High-quality Incubator, the outer cover is made of high-quality stainless steel. The high-grade stainless steel interior is shielded with a carefully formulated mixture of insulating materials, making it suitable for long-term high-temperature resistance.
In combination with Energy Absorber CX2010 (High Density Energy Harvesting Media) starting at 20°C (68°F).

The CX2003 in conjunction with the CX2010 can be used in all types of ovens up to 300°C (572°F).
In order to use the box correctly and prevent damage to the Curve-X2, please follow the steps below:
step one:
The following items are required
1) CX2003 isolation box
2) CX2010 energy absorber
3) CX1002 Curve-X2
4) CX2001 silicon gasket
6) The high temperature probe can
Resistant to a maximum temperature of 300°C.
Step two:
Before starting the temperature of the energy absorber, the CX2010 should be set to 20°C or lower. Due to the large temperature difference between inside and outside the box during curing, humidity inside the box will condense; may cause physical symptoms of water (droplets) in the box, and may be reduced by cooling the absorber to -20°C, then removing it Put it in the box.
Step three:
Connect the probe to the Curve-X2 and put it into the energy absorber CX2010 (Fig. 2).
Step four:
Place the silicone gasket CX2071 on the edge of the box. (image 3)
Step five:
Put the energy absorber CX2010 with Curve-X in the insulated box. (Figure 4)



Step six:
Make sure the probe's wires don't go inside - or over the edge of the box.

Step seven:
Put the lid on top of the box.
Make sure the lock is closed properly. (Figure 5)

Fiberglass and silicon are very fragile materials. Therefore, avoid touching with sharp objects as this may cause a leak.
It is recommended to wear insulating gloves when handling the insulating box CX2003 and the energy absorber CX2010.
Do not exceed the specified time under temperature limits to protect the equipment.
Always use all specified tools and follow instructions to protect equipment.
Do not overheat, crush, puncture, or otherwise damage energy absorbers and associated equipment, as leakage or explosion may result.