Calculator cluster
Resin 3D printing
SLA/DLP cost, exposure, lift settings, mix ratios, vat volume and degassing time.
Resin 3D printing
Bottom / Burn-in Layer Exposure
Calculate MSLA/SLA burn-in exposure from normal layer time, a multiplier and bottom-layer count. Outputs per-layer seconds, total base time and the ratio used.
Resin 3D printing
Exposure Time Scaling Calculator
Scale SLA/MSLA cure time when you change layer height or move between RGB and mono LCDs. First-order guess, then print a validation matrix.
Resin 3D printing
Resin Lift Speed and Distance
Heuristic MSLA lift distance and lift/retract speeds from LCD diagonal in inches, resin viscosity class and FEP condition. Outputs millimetres and mm/min.
Resin 3D printing
Resin Degassing Time Estimator
Estimate how long bubbles take to rise out of a resin vat using Stokes’ law, viscosity at temperature, vat depth and bubble diameter. Outputs rise speed and minutes.
Resin 3D printing
Resin Mix Ratio Calculator
Linear-blend two resins to a target Shore D (or any linear property). Enter component properties, target and total millilitres to get each volume and percent.
Resin 3D printing
Resin Print Cost Estimator
Estimate SLA/DLP print cost from resin volume, bottle price and LCD screen degradation per hour. Toggle millilitres and US fluid ounces.
Resin 3D printing
Resin Volume to Weight Converter
Convert SLA slicer volume in millilitres to grams using typical specific gravity for standard, tough, water-washable, ABS-like and castable resins.
Resin 3D printing
Vat Volume Checker
Check whether the resin in an MSLA vat covers a sliced job plus a safety margin. Rectangular vat millilitres from L×W×fill height, remaining, enough flag and shortage.
Other clusters
- FDM core & costsPrint cost, filament remaining, multi-colour purge waste and a motion-based time estimate.
- FDM calibration & firmwareE-steps, Klipper rotation distance, volumetric flow, input shaper accel, Vref, PID and shrinkage.
- FDM hardware & mechanicsPSU sizing, bed heater watts, stepper torque and nozzle layer/width limits.
- 3D design & tolerancesHeat-set insert holes, print-in-place clearance, wall multiples and polygon smoothness.