BioReg vs BEMER: Specification Comparison
BioReg builds PEMF and bioregulation systems spanning home use to a closed-loop clinical flagship. BEMER builds the Evo system, a controller with full-body and local applicators. The local applicators of both operate in a comparable published intensity range. The clearest architectural difference: BEMER publishes no input or feedback mechanism, and the BioReg CellCom is closed loop.
BEMER specifications sourced from manufacturer published materials, verified August 2026.
What does each company make?
BioReg
BioReg Technologies builds PEMF and bioregulation systems across six devices, from the Nesta Child home unit through the SanoCenter multi-station clinic platform and the CellCom flagship, which adds closed-loop body biofeedback. Prices run $1,495 to $28,995. BioReg product line
BEMER
BEMER Int. AG builds the BEMER Evo physical vascular therapy system: a B.Box Evo controller that drives full-body applicators (B.Body, B.Bed), local applicators (B.Pad, B.Spot, B.Sit) and light therapy modules (B.Light). Two applicators can operate in parallel. The system is intended for end users aged 14 and older and for medically trained personnel.
Source: BEMER Therapy System Evo, Instructions for UseHow do the published specifications compare?
Every BEMER cell is cited to BEMER's own published material. Where BEMER does not publish a figure, the cell reads "Not published."
| Specification | BEMER Evo | BioReg device line |
|---|---|---|
| Field intensity, local applicator | Approximately 100 µT at maximum level; approximately 150 µT with the plus Signal (B.Pad, B.Spot and B.Sit Evo applicators). Source: BEMER Therapy System Evo, Instructions for Use | 100+ µT across the line. Source: BioReg specification matrix |
| Field intensity, full-body applicator | Approximately 35 µT at maximum level; approximately 50 µT with the plus Signal (B.Body and B.Bed Evo applicators). Source: BEMER Therapy System Evo, Instructions for Use | Not published by applicator. Source: BioReg specification matrix |
| Published frequency | 30 Hz base signal. No frequency range is published. Source: BEMER science and application page | CellCom 1 Hz to 1 MHz; SanoCenter 1 Hz to 200 kHz; Nesta Pro 0.5 Hz to 30 Hz. Source: BioReg specification matrix |
| Programs | Three preset targeted programs, P1 (8 minutes), P2 (16 minutes) and P3 (20 minutes), plus a sleep program, and three user-created expert-mode programs (E1 to E3). Source: BEMER Therapy System Evo, Instructions for Use | 553 CellCom, 142 SanoCenter, 48 Nesta Pro. Source: BioReg specification matrix |
| Protocol editing | Expert mode, three user-created program slots. Source: BEMER Therapy System Evo, Instructions for Use | Nesta Pro practitioner-editable in the device interface. Source: BioReg specification matrix |
| Closed-loop measurement | No input, measurement, or feedback mechanism is published. Source: BEMER Therapy System Evo, Instructions for Use | CellCom, two dedicated input channels. Source: BioReg specification matrix |
| Intended user | Consumer medical device sold through Independent BEMER Distributors; the Instructions for Use names end users aged 14 and older and medically trained personnel. Source: BEMER Therapy System Evo, Instructions for Use | Licensed practitioners and home users. Source: BioReg specification matrix |
| Price | B.Box Evo standalone $3,990 to Premium-Set Evo $5,890 (US webshop). Source: BEMER US webshop, Evo line | $1,495 to $28,995 across the line. Source: BioReg specification matrix |
| Warranty | Three years automatic from date of purchase; six months for B.Light modules and the rechargeable battery. Manufacturer defects. Source: BEMER Returns and Warranty Policy | 2 years device, 1 year accessories, manufacturing defects. Nesta Pro Premium: 5 years device and accessories. Source: BioReg specification matrix |
| Training included | Not published. | Per device: training video plus 15 minute consult on the home line, onboarding video plus 1 hour live consult on Nesta Pro, white glove training on SanoCenter and CellCom. Source: BioReg specification matrix |
| Regulatory status | BEMER describes the system as “an FDA Class II cleared consumer medical device” (BEMER’s own description). Source: BEMER US Human Line page | FDA registered. Source: BioReg specification matrix |
BioReg and BEMER local applicators operate in a comparable published intensity range. Intensity is one design variable among several, and published PEMF research spans a wide intensity range.
What is the architectural difference?
The BioReg CellCom uses two dedicated input channels that obtain information from the user and adjust output frequency in response during a session. This is a closed-loop system. The BEMER Evo Instructions for Use describes no input, measurement, or feedback channel; the only sensor named in the document is a display light sensor.
The BioReg Nesta line is open-loop and performs no physiological measurement.
Source: BEMER Therapy System Evo, Instructions for UseWhat does the published evidence say?
The BioReg research library holds 50 peer-reviewed studies, each graded on an A through F scale for design and sample quality, organized by condition with citations. Browse the research library or read how studies are graded. This page does not characterize BEMER's evidence base; BEMER's own site describes its research position.
Which should you consider?
Based on published positioning, the BEMER Evo is designed for home users and medically trained personnel who want a preset-program system with a sleep program and optional light therapy modules, sold through BEMER's webshop and distributor network.
The BioReg line is designed for buyers who want to choose by use case: home units with preset or buyer-selected protocols, a practitioner system with editable programs, a multi-station clinic platform, and a closed-loop flagship for practices that want physiological measurement during the session.
Neither company's published material supports a clinical superiority claim in either direction, and this page makes none.
Practitioners who already own a BEMER can read Upgrading From BEMER: What Clinical Practice Requires.