Precision Manufacturing for EMS Fitness Wear
At the core of our EMS fitness wear is an uncompromising commitment to quality. Our garments are not only designed for performance and comfort but also manufactured under rigorous standards to ensure safety, durability, and consistency with every use.
All fabrics used in our EMS suits are OEKO-TEX® certified, meaning they are tested for harmful substances and proven safe for direct skin contact. Given that EMS devices deliver impulses via conductive pads placed against the body, material quality is essential for both comfort and long-term use.
Each EMS garment features integrated conductive components engineered to deliver uniform electrical stimulation. We conduct 100% functional testing of all embedded circuits and electrode points to ensure signal consistency across all muscle zones. Variations in signal delivery can compromise training results or even pose risks-our quality assurance process eliminates this variability.
Our production facility operates under ISO 9001:2015 quality management systems, ensuring that every step-from fabric cutting to final assembly-is monitored and documented. This systematic control guarantees product traceability and repeatable performance batch after batch.
We follow a 5-point inspection process:
Incoming material verification
Pre-assembly component testing
In-line stitching and sensor alignment checks
Final full-function test under current load
Post-packaging moisture and conductivity check
Each garment is individually tested before shipping-not just batch-tested-so you receive a product that works as intended from the first use.
We simulate over 50 wash cycles in our testing labs using industrial-grade laundering standards (ISO 6330). Conductive paths and embedded modules are sealed against water ingress, while elasticity and compression integrity are preserved over time.
Our EMS fitness wear complies with CE and FCC safety regulations, ensuring electromagnetic compatibility and user protection. All devices operate within medically approved low-frequency ranges (<100 Hz) and intensity levels. Safety overrides are built into the firmware to prevent over-stimulation or misuse.