What are the differences between a vibratory bowl feeder and a vibrating screen?

What are the differences between a alimentador de tigela vibratória and a vibrating screen?

I. Core Functional Difference

Aspect	Alimentador de tigela vibratória	Vibrating Screen
Primary purpose	Feeds and orients individual parts in a single‑file stream for downstream automation	Separates, classifies, or de‑dusts bulk material by particle size
Output	Singulated, oriented parts (one at a time)	Two or more size fractions (bulk material)
Material type	Discrete solid parts (e.g., screws, electronic components, capsules)	Bulk granular or powdered material (e.g., sand, powder, grains, pellets)

II. Detailed Differences

Recurso	Alimentador de tigela vibratória	Vibrating Screen
Operating principle	Vibrates parts upward along a spiral track using electromagnetic or piezoelectric drives	Vibrates a flat or inclined screen deck using eccentric shafts or vibratory motors to separate material by size
Shape	Round bowl with a spiral track inside	Flat or slightly inclined rectangular deck (single or multiple decks)
Typical size	Bowl diameter: 200–1200 mm; handles parts up to ~50–100 mm	Screen deck: 600×1200 mm up to 3000×8000 mm; handles large volumes
Output rate	Parts per minute (e.g., 50–300+ parts/min)	Tons per hour (e.g., 1–500+ tons/hour depending on material)
Orientation capability	Yes – can orient parts in a specific direction (head‑up, notch‑right, etc.)	No – only separates by size; no orientation function
Typical applications	Feeding screws, caps, electronic components, pills to assembly/packaging machines	Screening sand, gravel, powder, grain, recycling waste in mining, chemical, food industries
Main wear part	Track / tooling; wears due to part friction	Screen mesh / media; wears due to abrasive material flow
Accuracy requirement	High – part orientation must be precise and repeatable	Moderate – separation is based on mesh size; ±5–10% tolerance common
Integração	Usually integrated with assembly or packaging machines	Usually part of a processing line (crusher → screen → conveyor)
Cost range	Typically $1,000 – $20,000 (depending on complexity)	Typically $5,000 – $100,000+ (larger and heavier equipment)

III. Side‑by‑Side Comparison Table

Comparison Point	Alimentador de tigela vibratória	Vibrating Screen
Main job	Singulate & orient individual parts	Separate bulk material by size
Material	Discrete solid parts	Bulk solids, powders, granules
Output	Single‑file oriented parts	Two or more size fractions
Orientation	Yes	No
Feed rate	Parts/min	Tons/hour
Size capacity	Small (parts up to ~100 mm)	Large (bulk volumes)
Noise level	Moderate (70–90 dBA)	Higher (80–100+ dBA)
Maintenance	Track tooling, springs, electromagnet	Screen mesh, bearings, vibrator motor
Controls	Amplitude/frequency adjustment	Motor speed, stroke, inclination angle

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