| Model NO. | JCXY-B4 |
| Application | Salon, Home |
| Portable | Non Portable |
| Machine Type | Laser Lipolysis |
| Screen | 10inches |
| Laser Type | Diode Laser |
| Wavelength | 980nm 1470nm |
| Power | 980nm 30W+1470nm 17W |
| Fiber | 600um |
| Cooling System | Air Cooling |
| Input Power | AC 220V (110V)/ 15A 50Hz (60Hz) |
| Package Size | 60*52*42cm |
| Gross Weight | 28kg |
| Transport Package | Aluminous Case |
| Specification | CE |
| HS Code | 8543709990 |
| Production Capacity | 50, 000 Sets/Year |
The 980nm & 1470nm dual-wavelength diode laser system functions as a versatile medical and aesthetic tool, combining the strengths of both wavelengths for precise energy delivery to target water (1470nm) and hemoglobin (980nm) in tissues, enabling applications like minimally invasive laser lipolysis (fat removal and skin tightening), vascular lesion treatment, and advanced ENT/dental surgeries by offering efficient cutting, coagulation, and minimal damage.
Its primary function is to provide synergistic effects for fat dissolution, skin tightening, and precise tissue ablation with excellent hemostasis (stopping bleeding) and faster patient recovery.
| Laser wavelength | 980nm+1470nm |
| Output Power | 980nm 30W + 1470nm 17W |
| Pulsewidth | 15ms - 100ms |
| Mode | Pulse mode/Continuous mode/Single |
| Touch screen | 10.0 Inch |
| Language | English, Spanish, Russian or OEM |
| Aiming Beam | 650nm |
| Input | AC:100 - 240V, 50/60Hz |
| Length of Fiber | 2 m/3 m |
| Cooling | Air cooling |
| Machine package size | 60*42*52cm |
Body contouring procedure using laser energy to remove excess fat from the abdomen, back, neck, and double-chin. Localized fat reduction of 20-24% is typically observed.
Emits a 980nm wavelength to reach the nail bed underneath, effectively destroying fungal cells and promoting the growth of healthy new toenails.
Promotes circulation, accelerates healing, and decreases inflammation by targeting the mitochondria of tissues to assist cell regeneration.
The 980nm laser coagulates the blood inside superficial vessels, causing them to collapse, seal, and gradually disappear.