From concept to design to completed system or Lean Manufacturing Cells, MCI Screwdriver Systems will provide you with a automatic fastener handling equipment of the highest quality within your required timeframe and well within your budgetary guidelines. With our design capabilities, manufacturing expertise, and stringent quality control standards you can rest assured that there is no need to look elsewhere for bits and pieces of a system.

With MCI your needs are covered; no need to buy a screwdriver here, a feeder bowl over there, controls from yet another supplier, and the automation to make it work from another. We're not just integrators, we're creating the system from the ground up!We would be pleased to submit a quotationon a package that meets your automatic screwdriving requirements. Please contact one of our consultants by E-mail, or call us at 317-776-1970.

Automatic Screwdriver Systems, tooled to accept fasteners from vibratory, centrifugal, floor and stepper feeders designed and manufactured by MCI/Screwdriver Systems, a leader in producing the finest automatic screwdriver and fastener Part Handling Systems on the market. Today, this same drive and dedication to excellence brings the Polycast Parts Feeder System to fit your part handling systems needs. Our custom vibratory and mechanical bowl feeders are designed specifically to convey your parts to MCI/Screwdriver custom built Gravity Tracks, Air or Vibratory Conveyors, Vibrating Tracks, Automatic Screwdrivers and Escapement and Placement Mechanisms.

MCI/Screwdrivers engineers and CAD designers helped develop the Polycast Part Handling and Feeding System with one goal in mind: it must be durable and it must be accurate. This goal is obtained thanks to inovation such as the patented Polycast 'Quick Change Tooling' technology which assures 100% orientation fasteners. Our automatic screwdriver product line included Polycast Parts Feeding and Handling Systems manufactured to fit into your particular work site requirements.

MCI/Screwdriver Systems' years of successful parts handling experience is incorporated into the collateral design features of the our automatic screwdriver receiving heads and Polycast Part Handling and Feeding systems. All tooling that comes in contact with your parts is made of durable 300 Series stainless steel or polymer materials to prolong equipment life and lower contamination possibilities. A Lexan' hinged lid also prevents parts and equipment from exterior contamination. Durable stainless, or tool steel tracks are custom designed to orient your parts in a way that always fits your application and space requirements. For ease of maintenance and reliability, our Polycast Vibratory Parts Handling Systems features interchangeable precision machined tooling. Put the experience of MCI/Screwdriver Systems to work for you today.

When speed and accuracy are critical MCI/Screwdriver Systems knows that the key to your success is not just speed, but accurate speed. Engineered for performance, Vibromatic's line of Polycast Vibratory Part Handling and Feeding Systems can deliver cylindrical fasteners at high rates with positive orientation. That's the kind of results built into every MCI/Screwdriver Polycast Vibratory Feeder bowl and Automatic Screwdiver System.

MCI/Screwdriver also provides a complete line of vibratory parts feeding systems including vibratory feeder bowls, vibratory parts sorters, parts feeder bowls, and we also offer optional support components such as vibratory feeder bowl drive units, vibratory tracks tooled to convey your part from either a vibratory or centrifugal parts feeder, orienting rolls, feeder bowl controls, bulk hopper to meter your parts into a vibratory or centrifugal parts feeder, floor or linear parts feeders, sound enclosures to lower the sound level of the vibratory or centrifugal feeder bowl.

MCI/Screwdriver Systems also provides single station assemble mechanisms and automatic screwdrivers that assemble parts tracked from vibratory and centrifugal parts feeders or we can provide just the escapement portion thus allowing the user to design his own palcement or assembly mechanism.