AM-151

		AM-200

		AM-201

	LLLT Laser Hood
		AM-320






	Auricular	HB-150E

	Nasalis	HB-150N

	Laser Shower	HB-850

	Erectile Dysfunction	HB-950

	Laser Wrap	emLas-150

		emLas-250

		emLas-320

	Auricular	emLas-520

	Hair Loss	emLas-800













	250 ~ 450mW Infrared Laser


	Intelligent LLLT Dose Unit

	Aculas®-AM-102B
	Multi-channel Digital LLLT System
	(Low Level Laser Therapy) (Acne Treatment)

406nm Blue Laser

Aculas-AM-102B multiple channels digital LLLT system is developed from "Laser Biostimulation" theory.
This patented product is made using the combination of modern laser diode technology and computerized digital control.

Aculas-AM-102B is specially made with 406nm blue laser for acne treatment. Blue light therapy takes advantage of the fact that bacteria in the skin produce a product called porphyrins. Porphyrins can absorb blue light, leading to a chemical reaction in the skin that destroys the bacteria.

Laser therapy focus on the deeper layers of the skin, and do so without damaging the skin’s surface. Although it is not clear exactly how these therapies work, research indicates that they may target and shrink the sebaceous glands, therefore reducing the amount of sebum produced. This results in the formation of fewer plugs that clog pores leading to acne.

Laser therapy also be effective at killing Propionibacterium acnes (P. acnes), a bacterium that can cause additional inflammation during an outbreak.


	Laser irradiations reach the treatment area by a s handheld units for convenient operation.
	Microprocessor-based control, with the functions of self-diagnostic check and error detection, can automatically detect faulty alarm channel(s).
	Color-distinguished keyboard for convenient key-in.
	Ten user-friendly function keys combined with numerical keys for easy setting of the therapy process.
	Dynamic large size (80x65 mm) LCD with blue back light display for clear reading.
	Digitally selectable continuous wave or pulse output for wider application.
	To set the last therapy process with a single function " Prog. " key for time saving and accuracy.
	An optional remote pause switch for safer therapy.


Operation Environment	0 ~ 50 °C (32 ~ 122 °F); 10 ~ 95%RH (Non-condensing)
Storage Environment	-20 ~ 85 °C (4 ~ 185 °F); 10 ~ 95%RH (Non-condensing)
No. of Channels	6
Time Setting	1 ~ 60 Minutes (Min. Setting Segment 1 Minute)
Frequency Setting	0 Hz (Continuous Wave) 1 ~ 1,000 Hz (Min. Setting Segment 1 Hz)
Music Alert	Stop and Fault
AC Power Supply Unit
Power Input Voltage	90V AC ~ 264V AC
Power Input Frequency	47Hz ~ 63Hz
Power Input Current	Max. 1.0A (115V AC), 0.5A (230V AC)
Power Supply Protection	Short Circuit and Overload; Auto Recovery Mode
Verification	EMC Directive 93/42/EEC (Operation Environment: Medical Electrical Equipment) Standard Applied: IEC 60601-1 and EC 60601-1-2
Enclosure Material	ABS 94HB (Flame Class Rating UL 94HB)
Medical Device Certificate	GMP (Good Manufacturing Practice) ISO 13485
Shipping Dimensions	46(L) x 15(W) x 32(H) cm; 18.1(L) x 5.9(W) x 14.2(H) in
Shipping Weight	4.2 Kg (9.2 Lbs)

Laser Shower (Handheld Unit)
Quantity of Laser Module	5
Laser Material	Laser Diode InGaAs
Wavelength	406nm
Output Power	100mW (5 x 20mW)
Covered Area	22 cm2
Weight	250 g

HU-1

Universal Laser Module
Quantity of Laser Module	1
Laser Material	Laser Diode InGaAs
Wavelength	406nm
Output Power	30mW
Laser Spot Size	3 cm2
Contact Area	5.3 cm2
Contact Plate Material	Stainless Steel
Housing Material	Stainless Steel

LS-1

Aluminum Case		WC-123
Dimensions	450(L) x 330(W) x 130(H) mm 17.7(L) x 13(W) x 5.1(H) in.
Weight	1.73 Kg (3.81 Lb)

Laser Safety Goggle		WG-22x
Frame	Plastic
Lens	Polycarbonate with hard coating
Protection	Side shields

Model No. Aculas-	Handheld Unit	Universal Laser Module	Total Output Power
Model No. Aculas-	406nm @ 100mW	406nm @ 30mW	Total Output Power
AM-102B426			130mW



	Verification

	GMP


	Warranty

	Money Back



		Acne & Acne Scars Therapy Protocol

		Aculas-AM User's Guide