FCB TOOLS

FCB instruments are designed to deliver controlled mechanical loading to fascial structures in both human and animal therapy.

The geometry and mass distribution of the instrument enable both shear‑ and compression‑based tissue stimulation, targeting superficial fascia (fascia superficialis) as well as deep fascia (fascia profunda) without causing excessive tissue stress.

Biomechanical Effect

The curved profile of the FCB instrument optimizes contact surface and pressure distribution, which:

• increases interfascial gliding

• reduces the mechanical resistance of adhesions

• improves the viscoelastic response of fascia (creep and stress‑relaxation)

• enables tissue mobilization without microtrauma

The mechanical stimulus produced by the instrument influences fascial mechanotransduction, potentially activating fibroblasts, increasing extracellular matrix fluidity and improving tissue hydration.

Use in Therapeutic Practice

The FCB bar is particularly suitable for:

• shear mobilization, enhancing gliding between tissue layers

• longitudinal and transverse fascial mobilization

• releasing myofascial restrictions

• optimizing the scapulothoracic gliding surface

• enhancing neuromuscular response when combined with manual techniques

The instrument’s mass and shape allow for even, controlled loading, reducing mechanical strain on the therapist’s hands and fingers and improving long‑term work ergonomics.

Material Engineering Perspective

The FCB bar is made from pure copper, whose material properties support therapeutic use:

• natural antibacterial surface (antimicrobial effect of copper ions)

• high heat capacity, allowing the instrument to warm during treatment

• consistent thermal conductivity, which can promote tissue softening and enhance treatment feel

The thermal characteristics of copper may influence the viscoelastic behavior of tissue, making treatment smoother and increasing the tissue’s receptiveness to mechanical stimulation.