PDT

Product Brief The GIGAA 630 PDT series are most versatile and cost effective laser system for photodynamic therapy, that operating from a standard electrical wall socket,110V/220v. The laser convenience to Remove. Treatment can be delivered directly to the patient, whether in the operating room or doctor’s office. Using semiconductor diodes as the laser source, GIGAA 630 PDT series emits laser Light at 630nm for use in conjunction with PHOTOFRIN for treatment of specific Cancers. The laser energy is delivered by the optic fiber, adjustable lens and glass optic guide delivery system, compatible with the majority of endoscopic instrumentation. Low cost of ownership is guaranteed as the GIGAA 630 PDT is highly reliable and requires minimal routine maintenance or servicing. Features High quality and reliability Easy to handle Reasonable price Full accessories Reliable after sale service and training for distributo Delivery by fiber /adjustable Lens /variety glass optic guide convenience to reach any disease tissue

Specification

Laser type	GaAlAs diode laser type
Model	PDTLAS300	PDTLAS500	PDTLAS3000
Control Model	LCD Touch Screen
Wavelength	630nm± 3 nm
Laser Power	300mw	500mw	3000mw
Delivery	Adjustable lens/ Fiber/ glass optic guide
Spot Size	Adjustable /diameter up 1 to 4 cm
Timer	0-3600 second
Laser output mode	CW
Cooling mode	Diode & air cooling
Electrical Requirements	110/220VAC ,50-60Hz 1KVA
Type	Standard/portable
Weight	16Kg

Accessories		Main Clinic Applications
- Adjustable lens - Fiber - Glass optic guide - Alterable fiber 200um-1000um - Fiber cutter(alterable) - Foot Switch Request For Quotation		- Condyloma acuminate - Superficial basal cell carcinomas of the skin - Bowen’s disease - Superficial non-melanoma skin cancer - Superficial bladder cancer - Gynaecological

Application scope

Photodynamic therapy is a relatively new approach to the treatment of certain cancers and non-malignant conditions. It involves the topical or systemic administration of a photosensitizer and subsequent local application of photoactivating light to the diseased tissue. The photochemical reactions thus induced lead to the destruction of the treated lesion.