VHTPD · Vacuum Heat Treatment Plant Designer

Heat treatment plant layout: capacity, utilities, 3D hall

List the furnaces, the schedule and the hall; get capacity, utility sizing and an editable 3D layout.

New accounts are approved by our team, usually within 1 business day.

What you enter

Furnace fleet: catalog model, process, quantity; alloy optional.
Schedule: hours per day, days per month, charge fill in %.
Target daily production in kg/day.
Quench pressure (1 to 12 bar), peak shaving, number of transformers.
Auxiliary equipment by type and count: cooling water, buffer tank, loading trolley.
Hall width and length, or a free outline; doors and corridors.

Daily, monthly and annual capacity; the bottleneck step.
Target check: how many more furnaces close the gap.
Heating power, transformer kVA, cooling load and water flow, buffer tank volume, vacuum pump station.
3D layout with automatic placement, clearances, corridors and doors.
Layout issues: overlaps, blocked corridors, escape distance.
Warnings, and the factors behind each figure.
PDF report, bill of materials (CSV), DXF, versions, templates, scenario comparison.

Add furnaces by hand, from a template or a furnace design — or get a fleet suggested from your target.
Set schedule, quench pressure and hall size; calculate.
Check capacity, utilities and warnings.
Arrange the hall in 3D and clear the listed issues.
Export the PDF, the bill of materials or the DXF; save the project.

Capacity uses the longest catalog cycle time.
Processes without a catalog cycle time use a fixed estimate, marked as estimated.
Utility figures follow fixed factors, listed with the result.
The escape distance check is a layout aid, not a fire safety approval.

Size a vacuum furnace from process, alloy and load.

Explore the furnace in 3D and follow the project plan.

Create a free account to use the furnace designer, or take the product tour first.

New accounts are approved by our team, usually within 1 business day.