|
|
Advantages of the in-line concept :
in-line-production from die- to wire-bonding
curing-time < 20 seconds
no warpage of substrates
no batch process necessary
no heat resistant magazines necessary
short quality control cycle
substrate temperature < 90° C possible
|
|
In-line, vertical automation of the epoxy cure process produces immediate, significant benefits in three areas. In-line automation increases productivity by eliminating the labor needed to load and unload batch ovens. It improves process consistency, and therefore quality, by reducing the time and temperature variations caused by the frequent opening of batch oven doors. And, as floor allocation costs rise on all factory floors....and particularly in clean rooms...a vertical format oven requires as little as six feet of floorspace for cure cycles as long as four hours.
To increase line productivity and improve process consistency...automate your epoxy cure process.
To save valuable floor space and reduce allocation costs...expand into the unused airspace above your factory floor.
To achieve both objectives...select from the Heller family of in-line, continuous cure ovens with cycle times of up to four hours in footprints as small as 72 inches (183 cm).
|
|
| ... products without technical information |
| |
| ... products without technical information |
| |
The PCO2-14™ Polyimide Cure solution is a clean process oven designed for polyimide baking and curing applications. Many semiconductor manufacturing environments, front-end machines are adapted for polyimide curing. This costly process results in equipment typically not suitable for polyimide curing in terms of cleanliness, inert atmosphere capabilities, cycle time or data acquisition.
The PCO2-14™ optimizes the polyimide cure process for semiconductor wafer devices. It enables short cycle times and a consistent, reproducible cure process for all wafers in the product load by combining four essential characteristics in a single, compact design: clean process operation (Class 100 recirculated airflow), inert atmosphere capabilities (<20 ppm of oxygen), temperatures up to 350°C, and fast cycle times with +/- 1% temperature uniformity.
Like other Despatch thermal processing tools, the PCO2-14™ Polyimide Cure can be networked and controlled from a central location, minimizing the floor space required and further improving productivity. Atmosphere data can also be monitored and recorded throughout the cycle.
|
|
DriQuik™ from CCI Thermal Technologies Inc. is the market leader in infrared curing ovens, drying ovens and automated pre-finishing systems. DriQuik™ pioneered radiant oven technology in the 1930s and has since been setting the industry standard in infrared radiant heating systems and components for over 75 years.
DriQuik™ designs and manufactures a diverse range of products for a variety of applications and industries all over the world. Every solution that DriQuik™ provides has been custom engineered by our technical specialists to suit our customers' precise requirements and optimized for their specific applications.
DriQuik™'s product line includes a variety of infrared ovens (long, medium and short wavelength) with a range of emitter types (electric elements, electric ceramic, electric halogen, gas catalytic, electric quartz), as well as additional finishing systems like cooling tunnels, flash tunnels and dust removal pretreatment systems.
|
|
| ... products without technical information |
| |
|
|
