Learn more about the technology behind Sanki's unique vibratory feeders

Clean Room (Class 10) Feeders

Clean room feeders built using Sanki's piezo-electric drives do not require any additional enclosure due to extremely low particulate emission. All parts are plated, and running surfaces are hard-plated. The bowl interior is also urethane coated to give maximum life and easy clean up. Hex-head fasteners are also used to make it easy to keep the system clean.

• very compact - example system uses 3" bowl with height of bowl and drive less than 4"!
• carbon-fiber leaf springs produce finely-controller vibration and exceptional life with no hard-particle emissions
• low magnetic field suitable for magnetically sensitive parts
• stable, low-amplitude vibration allows for quiet,long-term operation with minimal intervention

Request a quote and access
specs, CAD models, etc.

Drum Feeders

Drum feeders are perfect for parts that are relatively small and easily oriented. These systems use a drum at one end which provides recirculation and randomization of the parts. Parts are brought out of the drum on the linear tooling, which also hold parts in back-pressure to serve as a buffer. Other features are as follows:

• low cost!
• very small footprint
• quiet operation with long-life tooling
• high-level sensor on linear tooling standard
• available options include loading chute, dual lane output, drum-low sensor, and more!

Call 905-763-9442 today to find out what type of feeder is best for you!

Fork Feeders ("Box" or "Racetrack") Style

Fork feeders can be tooled in a "Box" or "Racetrack" style to allow oriented parts to flow into a contained output area while parts that are the wrong orientation recirculate into return tooling. This type of system uses fully linear tooling which means that orientation tooling can be machined on relatively simple milling equipment. Other features are as follows:

• very small footprint
• machined tooling
• available for small-medium sized parts (system feeding fuses shown at right)
• high-level sensor on linear tooling standard
• available options include multi-lane output, hopper, and more!

View video of a Box-style fork
feeder feeding small parts

Fork Feeders - Parallel Tooling Style

Fork feeders can also be built with orientation and return rails parallel to each other. In these systems an extra device such as a drum or a riser is used to elevate parts from the return rail to the orientation rail. The orientation rail manipulates parts to deliver as many as possible in the correct orientation to the outfeed section at the end of the rail. The outfeed scetion includes full containment to allow for back pressure and create a buffer to maintain constant feed rate. The hopper delivers parts into the return tooling as needed, at which point the parts can start to move through the system. Other features are as follows:

• very small footprint
• machined tooling
• available for small-medium sized parts
• high-level sensor on linear tooling standard

Chip Feeders

Sanki piezo-electric drives are perfect for feeding tiny parts such as chip resistors and capacitors. Various configurations are available including the system shown at right which uses a hopper, riser, and parallel linear drive to move parts quickly and smoothly through 4 pieces of tooling. The systems are so compact that a dozen of them would fit on a desk, yet extremely high feed rates are standard. Other features are as follows:

• fully machined hopper, riser, orientation and return tooling
• 6,000ppm feed rate possible depending on the part
• Accessories include de-ionizer, piezo-operated spacers and flippers, and more!