Process Control & Automation
for Manufacturing


 

 

 

 

PAS-D™

 

Portable Automated Straightner for Deckplate

 

PAS-D™ was developed under an Navy Funded project through NSRP to automate the manual deckplate straightening process. Currently, acetylene torches are used to heat spots on the deck plate, then a water/air mixture is sprayed on to quench, creating shrinkage. This manual process is costly and time consuming and causes delays in schedules and reduces the availability of craftsmen needed for other jobs. PAS-D™ scans an area of deck, decides how much thermal straightening is needed to bring that area into spec, then creates and runs that procedure to thermally straighten the deck, utilizing induction heating. PAS-D™ automates and improves the process, straightening the plates as least twice as fast as the manual process, including set-up time.

 

Additionally, it was designed to be portable, so it can be taken apart into man-carriable pieces (50 lbs or less).

 

If you have any questions of how our models and processes can help you please Contact Us.

 

 

 

Health & Safety Benefits


• No Gas Fumes, No Explosive Gases
• Heat Not Radiated into Workspace
• Worker Removed from Direct Heat
• No Underside Paint Burning

Cost Savings


• 9 Month Return on Investment
• Save $2,000 to $15,000 on Energy
Costs per Year
• 25% Reduction in Paint Repair Costs
• No Fume Ventilation Costs

Portable


• Easy Assembly/Disassembly for Small Workspace Access
• Pushcart Design for Quick Section to Section Straightening
• Crane and Forklift Transport Design

Better Straightening


• Continuous Full-Time Operation
• Optimized Heating Patterns
• 2x Faster Straightening
• Automatic Measurements

Customizable


• Choose the Size and Dimension that Best Fits your Application

 

 

 

 

 

The PAS-D™ Difference


Reduced Damage, Toxic Smoke and Fire Danger

 

PAS-D™ utilizes induction to quickly and efficiently heat into the steel deckplate. Because of how quickly induction achieves the maximum critical temperature, heat does not time to disfuse into surrounding material. Therefore less damage is created in the surrounding material, thus reducing the fire danger, toxic smoke, and costly re-work.