Set the temperature
for your session.
Far-infrared heating warms the mineral surface, with digital temperature control on heating-equipped models.
Technology / Product engineering
PEMF mat technology.
Built into every layer.
Pulsed electromagnetic field (PEMF) coils, infrared heating, red / near-infrared light and mineral surfaces. Explore each system and the layered construction, then define the specification for your branded mat.
Discuss a technical brief
What the product offers
Warmth. PEMF. Light.
Built around everyday use.
Create a comfortable place to pause with adjustable mineral-surface heating, selectable PEMF programs and integrated light options. Our range brings these features into full-body mats, compact pads, belts and pillows.
Set the temperature
Choose a program
on the controller.
Integrated coil systems bring PEMF into full-body mats, compact products and selected pillows and belts.
Add red or
near-infrared light.
Choose a red-light or dual-band platform with LEDs arranged across the mineral surface.
Applications / Match the product to the setting
From home routines
to wellness spaces.
Full-body mats, compact pads, belts and cervical pillows give brands a choice of formats for different spaces and ways of resting.
- Home relaxation
- Post-workout rest
- Gym recovery corners
- Spa sessions
- Hotel wellness rooms
- Seated comfort
- Compact personal use
- Full-body sessions
- Neck & shoulder support
At home
A quiet break, evening wind-down or seated rest. Choose a full-body mat for reclining or a smaller format for a chair or personal space.
After exercise
A place to rest after training, at home or in a gym recovery corner. Compact and full-body formats suit different floor plans.
Spa & hospitality
Mat-based wellness sessions on a suitable table or resting area. Protective covers and accessories can be included in the project.
Smaller formats
Compact mats, belts and cervical pillows complement the full-body range, with controls and dimensions suited to each format.
Construction / Surface to base
Open the structure.
Understand each component.
The exploded view shows the mineral surface, support materials, heating assembly, protection parts and PEMF coils. Follow the numbered groups alongside the drawing.
01–04The visible surface
Branded outer frame
Synthetic PU leather forms the exterior frame. The reference shows an embroidered logo; the color, finish and logo placement are part of the OEM brief.
Integrated red-light positions
The reference construction labels a 660 nm red LED layer. The final light board, quantity and any 850 nm NIR option are specified by model.
High-density nylon mesh
A mesh layer sits over the mineral surface. Mesh density, retention, stitching and the finished contact surface are checked on the sample.
Natural mineral layout
The illustrated version uses eight gemstones. Other catalog platforms use amethyst, jade, tourmaline or seven-crystal arrangements; the composition is a separate specification.
05–08Padding, barriers & shielding
Charcoal-cotton layer
A cotton layer containing charcoal material sits below the mineral assembly. Its thickness and placement are part of the construction specification.
Oxford fabric barrier
An Oxford fabric layer separates parts of the internal assembly and supports the layered mat construction.
Isolation layer
A dedicated isolation layer is identified in the reference assembly. Specify its material, coverage and relation to the heating and coil systems in the production drawing.
Aluminum-foil layer
A conductive foil layer is included in the shielding and heat-spreading construction. Coverage, joints and insulation are checked with the electrical assembly.
09–13The heating & control assembly
Resistive heating element
The electrical heating element is integrated below the surface assembly. Rated power and element distribution change with the dimensions and electrical version.
Silicone / fiberglass heating wire
The reference specifies silicone and fiberglass in the heating-wire construction. Wire routing, fixation and bend areas are included in the assembly specification.
Temperature probe
The probe provides the temperature input for the controller. Its location, contact and connection are defined for the selected heating assembly.
Bimetal overtemperature protector
An automatic thermal cutoff provides overtemperature protection within the heating assembly.
Double nonwoven support
Two layers of high-density nonwoven material support the heating assembly. They hold the selected element layout within the layered construction.
14–18Insulation, coils & the base
Insulating reflector layer
The reference identifies fiberglass and aluminum-foil materials in this insulating layer. The placement and separation from conductors belong in the construction drawing.
Charcoal-cotton padding
A second cotton / charcoal layer appears below the heating support. Its thickness contributes to the assembled profile and handling of the mat.
PEMF coil module
Coil modules are placed within the lower assembly. Quantity, module positions, fixing and cable routing are specified for the chosen mat or accessory format.
Compressed-cotton padding
Compressed cotton provides a supporting base within the assembly. Density and thickness are defined with the weight and overall profile of the product.
Outer base fabric
The underside closes the mat construction with a wear-resistant fabric or selected exterior material. Seams, finish and the final label placement are checked before packing.
01 / PEMF system
PEMF programs.
At your fingertips.
Integrated coils and digital program selection bring PEMF into full-body mats, compact formats and selected accessories.
PEMF program selectionDigital control
Frequency range3–64Hz
Nine selectable programs on our standard PEMF platform.
Preset programsSelect the frequency program on the controller.
Mixed programA sequence of operating frequencies in one program.
Coils built into
the mat structure.
Copper windings, laminated silicon-steel cores and electronic control form the PEMF system. The coil arrangement suits the dimensions and construction of each product.
- Frequency range
- 3–64 Hz on standard PEMF platforms
- Program selection
- Nine programs, including preset and mixed modes
- Coil configurations
- 1 coil on selected pillows; 2 on compact mats and belts; 6 on many full-body models; 12 on T1500 and T1800
- OEM development
- Coil layout, mat format, controller interface and branding
PEMF / Coil architecture
Copper coils.
A layout for each format.
Coil modules sit within the mat’s layered construction. Their arrangement follows the product’s dimensions, shape and controller system.
Copper winding.
Laminated core. Electronic control.
Copper wire is wound around laminated silicon-steel plates to form each coil module. Electronic switching drives the coil system according to the selected PEMF program.
01Program selection
Preset or mixed mode
02Electronic control
Operation of the coil system
03Integrated coils
Modules within the mat
Full-body, compact and accessory products use different coil arrangements. OEM development can address module placement, fixing, connectors and cable routing together with the mat structure.
A visible operating indicator
A small magnetic indicator provides a visible demonstration of PEMF operation when used with the coil system.
02 / Infrared heating
Heat is a system.
Specify every part.
The heating element, mineral surface, temperature controls and timer are developed as one assembly.
30–70°CCatalog control range
A and LK series
A and LK series
1–12hTimer settings
A and LK series
A and LK series
Electrical power varies with the format: A010 uses 55 W, A030 uses 100 W and A063 uses 300 W. Voltage versions are specified for the delivery market.
Heating construction
Heating-wire preparation and integration within the mineral mat. The factory’s equipment includes semi-automatic heating-wire lines.
Control & temperature
Sensor, controller and heating response are reviewed with the selected structure. The temperature range belongs to the individual platform.
Electrical version
A and LK platforms offer 110–120 V or 220–240 V versions, with plugs and product labels for the destination market.
Sample evaluation
Review the heating controls, timing, surface finish and operating instructions on the approved sample.
Heating / Control & protection
Three separate roles
within the heating assembly.
The selected operating temperature, the sensor input and the overtemperature protector each have a distinct place in the construction.
Generate the heat
Resistive heating wire is routed and held within the assembly. The reference identifies silicone / fiberglass wire construction and double nonwoven support. Element layout and power are matched to the format.
A-series examples: 55–300 W by modelProvide temperature feedback
The temperature probe is the controller’s input. Specify its position, connection and contact with the assembly, then evaluate heating response on the selected sample.
A & LK control range: 30–70°CLimit an overtemperature condition
An automatic thermal cutoff protects the heating assembly against an overtemperature condition, alongside the temperature probe and controller.
Automatic thermal cutoffSpecify the completed assembly
The approval brief should state the voltage and rated power, heating-wire drawing, probe position, controller temperature range, timer, protector part and relevant test conditions. A controller setpoint and a component cutoff rating describe different parts of the system.
03 / Integrated light
The wavelength.
The count. The layout.
A product’s LED configuration should be explicit. Red-only and dual-band platforms are kept separate throughout the catalog.
660 nmRed LED
850 nmNear-infrared LED
Dual-band platform comparison
Different platforms,
different LED distributions.
The counts below are listed in our June 2026 standard catalog and A-series specifications.
660 nm red850 nm NIR
Red-only alternativesB190 and K190 list 156 × 660 nm red LEDs. BR190 and KR190 list 72. These are separate configurations.
Other visual layoutsSelected crystal and jade platforms use blue, green and red LEDs. RGB layouts are specified separately from red / NIR models.
Integration checksLED quantity, placement, connection and selected light controls are part of the sample and assembly review.
Materials / Insulation & shielding
Understand the material
and its place in the stack.
The reference structure identifies an isolation layer, aluminum foil and insulating reflector materials. These are part of the electrical and thermal assembly.
The product brief should name the material, thickness, coverage and joints, together with the separation from heating wire, coil wiring and the exterior. The finished product’s electrical classification and test documents are checked for the selected version.
Layer coverage & placement
Define the isolation material and its position relative to the electrical components. Keep the layer specification tied to the actual assembly drawing.
Shielding construction
Foil layers, joints and insulated wiring form part of the layered construction. Electric-field shielding and the intentionally generated PEMF magnetic field are separate characteristics.
Thermal construction
Specify the fiberglass / foil construction and its role in the heating stack. The insulation and reflector layers form part of the heating assembly.
Optical & thermal systems
Red, near-infrared
and far infrared.
Red and near-infrared LEDs combine with the mineral surface, while the heating assembly provides adjustable warmth. Choose the systems that suit your product range.
An integrated light layout
The red-light configuration uses LEDs installed in the surface assembly. The technical brief defines 660 nm; catalog models specify the quantity and placement.
Red-only B / BR configurationsA separate LED band
Selected platforms add 850 nm NIR alongside red LEDs. Keep the red / NIR split explicit in the bill of materials and controller specification.
Dual-band A-series configurationsThe heated mineral assembly
Electrical heating warms the mineral surface. Digital controls let users select the operating temperature on heating-equipped platforms.
Heating and combined LK platformsFrom LED count to an assembled product
A high-count light layout
has several physical details.
The Gems Mat reference highlights the challenge of integrating 156 or more LEDs. A finished mat must connect the light positions with the mineral layout, mesh, wiring and outer construction.
Position & mineral clearance
Define each light position and how it sits within the mineral arrangement, mesh and cover.
Connection & fixing
Specify the board or module, connectors, cable routes and retention within the layered assembly.
Controls & operating modes
Identify the light selections, indicators and which functions can be operated independently on the selected controller.
Sample & function checks
Compare the actual wavelength configuration, count and placement with the approved specification and check the selected light operation.
Heating and integrated LEDs are separate product systems. Red-only and red / near-infrared versions are available across the range.
04 / Controller & electrical platform
The interface connects
the whole product.
A clear interface is part of the product experience. Controller functions, labels and accessories are specified alongside the mat.
Function architecture / selected platforms
Luxuryade controllerOne interface.
Defined functions.
Defined functions.
01Heating
Temperature + timer
02PEMF
Program + coil system
03Light
LED layout + selection
04TENS option
Accessory + output
Function architecture, rather than a wiring diagram. The available functions depend on the selected platform.
From standard controller
to branded interface
The B, D, K and T catalog materials show MCU-2 controller and TENS configurations. The A and LK sheets define their own combinations of heating, PEMF and photon light.
- Controller exterior, color and logo
- Button legends, display labels and manual language
- Temperature scale, timer and PEMF program selection
- Light operation and TENS accessories, where applicable
- Voltage, plug, cable and product rating labels
TENS is an electrical-stimulation option on selected platforms. It is specified separately from PEMF coils and light modules.
Define your controller requirements05 / Natural minerals & ceramics
Materials that define
the look and construction.
Color, texture, particle form and mineral arrangement give each family a different appearance. The approved material sample anchors the production specification.
Amethyst & mixed gems
A, B and crystal platforms use mineral textures and multi-color arrangements. Specify the stone selection, particle size, proportion and surface layout.
Seven-crystal rangeBlack & green jade
The standard collection includes jade and tourmaline combinations. A2601 uses green jade with tourmaline; A2603 uses black jade with tourmaline and RGB light.
Crystal & jade collectionTourmaline-led formats
K, T and LK materials include ceramic mineral components. The technical material descriptions list blends such as tourmaline, germanium, jade and volcanic minerals by platform.
Tourmaline platform rangeMaterials / From mineral selection to production
Specify the composition.
Then the finished surface.
A mineral name does not describe a complete mat. The proportions, physical form, arrangement and retaining construction give the surface its finished identity.
What the surface contains
E2609 lists 50% amethyst and 50% black tourmaline. E2607 combines 35% amethyst, 23% mixed gemstones and 42% black tourmaline. The material mix remains tied to its individual model.
Explore the E2607 mixHow the materials are presented
Crystal particles, jade pieces and mineral ceramics create different surfaces. Agree the mineral selection, piece dimensions, proportion and layout together with the LED positions and mat format.
Compare crystal & jade surfacesHow the assembly is held
Mesh, stitching, cover materials and the outer frame support the visible mineral arrangement. The reference construction also includes cotton, nonwoven support and compressed-cotton padding.
See the construction componentsApproval references for the mineral surface
Use a material sample, composition list, layout drawing and finished surface sample. Include the intended dimensions, profile and weight target so changes in material quantity are evaluated with the complete product.
06 / Build your technical brief
From a feature list
to a complete specification.
Physical product
Format, dimensions, weight target, outer material, mineral selection and surface arrangement.
Functional systems
Heating range, PEMF programs and coils, wavelength, LED count, timing and optional TENS.
Brand experience
Logo, color, controller interface, accessories, carry bag, instruction manual and retail packaging.
Market & order
Destination, voltage, plug, documentation requirements, sample plan and initial quantity.
Technical questions
Useful distinctions
before development.
Do more LEDs mean the same configuration?
No. LED quantity, wavelength, physical distribution and controls are separate specifications. A red-only mat and a red / NIR mat with the same total LED count are different configurations.
Is the heating range the same on every mat?
A and LK heating platforms provide adjustable 30–70 °C control. Temperature settings and timer functions are operated through the digital controller.
Can the same series include different LED counts?
Yes. B and BR, and K and KR, are separate catalog configurations. For example, B190 lists 156 red LEDs while BR190 lists 72.
Can we choose the coil count independently of the format?
Coil layout is reviewed with the dimensions, construction and controller. Standard models provide a starting point; a custom layout needs a development review.
What documents should we request during a technical review?
Ask for the selected model specification, controller instructions, electrical rating, sample configuration and applicable product test documents.
Turn your idea into a product specification.
Send the dimensions, materials and functions your brand wants to develop.