Laser diode 1470

Types of laser diode 1470

A laser diode 1470 is a semiconductor laser that generates light through electrical current. This product typically finds application in treating anal conditions like hemorrhoids and anal fissures. There are two main types of 1470 laser diodes, which include the following:

• Portable 1470 laser diodes

  The portable 1470 nm laser probes are small and convenient. Users can carry or move them easily, making them suitable for home or clinical use. Despite their size, portable laser diodes offer treatment comparable to their stationary counterparts. They feature ergonomic designs that enhance comfort and are powered by rechargeable batteries. These laser diodes support multiple therapy modes, such as continuous wave and pulsed wave operation. They are also suitable for treating various medical conditions, including hemorrhoids, anal fissures, and other anal disorders.

• Stationary 1470 laser diodes

  The stationary 1470 laser diodes are larger and fixed in one place. These models are generally more powerful than portable units, offering deeper tissue penetration and faster treatment times. They have advanced features like multiple treatment settings, footswitch operation, and various laser fiber options. Healthcare professionals use stationary 1470 laser diodes to treat severe cases of hemorrhoids and anal fissures. These devices are often found in medical offices and hospitals.

How to choose laser diodes 1470

• Wavelength/Output Power:

  Diodes with a wavelength of 1470 nm are ideal for generating energy-absorbing water within the vein. This ensures maximum absorption for optimal treatment results. Models with higher output power (up to 30 W) are used for more demanding clinical applications.

• Delivery System:

  Selects lasers with flexible delivery systems to treat various conditions. This can be used with either fiber optics or handpieces. Fiber optics ensures precise energy delivery into the target tissue, while handpieces allows for treating superficial areas.

• Safety Features:

  Ensure the laser has safety features, including a key switch, warning signals, and protective eyewear. These features protect the operator and patients during laser treatment.

• Ease of Use:

  It is important to use a laser with an intuitive user interface. This allows treatment parameters to be set quickly and accurately. Also, consider the weight of the laser system. A lighter model will be easier to handle during treatment.

• Manufacturer Support:

  Choose a diode laser from manufacturers who provide good after-sales support. This includes installation, training, maintenance, and repairs. Also, check if they can be reached by phone or online.

• Cost:

  Evaluate the total cost of ownership, including the purchase price, consumables, and maintenance. Consider financing options or leasing the system if possible.

How to use, install & product safety

How to use

• Prepare the skin: Cleanse the area to be treated thoroughly. Use an antiseptic solution to clean the skin and remove sweat or oil buildup. This prep helps prevent infection and improve laser penetration.
• Apply topical anesthesia: If the procedure is painful, apply a topical anesthetic cream to numb the skin. Commonly used anesthetic creams are 5% lidocaine and 5% prilocaine.
• Set the laser parameters: Depending on the procedure, set the parameters on the laser diode machine. Adjust the energy level, pulse duration, and frequency according to the individual needs and treatment goals.
• Start the laser treatment: Place the laser handpiece on the skin and begin firing the laser. Move the handpiece in a systematic pattern over the treatment area. Do not dwell too long on a single spot to prevent tissue damage.
• Observe feedback: Watch for feedback from the patient, such as pain or discomfort. If it is too much pain, lower the energy level. If the laser has a contact cooling mechanism, activate it to cool the skin.
• Repeat treatment: Depending on the type of treatment, schedule follow-up appointments. Treat hair follicles at the speed of light to achieve the desired result.

Product Safety

• Training and certification: Ensure the operator of the laser device has undergone training to use it properly. They should have the knowledge and skills to operate the machine safely and effectively.
• Protective eyewear: Use protective eyewear during the procedure to protect the eyes from laser radiation. The laser used can cause severe damage to the eyes if, in no particular way, the laser beam is directed at them.
• Skin safety: The laser diode can cause burns, blisters, and long-term skin damage. Ensure the treatment area is not exposed to the sun for a long time.
• Emergency preparedness: The clinical setting should have emergency equipment such as a resuscitation device, suction machine, and emergency drugs. The staff should also know how to use the equipment and respond to emergency situations.

Functions, features and design of laser diodes 1470

Medical laser diodes have a 1470 wavelength. Manufacturers build them with gallium arsenide material. It has a solid state. The diode is a semiconductor that emits light when current flows through it. The laser device produces monochromatic and coherent light. It has a narrow beam and focuses on a small spot. The 1470 laser diode is available in different output powers. It ranges from 20mW to 2000mW.

The 1470 laser has various features that make it useful for treating medical conditions. It has a flexible fiber that can bend easily without breaking. This feature enables it to be inserted into the body through small openings. The laser fiber also has a low diffusion coefficient. It produces a high spot energy density. The laser diodes have a precise wavelength of 1470 nanometers. This wavelength gives a high absorption rate in water and hemoglobin. The laser devices offer a non-invasive treatment option. Patients experience less pain and have a faster recovery period.

The 1470 laser diode has various functions. Medical personnel use it to treat anal disorders. The laser helps to remove hemorrhoids, anal fissures, and fistulas. It also treats varicose veins. The laser energy destroys the veins without the need for surgery. People who have swollen veins treated with the laser experience less pain and scarring. The 1470 diode can also remove unwanted hair. The laser energy targets the hair follicles and stops them from growing. A 1470 laser diode can treat skin conditions like psoriasis and eczema. The laser helps to reduce the thickness of the skin and soothe the affected areas.

Q&A

Q1: What is the most considerable depth of penetration?

A1: The most considerable depth of penetration is 7cm.

Q2: What are the differences between 1470nm laser diodes and 1064nm lasers?

A2: The 1470nm laser diode is used for removal, treatment, or creation of access routes for bodily fluids. On the other hand, the 1064nm laser is primarily used for tattoo removal and skin treatment.

Q3: Can 1470nm lasers be used on all skin types?

A3: Yes, 1470nm lasers can be used on all skin types. However, it is most commonly used on type III and IV skin.

Q4: What should be avoided after using the 1470nm laser on the skin?

A4: After using the laser, vigorous exercise and excessive sweating should be avoided for 24 hours. Avoid harsh chemicals on the skin for 72 hours. Stay out of the sun and avoid heat for 7 days. Do not use retinol for 2 weeks. Avoid collagen-inhibiting drinks, foods, and supplements for a month.