vibratory feeders for all parts handling and factory automation needs, including medical device assembly in clean room environments.
the radical new design of our straight electromagnetic vibrator system (patent pending) can dramatically increase line productivity because it eliminates the "bouncing" problem normally associated with multiple feeders operating close together or discharging in the same vicinity.
customized systems and equipment for plant automation from a single vibratory feeder bowl to an entire factory assembly line that includes vibratory hoppers, vibratory feeder bowls, inline drives and other factory automation equipment and components.
twisted, open design allows easy access and minimal jamming. full one-third turn of fan area for higher rates, better handling of long parts and less air required for proper operation.
same features as our inside tooled screw feeders except double fan length for even higher rates and longer parts.
variable washer style capability rated at 800 ppm for ï conical washers, 100% adjustable.
use for rivets, screws and nails, five chutes for multiple selections, long fan area for high rate, variety of cams and windows for virtually any combination.
alternative bowl designs can be used for a variety of electronic component
parts requiring specific orientations and/or delivery rates.
the t-bolt offered the challenge of presenting a part without a shoulder for hanging to the customer's thread roller. by supporting the shank, we could deliver the expected rate of 200+ ppm in a feeder with a 30" inside diameter, 48" outside diameter. t-bolts measured 12 mm x 80 mm and 12 mm x 55 mm.
massive lugs, oversize fasteners, center-hole sized for lifting, standard size springs and coils, high-tensile strength welds.
micro adjustable height, long overhangs and low clearance accommodated.
above-bowl standard, straight front type for tangled parts, from ãµ® ft. - 10 cu. ft.
can reduce decibel levels by 10db or more, protects parts and bowl from abrasion, defeats hydrostatic tension and slippage from oil.
air manifolds, springs, coils, controls, manifold block air jet packages, toe clamps, hoses, valves, rubber feet, etc.
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