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UV Phototherapy Machine ZPTM-A16 offers a high-performance 308nm XeCl monochromatic light source. Its expansive 22cm² exposure area ensures thorough coverage. The portable design allows for easy management of the radiation range, enabling efficient and tailored treatments. Our device includes six interchangeable reduction tips, accommodating various lesion sizes for versatile skincare applications. Experience unparalleled convenience, precision, and clinical excellence in phototherapy.
Light Source | Monochromatic 308nm XeCl Light |
Exposure Area | 22cm² |
Control System | Integrated Light Source with Control System |
Design | Portable, Easy-to-Handle |
Radiation Range Control | Precise Control of Radiation Range |
Work Modes | Time Mode, Dose Mode |
Built-in MED Test Program | Yes, Quick Testing |
Reduction Tips | 6 Tips for Different Lesion Sizes |
Patient Data Storage | Yes, the treatment Data Storage Function |
Dimensions | 338 × 78 × 150 mm |
Large Irradiation area
Combines light source and control system
Portable Design
Two Work Modes
Patient Treatment Data Storage
Monochromatic Light Source
UV Phototherapy Machine ZPTM-A16 is designed to treat a variety of dermatological conditions, offering a safe, effective, and targeted approach to skin care. Its advanced features make it suitable for both clinical and home use, providing versatile treatment options for different skin concerns.
Frequently Asked Question
The device emits a concentrated 308nm UVB wavelength, inducing localized immunosuppression and apoptosis of pathogenic T-cells without affecting healthy skin.
No, treatment is generally painless. Patients may feel slight warmth during exposure.
Sessions usually last a few seconds to a few minutes depending on the size and location of the treatment area.
Targeted treatment minimizes exposure to healthy skin Faster results with fewer sessions Suitable for hard-to-treat areas (e.g., scalp, elbows, knees)
Yes, under medical supervision and based on clinical assessment.
We offer both clinic-based and portable models, depending on clinical needs.