This page contains available variables and examples.
To see how Pricing Scripts work, read Pricing Scripts - General Usage .
Available Variables
Variable | Description |
|---|---|
| Volume of the 3D model in mm3 |
| Area of the 3D model in mm2 |
| Height of the 3D model in mm |
| Width of the 3D model in mm |
| Depth of the 3D model in mm |
| Number of separated shells in 3D model |
| Bounding box volume of the 3D model in mm3 |
| Convex hull volume of the model in mm3 |
| Volume of the solid support structures in mm3 |
| Are of the model covered by support structures in mm2 |
| Quantity of the same geometry in the basket. |
Examples
This section contains some real-word examples.
You can copy & paste the scripts and adjust the variables according to your needs.
SLS (PA12)
let maxVolume = 380 * 284 * 380; // dimensions of the printer let materialCost = 60; // euro/kg let density = 1.02; // g/cm^3 let machineRate = 50; // euro/hour let maxPrintTime = 14; // printing time of a full building chamber let margin = 5; // total price is multiplied with margin // Price calculation let material = model.volume * materialCost * density * 0.000001; let time = model.machine_volume * maxPrintTime / maxVolume * machineRate; let price = margin * (material + time);
SLA (ACCURA_CLEARVUE)
let maxXYSurface = 650 * 750; // dimensions of the printer let materialCost = 120; // euro/kg let density = 1.12; // g/cm^3 let machineRate = 32; // euro/hour let timePerSurface = 0.00001; // h/mm^2 model’s surface let margin = 5; // total price is multiplied with margin // Price calculation let material = (model.volume + support.volume * 0.1) * materialCost * density * 0.000001; let time = model.area * timePerSurface * machineRate; let price = margin * (material + time);
DMLS (ALUMINUM_ALSI10MG_DMLS)
let materialCost = 180; //euro/kg let density = 4.43; //g/cm^3 let hourlyRate = 35; //euro/hour let scanningSpeed = 3000; //mm/s let laserDiameter = 0.1; //mm let layerHeight = 0.1; //mm let layerPreparationTime = 10; //s let modelInfill = 0.2; // 20% let supportInfill = 0.1; // 10% let factor = 1; // Price calculation let machineTime = factor * ((model.volume + support.volume * supportInfill) / (scanningSpeed * laserDiameter * layerHeight) + layerPreparationTime * model.h / layerHeight / item.quantity) / 3600; let price = hourlyRate * machineTime + density * (model.volume + supportInfill * support.volume) * materialCost / 1000000;