The new PhoenixT line of microwave-powered muffle furnaces

The new PhoenixT line of microwave-powered muffle furnaces offers unmatched versatility and speed in a rugged, easy-to-use system. Choose from two configurations and a variety of options!

Legendary power at your fingertips!

Convenience - Accurate results in minutes
Speed - Up to 10 times faster than conventional muffle furnaces
Capacity - Ash up to 15 samples at one time
Versatility - Use any type of crucible normally used in conventional ashing systems, including platinum!

The Phoenix is available with your choice of either a High Temperature or
High Capacity furnace. The High Temperature furnaces reach 1,200 °C and can
process up to eight 25-mL crucibles. For laboratories needing greater
throughput, the High Capacity furnaces reach 900°C and hold up to fifteen
25-mL crucibles. Any crucible that can be used in a conventional muffle
furnace (including platinum) can also be used in the Phoenix Ashing
Systems.

Phoenix™ Muffle Furnace
The Phoenix Muffle Furnaces enable companies in many diverse industries to
improve their process control, allowing them to make rapid adjustments to
reduce "out-of-specification" product. These systems can perform many high
temperature applications up to 97% faster than traditional muffle furnaces.
The standard Phoenix Muffle Furnace configuration features:

Programmable temperature control
Auto-Start/Auto-Shutdown software
Built-in exhaust system
Entry and storage of up to 20 methods
Built-in calibration software
Over-temperature and thermocouple failure safeguards
Built-in system diagnostics
Use any type of crucible normally used in a conventional muffle furnace, including platinum!

The Phoenix Systems are rugged, easy-to-use and engineered to be
dependable. Temperature verification and temperature calibration for ISO
and GLP practices are quickly and easily performed with optional
accessories including NIST traceable dual thermocouples and calibration
source instruments.

Phoenix satisfies the equipment requirements for "electrically heated"
furnaces in the following methods: