Plasma treatment equipment

Types of plasma treatment equipment

Plasma treatment equipment uses technology to create a gas, turning it into plasma. The gas contains oxygen or air. The plasma removes dust, adds a coating, or changes the surface of a solid item. These machines are used in the textile, automotive, electronics, and medical industries. There are different types of plasma treatment machines. They include:

• Tabletop plasma system

  Tabletop plasma treatment equipment is small and easy to use. It is a good choice for those who want a small plasma system. This system is not as strong as other types. It is portable and can be used in many locations. The tabletop plasma system is suitable for small jobs and research work.

• Robotic plasma system

  The robotic plasma system is advanced and has a high degree of automation. It can do various plasma treatment processes, such as coating, etching, and cleaning. The system is flexible and can work on different kinds of items. It is also powerful and can handle large or heavy items. This system is suitable for large-scale plasma treatment factories.

• Large-scale plasma system

  The large-scale plasma treatment system is used in big factories. It has a large processing chamber that can handle bulky items. The system is costly and requires professional installation. It is suitable for high-volume plasma treatment operations.

• Batch plasma treatment system

  The batch plasma treatment system has one or more processing chambers. Items are placed in the chamber where they undergo plasma treatment. The batch system is suitable for both small and large items.

• Continuous plasma treatment system

  The continuous plasma treatment system works non-stop. It treats items on a conveyor belt in a continuous flow. This system is suitable for high-volume production lines.

How to choose plasma treatment equipment

• Type of Treatment: Select the plasma generator based on the type of treatment done and the skin issues. Check the frequency and power output of the device. Medical-grade devices used in clinics will have a higher frequency and power output. They are suitable for deep tissue treatment and work on skin issues like deep wrinkles, scars, acne, and more.
• Device Design: Plasma treatment devices are available in different designs. The basic design is a single electrode that comes in different shapes. The device can only be used for treatment in one area. Other designs include a double electrode model that works on both areas simultaneously and a pen-shaped device that works on multiple areas. Consider the design as it will impact the treatment area, patient comfort, and treatment time.
• Brand Reputation: When purchasing plasma treatment machines, consider reputable brands and manufacturers. Well-known brands offer quality products that are durable, easy to use, and more efficient. They also have excellent customer service and offer warranties on their products.
• Reviews and Recommendations: Look up reviews and recommendations from other medical practitioners. Reviews contain the experience of other users regarding the quality and efficiency of the product. Recommendations from other medical professionals can also guide you on the best brands and models to consider.
• Budget: Plasma treatment devices come in various prices depending on the model, brand, and features. Set a budget to know the devices you can afford. Consider the device's return on investment. Medical-grade plasma treatment equipment offers more advanced features and can be used for more extensive treatments.
• After-Sales Support: Check the after-sales support offered by the manufacturer. Some manufacturers offer free training on the device, which is beneficial for new users. Others offer maintenance services that can be done by the manufacturer or the medical facility's staff. Consider the terms of the warranty and the availability of the device's spare parts.

How to use, install & product safety

• How to use

  The treatment equipment is used in various industries, including beauty and dental clinics. The equipment is used to treat skin concerns like acne, fine lines, wrinkles, and uneven skin tone. A trained technician will guide the customer through the procedure as they wear protective goggles. A hand-held device will be used to apply plasma energy to the targeted skin areas. Each session lasts 30 to 60 minutes and requires no downtime. A plasma pen can also be used to treat oral mucosa, and the process is similar to treating the skin.

  After treatment, the skin will become red and swollen, which is normal. Some practitioners apply cold compresses to the treated areas. The skin will become dry and develop crusts after a few days. The plasma treatment helps with collagen production, and patients won't need further treatments after completing the initial sessions.

  Plasma treatment devices are also used in wound care. The healthcare provider cleans the wound and places a sterile cover on it. They use a hand-held device to apply plasma waves to the wound. The process reduces pain and promotes healing. The device can also treat conditions like eczema, psoriasis, and vitiligo.

• Installation

  Before installing the plasma treatment device, it is important to read the manufacturer's guidelines. The equipment should be placed in a well-ventilated area and away from flammable materials. The treatment chair or bed should be near an electric outlet. For wall-mounted plasma treatment devices, the necessary mounting brackets should be secured to the wall using screws.

• Product safety

  When using plasma treatment equipment, following the manufacturer's instructions is important. The treatment device should be handled by a trained professional. The treatment areas should be cleaned and free from pathogens. Using the device on untrained body parts can cause burns and injuries. Patients using heart pacemakers, cochlear implants, and intrauterine contraceptive devices shouldn't be treated with plasma pens due to the risk of interference with medical implants. Pregnant patients and people with bleeding disorders, cancer, and severe allergies should also avoid plasma treatment. The treatment areas should be free from botox, fillers, and other medications. Using plasma treatment on areas with botox or fillers can cause lumps, knots, and scarring. For safe treatment, avoid smoking, alcohol, and blood-thinning medications.

Functions, features, and design of plasma treatment equipment

Functions

• Treatment of skin disorders:

  The plasma treatment pen can be used to treat various skin issues like acne, eczema, psoriasis, and dermatitis. The pen emits plasma to the skin, killing bacteria and healing pores.

• Wrinkle reduction:

  The pen can also be used to treat fine lines and wrinkles. By creating micro-injuries with the pen, it stimulates the skin to produce more collagen, which reduces the appearance of wrinkles.

• Skin tightening:

  As mentioned, the pen can create micro-injuries that stimulate collagen production. This also results in skin tightening, which can help sagging skin.

• Scar removal:

  The pen can also be used to diminish the appearance of scars. It creates new skin cells that replace scarred tissue, smoothing out the skin.

• Skin rejuvenation:

  Many people use plasma treatment pens for overall skin rejuvenation. The treatments can improve skin texture, tone, and tightness, giving patients a more youthful appearance.

Features

• Auto mode:

  Some plasma treatment equipment has an auto mode that automatically adjusts the power and speed settings according to the skin type being treated.

• LCD display:

  Plasma pens with LCD displays provide information on the device's settings, such as power levels, treatment time, and battery status. This information is easily visible to the practitioner during treatment.

• Interchangeable tips:

  Having interchangeable tips allows for versatility in treatment options. Different tips may be designed for specific areas or concerns, such as a finer tip for precise work on small wrinkles or a broader tip for treating larger areas of the skin.

• Multiple power settings:

  These allow the practitioner to adjust the intensity of the plasma output based on the sensitivity of the patient's skin. Starting at lower levels can be beneficial for some individuals.

• Rechargeable battery:

  A rechargeable battery is standard in plasma treatment pens, providing cordless operation during treatments. This offers more flexibility and ease of use without being restricted by a power cord.

Design

• Ergonomic design:

  Plasma treatment pens are designed to fit comfortably in the hand, allowing for precise control and ease of use during treatment. This helps reduce hand fatigue and provides better accuracy in targeting specific areas on the skin.

• Compact and portable:

  These pens are small and light, making them easy to carry and store. Their compact size is ideal for on-the-go treatments or in a clinical setting where space is limited.

• Stylish finish:

  Many plasma treatment pens have a sleek and modern look, often with a glossy or matte finish. This can give the impression of a high-quality, professional-grade instrument that practitioners will feel confident using on their clients.

Q&A

Q1: What is the average lifespan of plasma treatment equipment?

A1. The average lifespan of plasma treatment equipment ranges between 5 to 10 years. This is dependent on the usage and maintenance of the equipment. Those used regularly in clinics with high patient volumes will naturally have more wear and tear. In such cases, it is advisable to carry out regular maintenance checks. The manufacturers' support can be handy in scheduling maintenance. They can also help determine whether the equipment is due for replacement or if new models have better features that will benefit the users.

Q2: Is plasma treatment equipment safe?

A2. Yes, plasma treatment equipment is safe. The process uses non-invasive technology to treat different skin concerns. It does not involve the use of chemicals that can be harsh on the skin. Instead, the high-frequency current created by the electrodes is used to create a gas-activated chemical reaction. This is what helps rejuvenate the skin without any pain or discomfort. When handled by a qualified professional, the treatment is safe and effective.

Q3: Who is qualified to operate plasma treatment equipment?

A3. Anyone who has received proper training in using the plasma treatment equipment can operate it. This includes medical practitioners such as dermatologists, cosmetic surgeons, or general physicians who have undergone further training in skin treatment. Aesthetician nurses also qualify as operators of the equipment.

Q4: Does plasma treatment equipment require special maintenance?

A4. The equipment does not require special maintenance. However, like any other treatment device, it requires regular cleaning of the electrodes after every treatment session. This ensures that no residue builds up that may affect the effectiveness of the treatment. The manufacturer also provides a detailed maintenance schedule that the operator can follow. In some cases, the manufacturer or distributor will schedule a maintenance visit to the clinic or hospital.