Merican - MMB Red Light Therapy Bed

The Merican MMB is a commercial full-body red light therapy bed engineered for professional wellness environments that demand consistent, high-output performance across every operating hour. Where smaller panel-based systems treat one region at a time and require the client to reposition repeatedly, the MMB's bed configuration delivers simultaneous full-body coverage in a single 13-to-15-minute session. That is not a convenience feature it is the operational core of the product. A busy wellness centre, recovery studio, or medical spa can process clients through a complete full-body protocol in the time it would take a panel system to treat the torso alone.

26,880 EPISTAR® LEDs density, uniformity, and 100,000-hour lifespan

The MMB's LED array is built around 26,880 EPISTAR® high-performance diodes a component specification that matters for two distinct reasons. First, density: the sheer number of LEDs across the full bed surface produces the uniform irradiance coverage that professional protocols require. There are no zones of higher or lower output, no positioning requirements for the client to maximise exposure. Second, longevity: EPISTAR® diodes are rated to 100,000 hours of operational life. For a commercial unit running multiple sessions per day, this translates to years of reliable output before any degradation becomes clinically relevant which is precisely the durability expectation a professional operator should have before placing a unit of this size and investment into daily service.

Five independent wavelengths red 633nm and 660nm, near-infrared 810nm, 850nm, and 940nm

Most red light therapy devices use one or two wavelengths controlled as a single channel. The MMB provides five: red at 633nm and 660nm, and near-infrared at 810nm, 850nm, and 940nm, each independently controllable. This architecture matters because the biological penetration depth and the cellular mechanisms engaged differ meaningfully across those wavelengths 633nm is absorbed primarily in surface tissue, 940nm penetrates significantly deeper into muscle and joint tissue. The ability to run each channel independently means a practitioner can configure sessions that emphasise specific wavelength combinations for specific client goals, rather than running a fixed protocol predetermined at the manufacturing stage. The system supports both continuous wave and pulsed modes, adding a further dimension of protocol customisation beyond wavelength selection alone.

Touchscreen control, wireless tablet, and T-Max integration

The MMB's control architecture is designed for commercial environments where both front-of-house simplicity and back-of-house management matter equally. The integrated touchscreen provides direct session control at the unit itself session timer, wavelength selection, mode switching, audio management. For facilities that prefer remote or reception-based control, the system supports wireless tablet operation, allowing staff to start, monitor, and end sessions without entering the treatment room. T-Max integration extends this further, enabling multi-unit management from a central point relevant for any facility operating more than one MMB or integrating the unit into a broader managed wellness cabin network. The built-in Bluetooth speakers are controlled through the same interface, allowing the client to connect their own audio source and manage playback without staff intervention.

4,500W commercial power, integrated cooling, and fully assembled delivery at 200 kg

At 4,500W and 220V, the MMB is a dedicated commercial circuit installation. The power connection is configured per country plug or dedicated circuit with breaker and RCD/GFCI protection, depending on local electrical standards. The integrated cooling and ventilation system manages thermal output during sessions, maintaining a comfortable treatment environment at the surface the client experiences while protecting the LED and electronic systems from heat-related degradation over time. The unit arrives fully assembled at 200 kg net weight. Delivery and placement requires appropriate material handling equipment; the MMB is designed as a permanent facility installation rather than a unit that is frequently relocated once sited.