DRY Needling

Dry needling is a skilled clinical intervention, performed by a certified physical therapist, used to address neuromuscular dysfunction, soft tissue restrictions, and pain.

We offer three specialized forms of dry needling, each designed to target different tissue and performance goals.

Trigger Point DrY Needling

Trigger point dry needling targets hyperirritable knots within muscle tissue. These trigger points can reduce strength, limit mobility, and cause pain locally or in referral patterns.

By inserting a thin filament needle directly into the trigger point, we stimulate a local twitch response that:

  • Decreases muscle tension

  • Improves blood flow

  • Reduces pain sensitivity

  • Restores normal muscle activation

  • Improves range of motion

Electro Dry Needling

Electro dry needling combines traditional dry needling with gentle electrical stimulation delivered through the needles. The electrical current enhances the therapeutic effect by:

  • Improving neuromuscular re-education

  • Increasing circulation

  • Reducing chronic inflammation

  • Modulating pain signals

  • Improving muscle recruitment and strength

This is especially effective for persistent pain conditions or muscles that have difficulty activating properly.

Subcutaneous Fascial Needling

Fascial needling targets the connective tissue system rather than just individual muscles. The fascia plays a critical role in movement efficiency and force transfer throughout the body.

By addressing fascial restrictions, we can:

  • Improve tissue glide

  • Restore mobility

  • Decrease tension patterns

  • Improve posture and movement efficiency

  • Enhance performance output

This approach is ideal when pain or restriction is more widespread or movement feels “tight” despite stretching.

Myofascial Decompression (Cupping)

Cupping therapy is a soft tissue intervention used to improve tissue mobility, reduce pain, and enhance recovery.

Cupping uses negative pressure (decompression) applied to the skin and underlying soft tissue through specialized cups. Unlike massage, which applies compression, cupping lifts and separates tissue layers.

This decompressive effect can:

  • Increase local blood flow

  • Improve lymphatic movement

  • Reduce tissue adhesions

  • Improve fascial glide

  • Decrease pain sensitivity

The result is improved tissue extensibility and movement capacity.

Instrument Assisted Soft tissue Mobilization (IASTM)

IASTM (scraping) uses specialized stainless steel instruments to apply controlled mechanical stress to muscles, fascia, and tendons. The instruments allow for greater precision in detecting and treating:

  • Fascial adhesions

  • Scar tissue

  • Tendon irritation

  • Chronic soft tissue restrictions

  • Areas of abnormal tissue density

The mechanical stimulus promotes localized circulation and stimulates a controlled inflammatory response that supports tissue remodeling.

KINESIOTAPING

Kinesiotape is a specialized elastic therapeutic tape designed to mimic the elasticity of human skin. When applied with specific tension and direction, it can influence both mechanical and neurological responses in the tissue.

Depending on the clinical goal, taping can:

  • Facilitate underactive muscles

  • Inhibit overactive muscles

  • Improve proprioceptive input

  • Reduce localized swelling

  • Decrease pain sensitivity

  • Provide dynamic support during movement

Unlike rigid athletic tape, kinesiotape allows for full joint motion while offering neuromuscular feedback.

Assisted Stretching

Assisted stretching involves the practitioner moving a joint or tissue through controlled ranges of motion while monitoring resistance, tissue quality, and neuromuscular response.

Unlike self-stretching, clinician-guided stretching allows for:

  • More precise positioning

  • Controlled stabilization of adjacent joints

  • Targeted neuromuscular inhibition

  • Progressive end-range loading

  • Real-time assessment of restriction

Techniques may include contract-relax (PNF), positional inhibition, and controlled end-range mobility work.