Unlike the use of any prior cross line drawing or printing work, even though users are in need of ultra clear, precise and bright cross line measurement for multiple medical treatment and positioning works, it should be a good job to apply a highly bright light emitted tool of a 532nm green cross line laser module. Being made with advanced 532nm green DPSS laser tech and a qualified optic lens with different fan angles inside a durable anodized aluminum alloy housing tube, only after its proper installation or integration into medical treatment device or equipment, it always enables easy reaching, good direction and high precision green vertical and horizontal lines generation at long extending distance and multiple treatment environments conveniently.

Usually 532nm green cross line laser module applies an AC/DC adapter, within the lowest time and energy consumption, it enables long term lasted green light emission from a middle wavelength of 532nm. Featured by its low laser beam divergence and special TEM00 beam mode, it always enables the finest and the brightest green vertical and horizontal lines generation at different work distances. When it gets wide range output power of 5mW to 100mW and 150mW to 200mW, equipped with 5V, 9V or 12V 1000mA DC power supply, 532nm green cross laser alignment emits high crosshair orthogonal accuracy, providing simultaneous horizontal and vertical references to meet the high-precision, high-symmetry positioning requirements in medical treatment, significantly reducing errors from manual positioning.

In practical medical treatment and positioning works, 532nm green light has high human eye sensitivity, clearly visible under the soft lighting of a medical equipment, and the gentle light will not cause strong stimulation to the patient's eyes, suitable for close-range, prolonged medical operations. Being made with a qualified glass coated lens with 10, 15 and 110 degree fan angles, this green cross laser alignment enables no physical contact green vertical and horizontal lines generation onto human skins, no skin damage to the patient, and no introduction of external contamination, meeting the sterile requirements of medical operations, especially suitable for surgery, physiotherapy, wound repair, and other scenarios.

Cooperated with a laser alignment mounting bracket, 532nm green cross line laser module supports quick adaption to various medical scenarios such as physiotherapy beds, operating tables, and rehabilitation equipment. It allows simple operation, requiring no complex calibration procedures, facilitating rapid use by medical staff. Equipped with constant current drive and a high quality heat dissipation structure, it operates stably with strong anti-interference capabilities, suitable for long-term continuous medical services. Its long service life reduces equipment maintenance and replacement costs, ensuring the continuity of medical work.

Applications in medical treatment fields:

Precise Therapeutic Positioning: In low-intensity laser therapy, the crosshair marks pain targets, acupoints, and injury repair areas (such as muscle strain, joint inflammation, and wound healing assistance), ensuring precise alignment of the laser treatment head with the target and avoiding energy waste.

Rehabilitation Training Guidance: Used in sports rehabilitation and neurological rehabilitation training, the projected crosshair serves as a reference coordinate for limb movement (such as joint angle calibration, balance training reference points, and alignment marks for symmetrical limb movements), assisting patients in standardizing movements and improving rehabilitation outcomes.

Surgical Assisted Positioning: In minimally invasive surgery and minor dermatological procedures (such as mole and wart removal), it serves as a preoperative incision marker and tissue alignment reference, helping doctors quickly determine the center and boundaries of the surgical area, improving operational accuracy; in some ophthalmological examinations and treatments, it assists in eyeball positioning and surgical area marking.

Integration with Rehabilitation Equipment: Integrated into rehabilitation robots, physiotherapy instruments, and rehabilitation assessment equipment, serving as a fixed coordinate reference to achieve precise docking and repetitive positioning between the equipment and the patient's body parts, enhancing the intelligence and accuracy of the equipment.