The Certificate course in cupping therapy by Physilife aims to provide in-depth knowledge & skills to use vacuum cupping from a physiotherapeutic perspective. While cupping is an age-old process; the use of cupping in physiotherapy is primarily a tool for its mechanical effects on the soft tissue & its impact on the nervous system. Using these principles this course teaches an integrative; evidence-informed approach to apply cupping safely and effectively to the patient.
This is a CPDUK-certified course. Understand CPDUK certification HERE
What on Earth is Biomechanical Cupping?
Cupping therapy has long been a cornerstone of complementary and alternative medicine, rooted in ancient philosophies. Traditional explanations often referenced concepts like balancing the qi or removing toxins through hijama. While these practices carry cultural and historical significance, they lack a strong foundation in modern scientific reasoning.
In recent years, however, scientific evidence has emerged that sheds light on the biomechanical effects of cupping therapy on the musculoskeletal (MSK) system. By using cups as tools to manipulate soft tissues, similar to other physiotherapy techniques, we can achieve observable and measurable therapeutic benefits. These effects align with established biomechanical principles and are both verifiable and explainable.
The Biomechanical Cupping Course is designed to teach a carefully curated set of techniques targeting the MSK system. These methods aim to induce biomechanical changes that enhance recovery, improve mobility, and relieve pain—all grounded in science and evidence-based practice.
But What Does the Research Say?
Yes, research has increasingly focused on these aspects, exploring how cupping affects the receptors and soft tissue. The findings support its use as an effective tool within the broader scope of physiotherapy. Here are a few researches.
This study has contradicted traditional cupping conventions. It has presented evidence on the biomechanical changes produced by the cupping by studying its effects with respect to pressure difference, loading rate, friction, and effects of cup size. The link to the study is HERE
This study investigated the key element behind the effectiveness of cupping. The authors found negative pressure as the primary factor behind effective cupping. They have explained how the biomechanical effects of this vacuum can produce therapeutic benefits. Their findings could not support the theories of immunomodulation and neuromodulation. The link to the study is HERE
This study has used an animal model to analyze the biomechanical effects of cuppin on the skin objectively. The authors found cupping could lead to softening the adhesions and releasing the tissues by decreasing the skin stiffness and increasing flexibility. They recommend using cupping therapy for relieving scar tissue, reducing adhesions and improving immobility. The study can be referenced HERE