Cut seasonal downtime and maintenance costs by 30% with real-time molecular insight.
Startiva helps agriculture and construction operators reduce oil consumption and maintenance costs by up to 30%.
Minimizing both routine downtime and catastrophic breakdowns is critically important when working within tight seasonal windows or strict project timelines. To safeguard equipment, OEMs typically prescribe cautious, aggressive maintenance schedules based solely on operating hours. This practice ignores the equipment's actual condition, resulting in substantial unnecessary maintenance, premature oil changes, and expensive fluid wastage.
Our agriculture and construction monitoring system provides the solution. By employing advanced, real-time oil analysis, Startiva delivers continuous, actionable insight into the true status of your lubricant and heavy machinery. This intelligence allows you to instantly optimize maintenance programs, ensuring service is performed only when truly necessary. The result is minimized maintenance expense, maintained engine reliability, and seamless continuous oversight during your peak operating seasons.
The high-pressure demands of seasonal work mean every hour of operational uptime is invaluable. Startiva replaces outdated, fixed schedules with precise, condition-based monitoring, ensuring that vital equipment like harvesters, tractors, or excavators are available exactly when needed. By knowing the actual health of the equipment instantly, operators can strategically allocate maintenance windows without losing valuable time to unnecessary servicing, maximizing productivity during critical planting, harvesting, or building phases.
Operating in dusty, dirty, and demanding environments puts extreme stress on machinery and fluids. Our advanced molecular analysis provides an essential layer of protection by continuously monitoring for contaminants and stress indicators unique to these challenging conditions. The system detects subtle signs of seal degradation, dust ingress, and internal wear far earlier than conventional methods, enabling surgical, preemptive repairs that dramatically extend the lifespan of high-value assets and prevent expensive field failures.