Cooperated with advanced 980nm infrared laser diode tech and a qualified glass coated lens with different fan angles inside a highly durable metal housing tube, not simply made into an infrared laser pointer, it is created into a more practically used device of a 980nm infrared crosshair laser module. It keeps works with constant infrared laser beam emission, and ultra clear and fine two perpendicular infrared lines generations at different work distances. In medical technology, 980nm infrared cross laser alignment is primarily used for precise cross line positioning, surgical guidance, and equipment calibration. Featured by high stability and discreetness, it is suitable for the stringent requirements of medical scenarios.
Usually 980nm infrared crosshair laser module gets constant electric power source from AC/DC adapter. Cooperated with an internal metal heat sink cooling system inside a durable anodized aluminum alloy housing tube, it gets superior nice heat dissipation and increasing laser beam stability of at least 40%. it applies an import 980nm infrared laser diode within 5mW to 500mW and high power up to 600mW to 1000mW, which enables increasing laser beam stability of at least 40%. in practical medical technology work fields, it allows ultra long term lasted infrared cross line projection. Owing to its invisible IR laser light emission, infrared cross laser alignment gets good infrared concealment for clinical applications. Invisible light design prevents interference with the doctor's vision and avoids irritating the patient's eyes or affecting photosensitive medical materials.
According to its special use of a qualified glass coated lens with 10, 15 and 110 degree fan angles, this 980nm infrared crosshair laser module maintains minimal errors in cross line perpendicularity and straightness. It projects high linear quality and highly straight infrared cross line length within 0.5 meter to 6 meters. Together with its adjustable focus optic lens design, after its immediate infrared laser light source concentration, this infrared cross laser alignment maintains high accuracy within 30″ at 5 meters work distance, which is meeting medical-grade millimeter-level or even micrometer-level positioning requirements.
Cooperated with APC, ACC driving circuit board design and high efficiency heat dissipation design, 980nm infrared cross line laser module allows for continuous operation for extended periods. Available with wide range output power of 5mW to 500mW and high power range up to 600mW to 1000mW, it keeps work with constant infrared laser beam and IR cross line projection, without tissue damage in real IR cross line projection works. Owing to its strong environmental adaptability, infrared alignment laser is working well within wide operating temperature range of -10℃ to 70℃, adaptable to various temperature and humidity environments such as operating rooms and laboratories; strong anti-interference capability.
General applications in medical technology:
Precise Surgical Guidance: In minimally invasive surgeries, such as laparoscopy and orthopedic drilling, 980nm infrared crosshair laser module is projecting IR cross line, which can mark the location of lesions or the surgical path, assist doctors in precise operation. In dermatological laser treatments (such as freckle removal and hair removal), positioning the treatment area ensures precise energy delivery to the target site.
Medical Equipment Calibration: Imaging equipment. During the installation and debugging of CT and ultrasound machines, infrared alignment lasers are used to calibrate the two-dimensional position of the probe or imaging components. Optical path calibration of laser therapy devices, endoscopes, and other equipment ensures that the output beam is precisely aligned with the treatment area.
In rehabilitation and physiotherapy assistance: In rehabilitation training, projected infrared cross lines serve as a reference benchmark for limb movement, helping patients to standardize their posture. In infrared physiotherapy equipment, the treatment area is marked to ensure that acupoints or diseased tissues are accurately irradiated.
In medical consumables manufacturing: During the production of precision consumables such as intraocular lenses and medical catheters, infrared cross laser alignments are used to position the cutting and bonding benchmarks, ensuring product dimensional accuracy and assembly consistency.
