Can you barely get up in the morning because of pain, and every movement hurts during the day? The B-Cure Laser Classic home low-level laser device can help relieve your everyday pain. No clinic visit required — from the comfort of your living room. Why choose the B-Cure Laser Classic? 808 nm – penetrates into the tissues The 808-nanometer infrared wavelength penetrates deeply into subcutaneous tissues, reaching areas where topical creams cannot. Clinical studies indicate this is an optimal range to support tissue regeneration. Treatment at home, anytime No appointment or travel required. After getting up in the morning or before bedtime — treat the painful area when it suits you best. You can use it 2–4 times daily. CE-certified medical device Not a "gadget" — this is a Class 2 medical device with CE 0197 certification. It is certified under EU MDR (Medical Device Regulation) and is used by professionals. Fits in your palm Weighing just 175 grams and 20 cm long — with its carrying case it goes anywhere. To training, work, or on holiday — pain relief doesn’t have to stay at home. What can you use it for? Stiff in the morning, and your knee hurts all day? ▼ Sound familiar? You take 5–10 minutes to move your knee before you can go down the stairs. Every squat is painful during the day. In the evening it swells and you fall asleep with a painkiller. The B-Cure Laser Classic’s 808 nm infrared beam penetrates deeply into joint tissues. A meta-analysis summarizing 22 studies (Stausholm et al., 2019) found that low-level laser therapy in the 785–860 nm range can significantly reduce pain and stiffness associated with knee osteoarthritis. Treat three points on the knee (the crease, inner and outer sides) 2–4 times daily, 4–8 minutes per point. With regular use improvements are generally felt within 1–2 weeks. By 3 PM can you barely keep your back straight? ▼ Sound familiar? You sit at a screen all day and by the afternoon the tension in your lower back makes standing up painful. Getting into the car becomes a daily ordeal. Systematic reviews (Glazov et al., 2016) indicate low-level laser therapy can significantly reduce chronic nonspecific low back pain. Using the B-Cure Classic along the spine in a longitudinal direction allows targeted treatment of the painful area. Apply the laser to 4–6 points along the spine, 6–8 minutes per point. Start with shorter 1.5-minute sessions and gradually increase the time. Can you barely turn your neck and your shoulder is always tight? ▼ Sound familiar? It’s almost impossible to reverse into a parking space because your neck won’t turn. Your shoulder is so tense your head hurts. A systematic review (Chow et al., 2005) found that low-level laser therapy in the 780–860 nm infrared range can favorably affect neck pain. The B-Cure Classic operates precisely in this range (808 nm). Apply to both sides of the neck, beside the vertebrae and to the shoulder muscles, 4–6 minutes per point, 2–4 times daily. Another strain? Another 2 weeks off? ▼ Sound familiar? Tennis elbow, heel pain, Achilles tendon problems — and the doctor tells you to rest. But you want to train, not rest. A meta-analysis (Stausholm et al., 2022) found low-level laser therapy can significantly reduce pain from lower-limb tendinopathies and plantar fasciitis in both short and mid-term. The B-Cure Classic operates within the dose range recommended by WALT, which the studies suggest may lead to better outcomes. Apply treatment to the tissue surrounding the injured tendon 2–4 times daily. For fresh injuries you may perform up to 10 sessions on the first day. A wound that won’t close for weeks, recurring herpes, unsightly scars? ▼ Sound familiar? A wound that hasn’t closed for weeks. Lip herpes returns with every stressful period. A surgical scar is thickening and painful. A systematic review and meta-analysis (Taha et al., 2024) confirmed that low-level laser therapy can significantly assist skin wound healing and reduce pain. Photobiomodulation may support collagen synthesis and tissue regeneration. For wound care apply treatment around the wound (do not place the device directly on an open wound). For herpes, start treatment at the first signs of symptoms as early as possible. Throbbing after tooth extraction, inflamed gums? ▼ Sound familiar? Your face throbs for days after dental work. Your gums are inflamed and your mouth is sensitive — eating is difficult. Low-level laser therapy is also used to relieve post-dental procedure complaints. Photobiomodulation can positively affect gum tissue regeneration and help reduce pain after dental surgery and tooth extraction. Apply the treatment externally to the affected area (on the face), 2–4 times daily, 2–4 minutes per point. How to use it? It's that simple: 1 Switch on and set the time Press the power button and set the treatment time on the LCD in 30-second steps. For chronic pain start with 1.5 minutes, then gradually increase to 6–8 minutes. 2 Place on the painful area Place the device directly on the skin — through clothing or bandages it is not effective. The laser covers a 4.5 × 1 cm area. For larger areas move in sections, repeating the treatment per point. 3 Keep it still during the treatment Keep the device stable on the skin during treatment. The automatic timer will signal with a sound when the set time has elapsed. 4 Repeat 2–4 times daily Regular treatment is key. Treat the affected area 2–4 times daily during the treatment period (at least a 10-day cycle is recommended). For fresh injuries you may perform up to 10 sessions on the first day. Watch it in action Watch the B-Cure Laser Classic presentation: treatment techniques, correct application, and practical tips to get the most out of the device. What's in the package? 1 x B-Cure Laser Classic device Carrying case 1 x power adapter 3 x AAA NiMH rechargeable batteries (1.2V, 850mAh) User manual Accessories and extras Carrying case and batteries ▼ The soft carrying case protects the device from scratches and dust. The included 3 x AAA NiMH rechargeable batteries provide about 2 hours of continuous use on a single charge. Charging time is 5–7 hours with the supplied power adapter. They can be replaced with any standard AAA NiMH batteries. Frequently asked questions How long until I feel the effect of low-level laser treatment? Experience shows that with regular treatment (2–4 times daily) the first positive changes are usually felt within 5–10 days. Chronic complaints may require a longer treatment period, even 4–6 weeks. It is important not to stop treatment after the first improvement — for lasting results we recommend at least a 10-day treatment cycle. Is the B-Cure Laser Classic safe for home use? Yes, the B-Cure Laser Classic is a Class 1 laser, CE-certified medical device (CE 0197) that belongs to the Class 2 medical device category. Class 1 laser classification means it can be used without eye protection. The device does not rely on thermal effects, so it does not cause burns. The laser beam must not be directed into the eye, it should not be used on the abdominal area during pregnancy, and it should not be used near active malignant tumors. What is the difference between the B-Cure Classic and the B-Cure Sport Pro? The B-Cure Laser Classic has a maximum power of 250 mW and is primarily designed for general home use. The B-Cure Laser Sport Pro operates at higher power and is optimized for athletes and active users. Both devices operate at the same 808 nm wavelength. Does the low-level laser work through clothing or bandages? No. Low-level laser treatment must be performed directly on the skin because textiles and bandages absorb or scatter the laser beam. If direct contact is not possible (for example with an open wound or burn), keep the device as close to the skin as possible without touching the injured area. What is the scientific background of low-level laser therapy? The mechanism of low-level laser therapy (LLLT / photobiomodulation) has been investigated in numerous systematic reviews and meta-analyses. The 808 nm infrared laser acts via the cytochrome-c-oxidase enzyme, which can lead to increased ATP production and anti-inflammatory effects. Clinical trials support beneficial effects for knee osteoarthritis, low back pain, tendinopathy and wound healing. Technical specifications Feature Value Laser type GaAlAs solid-state laser diode Wavelength 808 nm (infrared) Maximum power 250 mW Pulse frequency 11.7 kHz Laser pulse duration 24.5 μs Energy per minute 4.2 joule Treatment area size 4.5 × 1 cm (45 × 10 mm) Laser application mode Pulsed (PW) Laser class Class 1 (no eye protection required) CE certification Class 2 medical device; CE 0197 Diode lifetime 1000 hours Timer range 00:00 – 99:30 minutes LCD display 26 × 15 mm Power supply 3 x AAA rechargeable batteries Battery life ~2 hours on full charge Charging time 5–7 hours Operating temperature 0°C – 40°C Humidity tolerance 15–90% (non-condensing) Dimensions 200 × 70 × 40 mm Weight 175 grams Manufacturer Good Energies Ltd. (Israel) When NOT to use the device? Do not direct the laser beam into the eyes Do not use on the abdominal area during pregnancy Do not use near active malignant tumors Do not direct at the thyroid area Use with caution in patients prone to epileptic seizures Important information The device can be used as an adjunct treatment alongside therapy prescribed by your physician. It does not replace medical examination or treatment. Consult your treating physician if you have complaints! The information on this page is for guidance only and does not constitute medical advice. Before using the device consult your treating physician, especially if you have a chronic illness or are on medication. Scientific sources Selected scientific publications that support the device's mechanism of action and the effectiveness of low-level laser therapy (LLLT / photobiomodulation): Stausholm MB et al. (2019): Efficacy of low-level laser therapy on pain and disability in knee osteoarthritis – systematic review and meta-analysis of randomised placebo-controlled trials. BMJ Open Sport Exerc Med. PubMed Clijsen R et al. (2017): Effects of low-level laser therapy on pain in patients with musculoskeletal disorders – a systematic review and meta-analysis. Eur J Phys Rehabil Med. PubMed Glazov G et al. (2016): Low-level laser therapy for chronic non-specific low back pain – a meta-analysis of randomised controlled trials. Acupunct Med. PubMed Stausholm MB et al. (2022): Efficacy of low-level laser therapy in patients with lower extremity tendinopathy or plantar fasciitis – systematic review and meta-analysis. BMJ Open Sport Exerc Med. PubMed Chow RT & Barnsley L (2005): Systematic review of the literature of low-level laser therapy (LLLT) in the management of neck pain. Lasers Surg Med. PubMed Cotler HB et al. (2015): The Use of Low Level Laser Therapy (LLLT) For Musculoskeletal Pain. MOJ Orthop Rheumatol. PubMed Related content Low-level laser therapy – a comprehensive guide to at-home laser treatment → Low-level laser for knee pain and osteoarthritis → Low-level laser for herniated disc and back pain → Low-level laser for tendinitis → Low-level laser treatment for herpes → Contraindications and safety information for low-level laser therapy → Low-level laser device category →
