Hey edelweis, show me what real engineering looks like.
Three products. Hundreds of engineering hours. Every simulation validated, every structure proven. This is what edelweis ships.
Explore the work →Structural integrity isn't assumed it's proven. The NJP 7500 undergoes full Finite Element Analysis across every critical load path, identifying stress concentrations before a single part is machined.
FEA simulation
Fluid dynamics shape performance. Our Computational Fluid Dynamics analysis maps airflow and pressure behavior across the NJP 7500 envelope optimizing thermal management and aerodynamic efficiency at every operating condition.
CFD flow visualization
Every pressure boundary is engineered to code. The NJP 7500 pressure vessel components are designed and validated to ASME Section VIII standards built for continuous duty in demanding industrial environments.
Pressure vessel analysis
The NJP 7500 is the result of full-spectrum simulation from concept to production FEA, CFD, pressure vessel, and DEM, all validated before fabrication begins.
Thermal cycling creates fatigue. Every weld, bracket, and shell of the Steam Dryer is subjected to Finite Element Analysis under real operating temperatures so structural performance holds through thousands of cycles without compromise.
Drying efficiency lives in the details of flow. CFD modeling of steam distribution across the dryer chamber ensures uniform heat transfer, eliminates dead zones, and maximizes throughput at every capacity setting.
Steam means pressure. Every vessel component in the Steam Dryer is engineered and certified to ASME pressure vessel standards designed for long-term safe operation under sustained thermal load.
CAD. Every dimension of the Container Handling Unit is modeled in full 3D — from chassis geometry to arm kinematics. Precise, parametric, and ready for manufacturing from day one.
Aerodynamic Performance. At operating speed, drag and crosswind forces matter. CFD analysis of the loaded truck geometry informs body positioning to reduce resistance and improve on-road stability.
Hydraulic Reliability. Every pressurized component in the arm roll hydraulic circuit is validated to industry pressure standards engineered for full-load actuation, cycle after cycle, without failure.
Load Dynamics. Bulk cargo shifts during operation. DEM simulation models how material moves through loading and unloading cycles — refining container geometry and arm kinematics to minimize structural shock.
FineWoven Wallet. Crafted from durable microtwill, this sleek wallet holds up to three cards and supports Find My for peace of mind.
Manufacturing-Ready. From simulation to production, every component of the Container Handling Unit is CAM-processed for CNC machining and fabrication — ensuring design intent survives all the way to the shop floor.