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Industrial & Broadcast Cases
Protect your payload no matter how sensitive the equipment.
Your equipment represents an important investment and it is imperative that it arrives in perfect condition. Don’t compromise that expectation by shipping it in anything less than a ConQuest Case. Safe arrivals are our specialty, whatever the destination.
ConQuest Cases are the ultimate in protection, durability and functionality.
Our cases incorporate the strength of an aircraft grade aluminum shell with riveted construction and our own proprietary high strength patented valence. We don’t just build cases, we build confidence.
Stronger than plywood.
ConQuest Cases are manufactured using repeatable geometry best practices - incorporating parasolid modeling software, state-of-the-art CNC equipment and experienced craftsmen. ConQuest Cases will NOT warp, rot, blister or require frequent repairs – common ailments of traditional laminated plywood road cases.
Laminated plywood road cases have an extruded “U” shaped aluminum valance which is mitre-cut and riveted in place. These valance corners separate over time, causing lid / base misalignment issues. Impact’s proprietary high strength square tubular valance and corner lug system (patents pending) ensures that all ConQuest cases remains square with reinforced valance corners which will NOT split or separate over time.
When comparing premium aluminum cases against traditional laminated plywood's 10 year life span, ConQuest cases have a life span of 20 years with little or no maintenance.
Stronger than plastic
Rotational moulded (roto-molded) cases and containers are semi-rigid - the case shell will flex under stress. What does this mean? Roto-molded cases tend to bow / sag when loaded with heavy components or if heavy loads are stacked on top. Roto-moulded case material fatigue is accelerated if the cases are subjected to elevated temperatures. The most common symptom of roto-molded case fatigue is base-lid misalignment – distortion which prevents the lid and base from properly mating. At very low temperatures, roto-moulded cases encounter a greater frequency of impact related fractures.
