Thermo Scientific™ Vacuum Ovens

• 3in. (7.6cm) glass wool insulation prevents heat loss
• Silicone door gasket and positive latch door maintain seal at all vacuum levels
• Polycarbonate safety shield protects door glass
• Vacuum level is displayed on gauges from 0 to 30in. Hg
• Vacuum and air lines are corrosion-resistant stainless-steel tubing for optimum chamber cleanliness and long-term performance
• With two removable stacking aluminum shelves
• Easy-to-clean Type 304 stainless-steel interior chamber
• Powder-coated heavy-gauge steel exterior for durability
• Front-mounted three-way valve for evacuation, venting and purging of inert gases (e.g., Nitrogen or Argon) with vacuum fittings on the front of the unit

3606 Models

• Hydraulic thermostat temperature control ±1.5°C with a uniformity of ±5°C at 100°C, 25in.Hg
• Built-in overtemperature protection
• Top-mounted independent evacuation and venting vacuum fittings

3608 Models

• Hydraulic thermostat temperature control ±1.5°C with a uniformity of ±5°C at 100°C, 25in.Hg
• Built-in overtemperature protection
• Front-mounted three-way valve for evacuation, venting and purging of inert gases (e.g., Nitrogen or Argon) with vacuum fittings on the front of the unit

Model 3618P Models

• Programmable microprocessor-based PID temperature control
• Regulates to ±0.2°C with uniformity of ±2.4°C at 100°C, 25in.Hg
• Runs at a single setpoint or uses a 24-step program of ramps and dwells
• 0.25in. compression fittings on left side, require 0.25in. O.D. copper or stainless-steel tubing
• Front-mounted three-way valve for evacuation, venting and purging of inert gases (e.g., nitrogen or argon) with vacuum fittings on the front of the unit

Ordering Information:

Digital Units in Torr and Microns available separately (must be factory installed)

Requires:

Vacuum fittings require 0.25in. (0.6cm) I.D. tubing.