Ivoclar Programat P95 Manual

Mastering High-Volume Precision: A Guide to the Ivoclar Programat P95 Manual

In the world of high-end dental ceramics and pressable materials, the Ivoclar Programat P95 stands as a titan. Designed specifically for high-throughput dental labs specializing in monolithic restorations, lithium disilicate (e.g., IPS e.max®), and zirconia, the P95 is not just a furnace—it is a production powerhouse. However, to unlock its full potential, one resource is indispensable: the Ivoclar Programat P95 Manual.

Includes a numeric keypad for easy data entry and a display showing both setpoint and actual values. Automated Functions: Ivoclar Programat P95 Manual

Step 1: Preheat the muffle to the recommended start temperature (通常 700°C for LT ingots).
Step 2: Place the investment ring with the plunger onto the firing tray.
Step 3: Use the motorized lift to close the muffle.
Step 4: Select the appropriate program (e.g., "P-95 Press e.max LT").
Step 5: Monitor the pressure curve on the display. The manual notes that the pressing time should not exceed 12 minutes; otherwise, the ingot may overheat.

Night Mode: Use the "Night" or "Standby" function to keep the muffle dry and prevent moisture buildup in the insulation. Mastering High-Volume Precision: A Guide to the Ivoclar

5.2 Running a Sintering Cycle

Load the green-state (pre-sintered) Zirconia coping or bridge onto a clean sintering bead or pin system.
Close the lift door fully. Manual note: The P95 does NOT fire if the door is 2mm open.
Select Program Type: Sintering.
Select Material: e.g., "IPS e.max ZirCAD Prime."
Press Start.
Observation window: Check that the elements glow orange-red (1100°C+) then bright yellow (1500°C).

Physical Printed Manual

Pros: No login required, can be placed in a protective sleeve next to the furnace, usable with gloved hands.
Cons: Pages can stain from ceramic dust; cannot be updated automatically.

It sounds like you’re looking at the Ivoclar Programat P95 — a high-temperature furnace designed for pressing and firing lithium disilicate (e.g., IPS e.max) and other ceramic materials, especially for larger units or frameworks. Step 1 : Preheat the muffle to the