The Biolase iLase diode laser is a cordless dental laser designed for soft tissue procedures and selected endodontic applications. It uses a 940 nm diode source, a rechargeable handpiece, and fiber tips for controlled energy delivery. Its compact format gives dental professionals a portable option for procedures such as gingivectomy, frenectomy, periodontal pocket treatment, hemostasis, and soft tissue surgery. The unit is designed for dental professionals who need a small laser that can be moved easily between suitable treatment areas. Its controls and preset programs also make common treatment setup easier to manage.
Why the iLase Design Stands Out
The iLase places the laser source, controls, battery, display, and fiber delivery system in a handheld unit. This removes the need for a large floor unit during normal use. The handpiece weighs about 0.10 kg with its battery attached, while the complete system weighs about 0.86 kg. Its lithium-ion battery has an 800 mAh capacity and takes about two hours to fully recharge.
That design can make setup easier for practices that want a smaller laser system. The handpiece can be moved between suitable treatment areas without managing a long power cable. A cordless format can also make the treatment area less crowded. The device still requires proper charging, cleaning, storage, and handling based on the manufacturer's instructions.
What Does the 940 nm Wavelength Do?
The iLase operates at 940 nm. BIOLASE uses this wavelength in its diode laser systems because hemoglobin and oxyhemoglobin absorb 940 nm energy well. This supports soft tissue cutting and coagulation at suitable settings. The iLase has a maximum continuous wave output of 3 W and a peak pulse output of 5 W.
The wavelength alone does not determine the treatment result. Power, pulse timing, fiber size, tissue type, tip condition, and technique all affect energy delivery. Clinical settings should follow the manufacturer's instructions and the needs of the specific procedure. A trained dental professional should select the correct setting instead of using the same level for every treatment.
Eleven Presets Help With Procedure Setup
The iLase includes 11 preset programs plus two spaces for custom settings. Listed procedures include gingivectomy, troughing, excision, frenectomy, implant recovery, crown lengthening, periodontal pocket treatment, exposure of unerupted teeth, aphthous ulcer treatment, hemostasis, and endodontic procedures.
These presets can reduce the need to enter every setting from the start. They also give clinicians a clear reference point for supported procedures. A preset should still be used according to the manufacturer's instructions and clinical judgment. The selected program should match the procedure, tissue condition, fiber tip, and planned treatment area.
Where Can the iLase Be Used?
The device is intended for a range of dental soft tissue procedures. Its listed applications include incision, excision, vaporization, ablation, hemostasis, and coagulation of oral soft tissue. Examples include frenectomy, biopsy, gingivectomy, gingivoplasty, implant recovery, crown lengthening, operculectomy, lesion removal, and exposure of unerupted teeth.
Periodontal use is another important area. The system is indicated for soft tissue curettage and sulcular debridement, which can involve removing diseased or inflamed tissue from periodontal pockets. The exact use should always follow the device labeling and the clinician's training.
Fiber Tips Change How Energy Reaches Tissue
The fiber tip is the part that delivers laser energy to the treatment site. Tip size and preparation affect how the laser interacts with tissue. The iLase uses fiber tips suited to its supported procedures, so the correct tip should be selected for the intended application.
A clinician should not assume that one tip or setting fits every case. Tissue type, treatment area, procedure, and manufacturer's guidance all matter. Proper tip use also supports consistent energy delivery. Tips should be handled according to the manufacturer's instructions and replaced as required.
Safety Is Part of the Equipment Choice
The iLase is a Class IV laser. That classification requires suitable controls and protective measures during clinical use. BIOLASE guidance states that people inside the treatment area must use laser protective eyewear suitable for 940 nm with an optical density of OD4 or higher.
Training also matters. Dental professionals should understand the device, approved applications, fiber handling, power settings, protective equipment, and emergency procedures before clinical use. The treatment area should also follow the required laser safety practices for the facility.
Ending Note:
The iLase can suit practices seeking a portable diode laser for supported soft tissue and periodontal procedures. Its cordless handpiece, preset programs, 940 nm wavelength, and fiber-based delivery system give it a focused clinical role. It should be selected based on the procedures a practice plans to perform, not simply on power or size. At OEM GPS Navigation, our team helps dental practices review BIOLASE equipment, accessories, and compatible components based on their needs. If you are comparing Biolase laser prices, contact OEM GPS Navigation for current product information, availability, and equipment guidance.
Ask our team about the iLase system, fiber tips, and related accessories before placing your order. We can help you identify the equipment that fits your intended dental applications and provide clear information for your purchasing decision.