Thermo-plane Thermodes
The Thermode (Hot bar), which is at the heart of each bonding system, has been specially designed by AMADA WELD TECH for a range of applications. Since each customer application demands its own specific requirements, AMADA WELD TECH offers a complete range of pulsed-heat thermodes (Hot bars).The MIYACHI EAPRO thermode design offers ultra-fast heating and cooling cycles and hence minimises process times. Forced air-cooling after the heating process further speeds the total bonding process. The thermode is designed to maintain co-planarity and withstand the deformation that results from the high forces that may be necessary in some bonding processes. The Thermo-plane Thermode eliminates voltage drop as current flows through the thermode from front-to-back instead of from left-to-right, preventing damage to the parts when soldering.
Key features Thermo-plane Thermodes
- Fast heating and forced air cooling for minimum process cycle times
- Robust 3-dimensional design for high force applications and perfect bond planarity
- Adapter block (QCB) for easy and fast exchange of thermodes without re-adjustment
- 3-D design eliminates voltage drop on products
Specifications Thermo-plane Thermodes
2-D THERMODE (PULSED HEAT) | |||
---|---|---|---|
Dimensions Length / Width | QCB-Type | TC-Type | Specify Thermode for order purpose |
5 - 50 mm / <3 | 69Q0016 | K-Type | Width x Length {mm} / custom design |
3-D THERMODE-PLANE THERMODE (PULSED HEAT) | |||
Dimensions Length / Width | QCB-Type | Type | Specify Thermode for order purpose |
1 - 50 mm / < 4 mm | 69Q0001/69Q0015 | K-type | Width x Length [mm} |
51 - 100 mm / < 4 mm | 69Q0002 | K-Type | Width x Length [mm] |
101 - 150 mm / < 4 mm | 69Q0003 | K-type | Width x Length [mm] |
HEAT STAKE THERMODE (PULSED HEAT) | |||
Dome shape | Type | Specify for design purpose | Specify for design purpose |
Circle or square | K-Type | Dome size (length x Height x Diameter ) + material | Required dome shape after heatstake |
Custom | K-Type | Dome size (Length x Height x Diameter) + material | Required dome shape after heatstake |