Benchtop Six-Well Laboratory Digestor

This benchtop laboratory digestor Revit family provides a six-position linear heating block configuration for detailed scientific facility layouts. The specialty equipment family features a low-profile, elongated rectangular housing mounted on four corner leveling feet. The top surface incorporates six aligned circular digestion wells, sized for standard test tubes, digestion flasks, or beakers. Along the front control fascia, six corresponding circular knobs or indicator dials align with each heating station, representing independent station controls. Clean linear edges define the outer sheet metal casing, tapering slightly along the upper perimeter rim. Modeled as a compact countertop appliance, this unit provides precise volumetric representation of multi-position laboratory digestion apparatus in spatial co-ordination models.

The download is a 92 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Load this RFA component directly into Revit architectural or MEP project templates. Place the family directly onto laboratory casework counters, chemical fume hood work surfaces, or mobile utility carts. The geometry coordinates cleanly across plan, elevation, and 3D views, supporting equipment scheduling, electrical load planning, and clash detection with extraction ducting, overhead service drops, and adjacent bench equipment.

Suited for pharmaceutical research laboratories, educational science classrooms, agricultural testing facilities, and industrial chemical testing bays. It coordinates effectively alongside lab sinks, fume extraction hoods, gas manifolds, and stainless steel benches during detailed design and technical fit-out stages. Professionals planning life science facilities, Kjeldahl nitrogen analysis workstations, and medical pathology labs frequently integrate this specialized analytical equipment model into technical equipment drawings.