Dimed Cherylas Pro

The Cherylas Pro is designed for physiotherapist-led treatment programmes and rehabilitation clinicians. Its Class IV GaAlAs diode source and selectable wavelengths support work across a range of musculoskeletal presentations. The listed applications include neck pain, lumbar arthrosis, osteoarthritis, and knee pain, making it suitable for practices where clinicians routinely adjust treatment sites and working parameters. The 50 mm and 100 mm heads offer different treatment areas, while the display retains a clear view of the active settings. Skin-temperature sensing provides an additional control as the handpiece moves across the treatment area.

Sports rehabilitation programmes are another stated use. Listed conditions include muscle strains, ligament sprains, knee ligament injuries, rotator cuff syndrome, tennis elbow, bursitis, Achilles tendinitis, and plantar fasciitis. For these workflows, staff can choose a wavelength configuration, set continuous or pulsed operation and retain commonly used programmes as favourites. The handpiece recognition function associates an attached head with its operating mode, and treatment-stage records help document a course of sessions. The portable 3.75 kg body and rechargeable battery support movement between rooms used for rehabilitation appointments.

The application list also includes neuropathy, carpal tunnel syndrome, migraine and headache presentations. These uses fit within clinician-directed treatment plans, with settings tailored to the selected area and session. The 10.1-inch touchscreen gives access to presets and manual adjustments, with guided software steps available during operation. Fibre-coupling monitoring and output calibration provide technical controls around the delivery path. The unit brings those operating functions into a compact tabletop system for structured laser treatment programmes.

Skin-Temperature Responsive Output

The smart handpiece includes a skin sensor that measures the temperature at the treatment site. Output power can adjust automatically in response to that measurement. This makes sensing part of the treatment workflow, linking handpiece position and current skin conditions to the console's selected output settings.

Recognition of the Attached Treatment Head

The head recognition sensor identifies a treatment head as it is applied and enters the associated mode. Clinicians working with the 50 mm and 100 mm heads have a direct route to the matching operating screen. The same handpiece supports the process and contains the temperature and coupling sensors.

Flexible Wavelength Programmes

The product has three stated wavelength and power configurations, with simultaneous or independent wavelength operation. One configuration includes four wavelengths, while the others use three. This lets you match the specified output combination to a clinic's therapy programme without treating the listed configurations as interchangeable power ratings.

Built-In Output Measurement

An integrated power detection port supports automatic output calibration. The fibre-coupling sensor also measures power and temperature at the optical connection. Together, these functions bring output checking into the console and support more consistent handling of the laser transmission path during routine operation.

Portable Console with Rechargeable Power

The 3.75 kg unit combines an ergonomic handle, built-in rechargeable battery and compact tabletop dimensions. Samsung battery cells and a Texas Instruments battery management system make up the battery arrangement. The carry case and cable storage design also serve a workflow in which a treatment unit moves between rooms.

High-Resolution Guided Interface

A 10.1-inch touchscreen with 1920 × 1200 resolution gives space for settings, guided steps and graphical controls. The Android-based system supports preset protocols, individual adjustments, favourites and stage-by-stage records. Clinicians can navigate these functions through one interface while retaining the current treatment values in view.

Cooling for Extended Work Sessions

The console uses a smart fan with liquid-metal cooling to manage temperature around its laser and electronic components. The cooling system works alongside temperature monitoring of the fibre coupling. These design elements support repeat use across a clinic's planned treatment sessions and protect the operating environment inside the compact enclosure.

Accessory Heads for Different Treatment Areas

The listed accessories include a smart handpiece, a broad 100 mm head and a 50 mm head. Their different working sizes suit treatment areas of varying size. The foot switch enables hands-free activation, while the included goggles and carry case support laser handling and storage.

Saved Protocols and Software Updating

Clinicians can store preset programmes and custom settings as favourites, allowing them to return to selected parameters. The system also saves treatment-stage records and offers video guidance. Smart OS and over-the-air software updates provide a clear path for maintaining the touchscreen software over time.

Class IV GaAlAs Diode Source

The Cherylas Pro uses a Class IV gallium aluminium arsenide diode laser source. This therapeutic, non-ionising light source is intended for clinician-operated rehabilitation applications. The system's settings control wavelength selection, pulse mode and power delivery.

Three Published Output Configurations

The 650 + 810 + 980 nm configuration is listed at 300 mW + 15 W + 15 W. A four-wavelength choice adds 1064 nm with four stated channel powers of 300 mW + 15 W + 15 W + 15 W. A further three-wavelength choice is listed at 300 mW + 30 W + 30 W.

Continuous-Wave and Intense Super-Pulse Output

The product offers headline figures of 60 W for continuous-wave power and 80 W for intense super-pulse output. These figures describe different operating modes. Individual channel allocations remain tied to the selected wavelength configuration and are listed separately in the technical specifications.

Three Operation Modes

Continuous-wave operation provides steady laser emission during an active treatment. Single-pulse and repeated-pulse modes add timed emission patterns. The console interface allows selection of the three modes based on the clinician's planned parameters.

Adjustable Pulse Duration

Pulse duration can be set from 10 microseconds to 3 seconds. This range allows short pulses and longer timed output within the stated operating modes. The selected duration is controlled via the touchscreen.

Repetition Rate from 1 Hz to 20 kHz

Repeated-pulse operation supports a frequency range of 1 Hz to 20 kHz. That span represents the number of pulse events per second. It is controlled separately from pulse duration and the output power selected for the session.

Red Pilot Beam

A 650 nm pilot beam provides a visible reference point for the laser transmission path. The listed pilot-beam power is below 5 mW. This aiming function is specified separately from the 650 nm channel used in the available treatment wavelength combinations.

10.1-Inch 1920 × 1200 Touch Panel

The display measures 10.1 inches and has a stated resolution of 1920 × 1200 pixels. The interface presents treatment selection, parameter adjustment and operating status. Its layout supports visual guidance and access to the system's stored settings.

Android-Based Treatment Software

The control interface runs on Android and provides step-by-step guidance, preset protocols, and customisation. Video tutorials and stored favourites are among the supported functions. Users can save treatment records at different stages of a course.

Skin Temperature Sensor

The smart handpiece reads skin temperature at the treatment site. The measurement automatically adjusts power during operation. This gives the system a direct sensor input linked to the condition of the area being treated.

Automatic Treatment Head Recognition

A recognition sensor identifies the head attached to the handpiece and enters its associated mode. This feature works with the system's interchangeable treatment heads. It supports quicker preparation for the currently fitted head.

Fibre Coupling Monitor

The fibre coupling sensor measures temperature and power at the connection. It supports secure optical coupling and stable output. The sensing function is housed within the smart handpiece system and operates alongside the skin and head recognition sensors.

Automatic Power Calibration Port

An integrated detection port measures and calibrates laser output. The function is built into the console's control arrangement. It complements the power measurements taken at the fibre coupling and the output settings selected on the screen.

SMA905 Fibre Transmission

Medical optical fibres connect via an SMA905 interface, with the coupling housed inside. A protective lens shields the internal connector. Anti-clockwise cable winding provides an organised route for storing the fibre when the unit is transported.

Rechargeable Battery with Managed Cells

The integrated rechargeable battery uses Samsung cells with a Texas Instruments battery management system. Battery operation supports the unit's portable design. The 3.75 kg enclosure and upper carry handle make it practical to reposition the console within a treatment facility.

Smart Fan and Liquid-Metal Cooling

An internal smart fan and liquid-metal cooling system manage heat. These features support the console's design for active laser operation. Temperature monitoring at the fibre coupling adds a separate sensing point on the transmission path.

Treatment Heads, Foot Switch and Carry Case

The listed accessory group includes 100 mm and 50 mm heads, the smart therapy handpiece, foot switch, safety goggles, and carry case. The heads offer different working areas, while the foot switch provides separate control. The case supports transport and storage.

The Cherylas Pro suits physiotherapy and rehabilitation teams that want a Class IV therapeutic diode system with sensor-guided power control at the handpiece. Its central design argument is the connection between skin-temperature monitoring, automatic head recognition and output measurement. These functions sit beside configurable wavelengths, continuous and pulsed operation, and stored treatment programmes. The 10.1-inch interface helps clinicians manage parameters and record sessions, while the 3.75 kg rechargeable console supports flexible room use. Its smart cooling system, fibre protection, and power calibration help maintain consistent day-to-day operation. For practices using structured musculoskeletal and sports rehabilitation programmes, the defining feature is a handpiece that reads the treatment conditions and lets the console respond.