G3+ Load-N-Go Applications
The G3+ Load-N-Go medic backpack can be used for multiple applications, including (contents not included—backpack only):
- ACLS (Advanced Cardiovascular Life Support)
- AED (Automated External Defibrillator)
- ALS (Advanced Cardiovascular Life Support)
- BVM (Bag Value Mask)
- PLS (Pediatric Advanced Life Support)
- BLS (Basic Life Support)
The G3+ Load-N-Go medic backpack features one main compartment, two side compartments, and a front pocket.
The main compartment is built with a modular, stackable cell system that can be arranged in virtually any configuration. This enables you to store your equipment and supplies as you prefer.
It also features a removable divider with see-through pockets. This enables you to easily see all your equipment and supplies and gain easy access to them.
The full-length zipper enables you to completely open the pack for easy access.
The two side compartments feature multiple mesh storage pockets for superior organization.
We attach large, high-visibility silicone rings to the end of our zippers to make zipping and unzipping quick, simple, and hassle-free.
The high-visibility reflective material enables you to be seen at night.
The foam-molded, ergonomic, adjustable shoulder straps allow you to comfortably transport your pack.
Four grab handles allow you to grab your pack quickly on the go.
The G3+ Load-N-Go medic backpack features the latest G3+ enhancements:
- Revolutionary Fabric Advancements: Our upgraded material brings about enhanced strength, simplified maintenance, and improved water resistance. Additionally, it boasts a noticeable “high-gloss” finish that enhances visibility, whether it’s day or night operations.
- Transparent “Mono-Mesh” Compartments: Introducing transparent sections utilizing our exclusive “Mono-Mesh” technology. This innovation streamlines cleaning processes, amplifies durability, and eliminates the need for constant maintenance. The see-through design also ensures swift access to your equipment, allowing you to spot your items instantly.
- Advanced and Refreshed Sturdy Foundation: The fortified base panel incorporates “Stand-Strong” innovation. Outfitted with discreet low-profile bumpers, this feature empowers the backpack to stand upright effortlessly on any surface. This ensures ease of access even in high-pressure scenarios.
Cutting-Edge Material Used on Our Medic Backpacks
Our medic backpacks are meticulously fashioned using an exceptional high-performance elastomer that uses the most advanced material technology.
This exceptional material offers a unique fusion of mechanical, physical, and chemical attributes, all meticulously honed to meet the most rigorous end-use requirements.
The highlighted characteristics include:
- Exceptional Tensile Power: Our material’s tear resistance outperforms that of standard elastomers, guaranteeing your pack’s resilience and reliability in the most demanding environments. Rest easy, knowing it won’t succumb to tearing or wear.
- Unparalleled Endurance: Boasting over three times the longevity of conventional rubber, this material provides unmatched resistance to abrasion. Whether confronted with surface friction, scratches, or corrosive forces, your pack will withstand the challenges without visible wear.
- Superior Flexibility: Even in the face of extreme cold, the dynamic flexibility of our material endows it with remarkable resilience against external pressures.
- Formidable Microbiological Shield: Engineered to endure consistent exposure to bodily fluids, our material showcases remarkable resistance against microbiological threats, making it a crucial aspect of our medic backpacks.
- Resilience Against Extreme Heat and Weather: Unlike ordinary elastomers susceptible to UV rays and heat-induced deterioration, our material thrives across diverse temperature ranges, delivering exceptional protection even in harsh climates.
- Chemical and Oil Resilience: Our material remains unaffected by chemical interactions, guaranteeing that oil contamination is not a concern.
- Unmatched Biocompatibility: Demonstrating unparalleled biocompatibility, our material finds extensive use in medical, sanitary, sports, and protective devices.
