How FlossPoint Works

WHY THE RESTRICTION KEEPS COMING BACK

When you move under load, tissue layers have to slide past each other:

• Skin over fascia
• Fascia over muscle
• Muscle over adjacent muscle

When those interfaces lose their ability to glide under demand, movement breaks down — even when your passive range of motion looks completely normal on a table.

That's why stretching doesn't fix it. Your muscle length isn't the problem. Your tissue tolerance at those interfaces, under load, is the problem.

Static stretching doesn't challenge those interfaces. Foam rolling doesn't challenge them. Standard compression bands don't challenge them.

None of those tools apply force during the conditions where the restriction actually occurs.

WHY STANDARD FLOSS BANDS DON'T SOLVE IT

Pressing Down vs. Pulling Sideways

Think of two pieces of fabric stuck together. Pressing straight down on them doesn't free them. Pulling them sideways while applying a little pressure does.

Standard floss bands press straight down — uniform, vertical compression across the wrapped area. Tissue flattens. You feel pressure. Maybe temporary relief.

But vertical compression doesn't generate the forces that make tissue layers slide relative to each other. It flattens layers together rather than challenging them to glide.

If the restriction is at a tissue interface — and most are — pressing down on it doesn't restore the sliding that movement requires.

You need directional shear during movement.

HOW FLOSSPOINT WORKS DIFFERENTLY

Focal Compression + Directional Shear

FlossPoint uses three removable ShearPoints — dome-shaped grips that attach directly to the band — to create focal compression at specific tissue interfaces rather than even pressure across the whole wrapped area.

When you move under that compression, the ShearPoints generate directional shear forces between layers. The tissue interfaces are being challenged to slide while they're being asked to work.

That's mechanically different from what a standard band does.

Standard bands: Even pressure across wrapped area → tissue flattens uniformly → no specific interface targeting

FlossPoint: Focal compression at 1–3 points → directional shear during movement → tissue interfaces challenged to glide under load

The ShearPoints are removable because muscle size varies. Small areas (foot, Achilles) need 1–2. Large muscles (quad, hamstring) need all 3. You position them where tissue feels least responsive during the loaded movement — not everywhere, specifically.

THE THREE COMPONENTS

1. Compression

Creates a controlled mechanical environment around the restriction during movement.

Compression alone isn't the intervention. It's the foundation that makes directional loading possible.

2. ShearPoints (Directional Shear)

The dome-shaped ShearPoints create focal compression points that generate directional shear forces between tissue layers as you move through the restricted pattern.

Shear forces act parallel to tissue surfaces — not perpendicular like compression. This is what challenges interfaces to glide, not just flatten.

That's the mechanical distinction. It's not a subtle one.

3. Movement Under Load

You don't wrap the band and sit still. You move deliberately through the restricted pattern for 2–3 minutes.

The movement is what creates the shear forces. The tissue is being challenged under the exact conditions where the restriction occurs.

That's where tolerance is built — not at rest, not passively, not before you ask the tissue to work.

THE PROTOCOL

Load the Movement First

Before wrapping, perform the restricted movement under load. Find exactly where it breaks down. That's where the ShearPoints go. The restriction tells you where to put it.

Position ShearPoints

Attach 1–3 ShearPoints based on muscle size. Place them across the area where tissue feels least responsive during that loaded movement.

Wrap with Moderate Tension

Apply compression that allows full range of motion but creates noticeable resistance. You should be able to move deliberately through the full pattern. If circulation is restricted, reduce tension.

Move for 2–3 Minutes

Perform loaded movement patterns through the restricted range with control, not speed. The ShearPoints create directional shear between tissue layers during this movement. Tempo matters more than duration.

Remove and Reassess

Take the band off. Test the movement under actual training load — not passive range, not sensation. If the range holds during the demand that matters, tissue tolerance improved.

WHAT FLOSSPOINT IS (AND ISN'T)

FlossPoint is:

• A mechanical loading system for restoring sliding surface mechanics at tissue interfaces
• Used before training or during rehab protocols where load tolerance is the limiting factor
• Designed for 2–3 minute applications with active, controlled movement
• Built for athletes, clinicians, and coaches who treat tissue restrictions as mechanical problems

FlossPoint is not:

• A massage tool or passive recovery device
• Designed for comfort, sensation, or relaxation
• A replacement for strength training, manual therapy, or clinical assessment
• Something you wrap on and leave static

If you're looking for post-workout comfort, this isn't it.

If you're addressing tissue tolerance under load, FlossPoint makes sense.

WHY THE MECHANISM MATTERS

The Force You Apply Determines the Adaptation

Tissue adapts to the specific demands placed on it. If you want tissue to tolerate shear forces during movement — the mechanism that allows layers to slide under load — you need to apply shear forces during movement.

Applying vertical compression at rest trains tissue to tolerate vertical compression at rest. That's not the problem you're solving.

Standard tools compress. FlossPoint loads tissue interfaces.

That's not marketing language. It's mechanical specificity.

SAFETY & APPLICATION PRINCIPLES

More Pressure Isn't Better. Precision Is.

Use moderate tension:
You should be able to move through full range deliberately. If you can't move, or circulation is cut off, you're wrapping too tight.

Keep applications brief:
2–3 minutes per protocol. Longer isn't better. Quality of movement under compression matters more than duration.

Move with control:
Tempo matters. Move deliberately through the restricted range. Speed doesn't improve outcomes.

Assess under load:
The test isn't passive range. It's whether movement quality holds during the actual training pattern you need it for.

Do not use if:
Active DVT, uncontrolled hypertension, peripheral vascular disease, open wounds, recent surgery (unless cleared), pregnancy (unless cleared), known circulatory disorders.

When in doubt, consult a qualified healthcare professional.

This is a loading tool. Use it intelligently.

WHO THIS IS FOR

FlossPoint is built for people who understand that a restriction showing up under load is a different problem than a restriction at rest — and requires a different solution.

You'll get the most from FlossPoint if you:

• Prepare athletes for high-velocity, high-load training where movement quality under demand matters
• Integrate active loading into rehab protocols where tissue tolerance is the limiting factor
• Work with athletes who need full movement capacity under actual training loads, not just on a table
• Want tools that make mechanical sense, not tools that promise comfort

This isn't for:

• General fitness enthusiasts looking for post-workout relaxation
• Anyone seeking passive tissue work without movement
• Practitioners unfamiliar with active loading principles

If you treat tissue restrictions as mechanical problems requiring mechanical solutions, FlossPoint makes sense.

If you're looking for a comfort tool, it doesn't.