What is the difference between ACD+Gel PRP tubes, Sodium Heparin+Gel PRP tubes, and GFC tubes?
Different PRP tube configurations are designed to support different preparation workflows. The main differences between ACD+Gel PRP tubes, Sodium Heparin+Gel PRP tubes, and GFC tubes are related to the anticoagulant system, separation technology, and the specific PRP preparation approach used by clinics and professionals.
ACD+Gel PRP Tubes
ACD+Gel PRP tubes use ACD-A (Acid Citrate Dextrose Solution A) as the anticoagulant and combine it with gel separator technology to support plasma separation during centrifugation. This configuration is commonly used in PRP preparation workflows, including aesthetic procedures, hair-related applications, and other professional PRP applications where citrate-based anticoagulation is preferred.
Sodium Heparin+Gel PRP Tubes
Sodium Heparin+Gel PRP tubes use sodium heparin as the anticoagulant together with gel separator technology. This configuration provides an alternative option for professionals whose PRP preparation protocols are based on heparin anticoagulation. Depending on the clinic’s workflow and application requirements, Sodium Heparin+Gel tubes may be used in aesthetic procedures and other professional PRP preparation workflows where a heparin-based anticoagulant system is preferred.
GFC Tubes
GFC tubes are designed for specific PRP preparation workflows focused on concentrating platelet-related components through a dedicated preparation process. Compared with conventional PRP tube configurations, GFC tubes are selected by professionals who follow specific preparation protocols or require a different approach for PRP preparation. They may be used in specialized aesthetic and professional PRP applications where the practitioner’s workflow requires a GFC preparation method.
Which PRP tube should I choose for my aesthetic clinic or practice?
The right PRP tube for an aesthetic clinic depends on the clinic’s preparation protocol, equipment compatibility, and specific workflow requirements. Different PRP tube configurations are designed to support different preparation methods rather than providing a single universal solution for all applications.
For clinics performing general PRP preparation workflows, ACD+Gel PRP tubes are commonly selected because they combine ACD-A anticoagulation with gel separator technology to support plasma separation during centrifugation.
For professionals using heparin-based PRP preparation protocols, Sodium Heparin+Gel PRP tubes provide an alternative configuration with sodium heparin anticoagulation and gel separation technology.
For clinics following specific PRP concentration protocols, GFC tubes may be selected when their preparation workflow requires a dedicated GFC tube configuration.
Before selecting a PRP tube, clinics should consider factors such as anticoagulant preference, blood collection volume, centrifuge compatibility, preparation protocol, and intended application.
How are PRP tubes used in the PRP preparation process?
PRP tubes are used to collect and process whole blood through a controlled preparation workflow. The exact centrifugation parameters and processing steps may vary depending on the PRP tube configuration, centrifuge system, and professional protocol used by the practitioner.
1. Blood Collection
Whole blood is collected into the selected PRP tube containing the appropriate anticoagulant system. The anticoagulant helps maintain the blood sample in a suitable condition before centrifugation.
2. Mixing and Initial Preparation
After blood collection, the tube is gently mixed according to the product instructions to ensure proper interaction between the blood sample and anticoagulant. Some protocols may include a short preparation or resting period before centrifugation depending on the workflow requirements.
3. Centrifugation Process
The collected blood is processed using centrifugation to separate blood components based on density. Depending on the PRP preparation method, clinics may use either a single-spin or double-spin protocol.
Single-spin protocols generally complete separation in one centrifugation step, while double-spin protocols include an additional centrifugation stage to further process the plasma fraction. The centrifugation speed, time, and force should follow the validated protocol for the specific PRP tube and centrifuge system.
4. Plasma Separation and Collection
After centrifugation, the separated plasma layer is collected according to the practitioner’s preparation method. PRP tubes with gel separator technology help create a separation barrier between blood components during centrifugation.
5. Secondary Processing (If Required)
Some PRP protocols may include secondary centrifugation, additional concentration steps, or other preparation procedures depending on the intended workflow. These steps are determined by the practitioner’s established protocol and product specifications.
What size PRP tube should I choose for my clinic?
The appropriate PRP tube size depends on the clinic’s preparation protocol, required blood collection volume, centrifuge compatibility, and the intended PRP application.
PRP tubes are available in different sizes and capacities to support various professional workflows. Smaller volume tubes may be suitable for procedures requiring a limited amount of PRP, while larger volume tubes can support protocols that require a higher blood collection volume or larger plasma output.
When selecting a PRP tube size, clinics should consider factors including:
- Required blood collection volume
- Expected PRP volume after processing
- Treatment workflow requirements
- Centrifuge rotor and tube compatibility
- Practitioner’s established preparation protocol
VivaPRP provides different PRP tube configurations and sizes to support various professional PRP preparation workflows.
Are VivaPRP tubes sterile and ready for professional use?
Yes, VivaPRP tubes are sterile single-use medical consumables designed for professional PRP preparation workflows. Each tube is manufactured with quality control procedures and packaged to help maintain product integrity during storage and transportation.
Are VivaPRP tubes compatible with different centrifuge systems?
VivaPRP tubes are designed to be used with professional centrifuge systems commonly used for PRP preparation. Compatibility may depend on tube size, rotor specifications, centrifuge settings, and the practitioner’s established protocol.
Clinics should confirm compatibility between the selected PRP tubes and their centrifuge equipment before use.
Can I order PRP tubes in bulk or wholesale?
Yes, VivaPRP supports bulk and wholesale orders for clinics, distributors, and professional customers worldwide.
We provide reliable supply, product traceability, and international shipping support to meet different purchasing requirements.
Does VivaPRP provide customized PRP tube solutions or OEM services?
Yes, VivaPRP provides customized PRP tube solutions and OEM services for professional partners with specific requirements.
Customization options may include product specifications, packaging, and private label solutions based on project needs.
