What is the Ready Ball?
A dense preformed mass of gauze built into the product during manufacture. Conventional wound packing requires the responder to gather and bunch the tip of the gauze into a ball before driving it into the wound. Ready Gauze ships with that mass already formed.
In photos the ball looks like it sits in the middle of the gauze. Is that right?
Laid out flat it can appear that way, but that is not how it deploys. You grip the ball and pull: the gauze unravels behind it and the ball ends up at the leading tip - exactly where a hand-bunched mass would have to be built. Open, pull, pack.
How is this different from the previous Compact Z-Fold Gauze?
Sterility, the patented Surgrip packaging, and the 5-year shelf life are unchanged. The single difference is the integrated preformed Ready Ball. This configuration supersedes the prior version, which the manufacturer is discontinuing.
Does the Ready Ball change how I pack a wound?
Only the first step. It replaces the manual bunching action. After insertion the technique is unchanged: drive the ball to the source of bleeding, pack the cavity tightly and completely, hold firm continuous manual pressure for at least 10 minutes (plain gauze) until bleeding is controlled, then reassess and secure with a pressure dressing. Existing agency training on packing technique remains valid.
How long do I hold pressure?
This is plain gauze, so hold firm direct manual pressure for at least 10 minutes. The shorter three-minute minimum applies to hemostatic gauze, which needs a sustained compression interval for the agent to work. In both cases, if it is still bleeding when the time is up, keep holding.
Is this hemostatic gauze?
No. This is plain gauze with no clotting agent. For the highest-risk bleeds a hemostatic gauze is the preferred first choice. Plain gauze is appropriate for most packing applications and works well as backing gauze layered beneath a hemostatic dressing.
Which wounds should I pack, and which should I not?
Pack junctional, axillary, groin, neck, and deep extremity wounds that a tourniquet cannot reach or control. Do not pack open chest wounds - penetrating thoracic trauma is managed with a chest seal. Abdominal evisceration has its own management pathway. An arterial extremity bleed gets a tourniquet high and tight on the proximal third of the limb, never across a joint.
How many packs should a kit carry?
More than one. A deep junctional cavity routinely consumes an entire pack or more. Single-unit stocking is a training-scenario assumption, not a field one. Agencies building bleeding-control cabinets or vehicle kits should plan multiple units per casualty.
What is the shelf life and how should it be rotated?
5 years. Sterility depends on package integrity - inspect at every scheduled kit check and replace any unit whose packaging is torn, punctured, water-stained, or heat-deformed regardless of remaining date. Vehicle-mounted and outdoor-stored kits see the harshest thermal cycling and warrant more frequent inspection.
Can it be used for training?
Yes, and it should be. Providers should feel how the ball deploys and seats before they encounter it on a patient. Any unit opened for training must be pulled from operational stock and marked as training material - once the sterile barrier is broken the unit is no longer field-usable.
Is it available for agency and government purchase?
Yes. MED-TAC International is SDVOSB-certified and holds a GSA MAS contract, and supports agency, department, school district, and institutional procurement with quantity pricing. Contact us for a formal quote.
