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BENEFITS: Creating Value
Goal: Increase Good Parts per Hour
Improve Productivity:
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Reduce Cycle Time
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Decrease Die Solder
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Accelerate Process Development
Reduce Costs:
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Reduce Warm-Up Scrap
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Improve Quality
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Cut TCU Energy Costs
Our Thermal Control System Results:
Typical financial breakeven in <6 months. Factors to consider:
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Thermal Quality Issues (solder, leak test failures, shrink porosity, start-up scrap, etc.)
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Die cooling design and facility cooling capacity
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Quantity of TCUs used
Thermal Control Methods
Die Therm's data will identify the thermal constraint(s). Collaborate with customer to address constraints.
Identify Thermal Contraints
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Die Cooling Power vs. Cooling Capacity
Initial & Recurring Cost Analysis
Life Cycle Costs should consider the annual energy costs.
Example Compares:
(4) Hot Water TCUs vs (1) 60-sensor Die Therm system
Annual Electrical Cost:
HW TCU: $44k/TCU
DTE 60: $1.5k
Breakeven:
0.49 years
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