RP-PEMF

RP-Pulsed Electro Magnetic Field

Lorem X V14

RP-PEMF, the way nature intended PEMF

Tested and Certified by Intertek,

according to international and national standards.
Using patent-pending technology.

Lorem  X RP-PEMF applies,

sparse, electromagnetic pulses, with extremely long rest intervals between pulses.

LOREM X v14 RP-PEMF represents a new generation of PEMF technology

Rooted in electromagnetic design
Focused on safety
Engineered like nature wants it to be, based on the characteristics of Pathways
Resulting in a relaxation-oriented session experience

Lorem X RP-PEMFT device, delivering low intensity electromagnetic field exposure across the whole body, with long rest times between pulses, promoting relaxation.

What is RP-PEMF? Is it Different from Conventional PEMF?

01 RP-PEMF is based on Nature

RP-PEMF is designed around how stimulation targets behave in fundamental biology, and the following essential characteristics are taken into account in the RP-PEMF method:

Magnetic field strength effect on a target, and stimulation thresholds for a targeted pathway
Recovery times: how long it takes for a specific pathway to respond efficiently again, after a prior activation
SNS arousal, summation, and wind-up: physiological off-target responses for a given specific stimulation
The behavior of pathway-breaking mechanisms
The oscillation behavior of pathways

RP-PEMF modalities: Wellness, Medical, and TMS are tuned differently (different goals) to apply these characteristics, or in other words, are tuned to how nature actually works.

Wellness RP-PEMF

Goal: Avoid pathway activation: avoid stimulation or modification of physiological processes

Wellness RP-PEMF is engineered for a comfort-first, safe, conservative mode, resulting in calmer sessions and cleaner outcomes:

Operates below pathway activation thresholds by design.
Uses long rest intervals to prevent cumulative build-up from repeated sub-threshold pulse events, avoiding summation.
Aims for a gentle, non-intense session feel, without relying on dense pulse trains or high drive, promoting a relaxing experience.

Medical RP-PEMF

Goal: Activate selected targets (pathways) effectively and efficiently, without overdriving.

Medical RP-PEMF is built for precision timing, not brute force:

Pulse events are timed to the target’s recovery window, so stimulation occurs when responsiveness is highest, improving the effect. This timing leads to long necessary rest periods between pulses.
The improved effect reduces the need for strong magnetic fields, used to “push through” low-yield periods.
Designing long rest intervals between pulses can reduce cumulative stimulation that drives SNS arousal, summation, and wind-up, limiting unnecessary, non-target stimulation and off-target effects.
Designing long rest intervals between pulses can optimise the use of physiological breaking mechanisms.
Designing Long rest intervals between pulses can help avoid oscillatory behavior in pathways.

RP-Transcranial Magnetic Stimulation, RP-TMS

Goal: Achieve effect without brute force; control wind-up.

Conventional TMS often relies on a powerful drive, which can lead to cumulative wind-up dominating the response.
RP-TMS takes a different route. Medical RP-TMS is built for better targeting with fewer unwanted effects:

Prioritizes recovery-primed timing so effects come from responsive-state activation, not from piling on pulses, or squeezing out effects by brute force.
The RP improved effect reduces the need for brute force.
RP-TMS long recovery windows do limit wind-up, supporting a more controllable and, more importantly, a more comfortable stimulation strategy.

Common thread across all three RP-PEMF modalities:

Because thresholds, recovery dynamics, SNS arousal, summation, wind-up, pathway-breaking mechanisms, and oscillation behavior of pathways commonly operate on minutes-to-hours time scales (and, in some cases, longer), RP-PEMF naturally leads to long rest intervals between pulse events, for different reasons in each RP-PEMF modality.

Long Rest intervals between pulses are the core RP-PEMF design difference versus conventional PEMF dense-train stimulation.

02 Long Rest Intervals between Pulses

The key difference between conventional PEMF and patent-pending RP-PEMF is the time between two pulses.

Conventional PEMF uses short pulse intervals in the 0 -1s range (continuous pulses to a maximum of 1 sec between pulses)
RP-PEMF in general uses long pulse intervals, e.g., > 20 min (up to 72h)
RP-PEMF Wellness specifically uses very long pulse intervals > 8 h

These long rest intervals between smaller pulses make that

RP-PEMF is essentially different from conventional PEMF.

On top, a conventional PEMF, dense pulse train, many larger pulses, and almost no rest time between pulses.

Below is an example of an RP-PEMF signal, 4 short pulses per hour with long rests of 20 minutes. between pulses.

03 Sparse Pulses, Pulse width & Duty Cycle

Because the RP rest intervals between pulses are extended, RP-PEMF runs at much lower frequencies than conventional PEMF.

Conventional PEMF: typical frequencies 1–300 Hz.
RP-PEMF: typical frequencies < 0.002 Hz.

The pulse-width of RP-PEMF is between 10 and 300 milliseconds, meaning that the long signal periods are filled with very short pulses and very long rest periods.

RP-PEMF Duty Cycle (DC) is low, ranging from 0.000004% to 0.06%.

04 Low B, RP-PEMF is gentle by design

Medical RP-PEMF: less unnecessary stimulation, more control.

Unlike conventional medical PEMF approaches that often try to “push harder” (higher exposure, frequencies, duty cycles, and stronger fields) to squeeze out effect, medical RP-PEMF is designed to work more efficiently and effectively through recovery-primed timing. Because we focus on when stimulation is delivered (only when activation is highly effective), not on brute force, we can operate with lower B while keeping stimulation purposeful and controlled.

Wellness RP-PEMF: In Wellness mode, LOREM X uses very low magnetic flux density (typical B ≈ 2 µT) to support a gentle, relaxation-oriented wellness experience.

(For simple orientation: Earth’s magnetic field is typically ~25–65 µT (depending on location), which is stronger than our wellness setting.)

But the key is not (only) low B, it is RP dosing.

The long rest intervals used in RP-PEMF wellness mode (> 8h) prevent physiological summation that can occur with denser pulse trains, even at very low field strengths, keeping the session calm, controlled, and consistent and facilitating real wellness.

05 Low dB/dt, calm stimulation, not brute force

LOREM X RP-PEMF is designed to operate with low |dB/dt|, resulting in controlled sessions with a larger safety and comfort margin.

In simple terms, |dB/dt| describes how fast the magnetic field changes, and that speed of change largely determines the induced electrical stimulus in tissue.

Many conventional systems try to “get more effect” by pulsing faster and harder (higher |dB/dt|) and delivering dense pulse trains. And, yes, this increases the electrical stimulus, but:

It is highly ineffective when pulsing is done when the target is inactive (after a pulse)
It can also increase summation, SNS arousal, wind-up, and off-target stimulation.

RP-PEMF takes a different path: recovery-primed timing.

We use lower-amplitude, sparse pulse events separated by long rest intervals to achieve a more controlled and comfortable experience. Pulsing only when the nature of the target allows it to be pulsed, when the target becomes recovery primed (recovered from earlier activation).

Medical RP-PEMF: RP-PEMF Pulses are effective, because they are timed to a recovered, responsive state (Recovery Primed), allowing us to achieve greater effect per pulse without relying on aggressive |dB/dt| to “force” results, supporting lower |dB/dt| by design.

Wellness RP-PEMF: The combination of very low B, gentle |dB/dt| and long rest intervals (avoiding summation) avoid physiological impact.

06 SNS Arousal, Avoid Risk

LOREM X combines very low intensity with long rest intervals between pulse events.

This avoids the "dense pulse train" approach, in which many pulses are delivered close together, which can create a cumulative build-up (summation/wind-up).

Why that matters: dense, high-drive stimulation can feel over-activating for some users, more like a fight-or-flight reaction, a feeling of being energized (wired, restless, amped-up) rather than a relaxation experience.

RP-PEMF Wellness is designed to keep the experience calm, steady, and comfort-oriented by reducing cumulative build-up. By choosing our magnetic field for RP-PEMF Wellness below Earth's magnetic field, and applying long rest intervals, we avoid the risk of SNS Arousal.

SNS Arousal is clearly observed with conventional PEMF at higher magnetic intensities.

07 Summation & Wind-up, Avoid Risk

The core novelty of our RP-PEMF Wellness method is the long rest intervals between pulses (provisional patent), designed to avoid the Risk of Temporal Summation and avoid any modification or support of a physiological process, creating an accurate wellness method.

Our long inter-pulse rest periods are indeed needed for real PEMF Wellness because, through temporal summation, even small signals that are too small to be individually relevant can combine to become applicable and may create an unwanted physiological side effect when dense pulse trains are used, as in conventional PEMF.

Users observe Wind-up (Temporal Summation of Pain Mechanisms) with high-intensity conventional PEMF or TMS.

08 Even Field Coverage (Whole-Body Session Area)

Low-intensity PEMF can drop off rapidly with distance from the coil, leading to uneven coverage across the session area and reduced consistency.

LOREM X addresses this with a multi-coil Helmholtz-style arrangement designed to provide more uniform field coverage across the session area, even at the very low intensities used by RP-PEMF.

09 Comparison Conventional PEMF vs RP - PEMF

10 Conclusion PEMF vs RP - PEMF

RP-PEMF is a new, patented way of delivering PEMF that focuses on timing and recovery, not on dense pulse trains or ever-higher drive.

Conventional PEMF typically tries to push results by increasing pulse counts, often “tuning to biological non-relevant magical frequencies, e.g., Schumann 7.83 Hz", or raising field intensity and |dB/dt|, to squeeze out effects, often creating a not wanted cumulative build-up.

LOREM X RP-PEMF is engineered around how real biological targets behave, taking into account: thresholds, recovery windows, pathway breaking and oscillation mechanisms, and the avoidance of SNS arousal, summation, and wind-up.

The result is our RP-PEMF platform can be tuned across Wellness, Medical, and RP-TMS modalities, delivering a more controlled, more efficient, and more comfortable stimulation strategy, with fewer pulse events and lower drive.

If you want PEMF that works the way biology expects it to (not brute force), RP-PEMF is the method you need.

RP-PEMF is PEMF, in the way nature runs pathways!

How: timed for recovery.

Results: Less unnecessary stimulation,

more Control, better Targeting.

Efficiency, Effectiveness, Comfort, and Consistency

through

Recovery-Primed timing

LOREM X is Trusted, Tested, and Certified

Certification

Third-party tested for electrical safety and fire resistance, Standards: UL 60335-1:2016 Ed. 6, CSA C22.2#60335-1:2016 Ed. 2, IEC/UL/CSA 60335-2, by Intertek California, Report No. 106101090LAX-001.
Third-party tested for electrical safety, and EMF Standards: IEC 60335-1:2020, EN IEC 60335-1:2023 + A11:2023, EN EMF 62233:2008 + AC:2008, EN IEC 62311:2020, BS 1363, BS 4573, EN 50075, I.S. 401:1997, IEC 60695-11 (10, 20), CAN/CSA-C22.2 No. 60335-1:16, UL 60335-1 2016 Ed. 6, AS/NZS 60335.1:2022, by Intertek California, Report No. 106101090LAX-002.
Third-party tested for EMC, Stds: CISPR 14-1:2020, IEC 61000-3-2:2018, IEC 61000-3-2:2018/AMD1:2020, IEC 61000-3-2:2018/AMD2:202, IEC 61000-3-3:2013, IEC 61000-3-3:2013/AMD1:2017, IEC 61000-3-3:2013/AMD2:2021, by Intertek Texas, Report No.106388026DAL-003
ETL listed Mark (USA/Canada): Certif. No.5034347
Electrical Safety IECEE CB Scheme certified by Intertek Semko AB, NCB Sweden, IEC + Nat.Dev.: Certif. No. SE-117707
EMC IECEE CB Scheme certified by Intertek Illinois: Certif. No. US/11056/ITS.
We operate a quality system aligned with ISO 13485, 21 CFR 820, and the NOM-241-SSA1-2025 Good Manufacturing Practices principles.
Factory & Quality Management System audited 4× per year by Intertek.

Contact US

Macmed

Calle 5A Sur 211

71980 Puerto Escondido

Oaxaca, Mexico

Tel: +52 9545822951