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Capitol Technologies – Factory Automation Systems has extensive experience in producing sub one-second cycle time assembly lines that produce high quality products for years into the future.
Integrated Press Solution
This is an example of Capitol Technologies unique ability to marry design and manufacturing knowledge of press and die technology with our assembly and test technology.
Large Part Processing
A major, international, appliance manufacturer needed a process and system to trim excess material and fabricate feature openings in a variety of vacuum-formed styrene refrigerator and freezer liners for their new side-by-side refrigerator.
Dial Assembly Machine
This Dial Assembly Machine's production rate is 4,000 assemblies per hour.
 Machine Vision
Capitol Technologies often uses machine vision to qualify die-pierced or formed parts. Part features can often be qualified to within .003" for position and size to assure quality in the final product.
Large Part Assembly Line
This Dish Washer Liner Assembly System performs a variety of assembly and joining operations on both stainless steel and plastic dishwasher shells at a production rate of eleven seconds part to part.
 Precision Placement Machine
Capitol Technologies designed and built this four station dial machine for a tier-one automotive manufacturer for the assembly of housing connectors.
High Speed Assembly System
Capitol Technologies designed and built this dual/quad bulb assembly machine for a major light bulb manufacturer that assembled and tested a new energy-efficient fluorescent bulb.
 Continuous Motion Machine
Capitol Technologies designed a fifteen station, three turret machine that progressively formed (“necked”) straight wall aluminum cans. T
Precision Link Assembly
This spark plug insulators assembly system featured a precision link part transfer that moved parts from station-to-station with ±.005" accuracy and a 1.2 second cycle time (50 parts per minute).
Automated Inspection Machine
This two-dial system with integrated machine vision technology, automatic milling and chip collection, part marking and rejected part segregation to automate Brinell hardness testing (per ASTM E10)…a process that had no automated precedent according to the test equipment's manufacturer.
Third Party Equipment Integration
This substrate unload and laser etch system loads circuit boards from fifty unit capacity magazines into a carousel. The system moved circuit boards via a walking beam mechanism to a conveyor. Circuit boards passed through a laser station that etched a two-dimensional identification matrix into the ceramic board material and a human-readable sequential serial number.
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