Brovind Vibratori / Brovind industrial feeding equipment and components

Industrial vibratory feeding and orientation systems from Brovind Vibratori / Brovind deliver dependable performance across automated assembly lines and robotic workcells.

Circular electromagnetic drive units OB series

Circular electromagnetic drive units from Brovind in the OB series provide dependable foundations for vibratory bowl feeders. Single-phase 230V or 110V electromagnets generate harmonic micro-vibrations at 3000 and 6000 vibrations per minute for continuous parts handling.

Range spanning compact OB-100 to heavy-duty OB-1000 with diameters up to 880 mm
Optional feedback sensor integration for continuous vibration amplitude monitoring
Pneumatic drive variants OB-500 AIR and OB-600 AIR engineered for explosive atmospheres
Engineering selection of replacement coils, flat leaf springs, and buffer mounts

Linear electromagnetic drive units AL series

Brovind AL series linear vibratory drive units convey oriented components along horizontal tracking channels. These units bridge sorting bowls with automated assembly machines, serving as intermediate accumulation tracks to ensure uninterrupted component delivery.

Lineup spanning compact AL-25A to powerful AL-90 with base lengths up to 315 mm
Accommodates rigid track channels up to 700 mm long with payloads up to 17 kg
Pneumatic model AL-50 AIR tailored for operating environments with strict norms
Selection of custom spring packs, rubber isolator bushings, and drive magnet coils

Microprocessor control units QCFF and CFV

Brovind QCFF and CFV electronic controllers regulate industrial vibratory feeders independently of supply grid variations. Built with onboard microprocessors, these devices execute Boolean logic and communicate via Modbus RTU to support Industry 4.0 automation architectures.

Four-channel QCFF 14A controller providing independent control over separate drives
Digital CFV series rated at 4A, 6A, and 12A enclosed in robust IP54 aluminum housing
Automatic vibration amplitude stabilization through optical or inductive sensors
Configurable Boolean logic handling external track switches and safety interlocks

Vibratory feeder bowls and spiral orienters

Brovind custom-engineered spiral feeder bowls sort parts based on precise geometry and center of gravity. Integrated mechanical orienting tooling, wipers, and gentle pneumatic jets guide oriented components toward discharge points while recirculating misaligned parts.

Conical, stepped, and cylindrical bowl forms fabricated from AISI 304/316 steel
Protective polyurethane or PTFE internal linings safeguarding sensitive parts
Precision machined selection spirals with multi-stage reject gates and diverters
Acoustic enclosure hoods and sound-dampening lids reducing ambient plant noise

Vibrating bulk hoppers and stepped elevators

Brovind auxiliary feeding modules store bulk parts and meter them gradually into sorting bowls. Regulated pre-dosing prevents overfilling the primary bowl, keeping component levels uniform and eliminating sorting bottlenecks across automated assembly operations.

Electromagnetic vibrating hoppers featuring adjustable discharge flow rate trays
Motorized belt hoppers tailored for smooth discharge of tangle-prone components
Inclined stepped elevators lifting bulk hardware while preserving factory floor room
Stainless steel storage bins outfitted with built-in optical bulk level sensors

Omnia flexible multi-axis feeding platform

The patented Brovind Omnia feeding platform delivers programmable component movement across three independent axes. Integrating seamlessly with vision systems and robot arms, Omnia eliminates mechanical changeover during multi-product assembly cycles.

Independent control over jump frequency and amplitude across X, Y, and Z axes
Backlit inspection surface facilitating high-contrast optical identification
Onboard controller memory accommodating more than 30 unique production recipes
Direct integration with Delta, Scara, and six-axis articulated robot pickers

Electromagnetic excitation physics of OB circular vibratory drive units

Circular vibratory drive units engineered by Brovind in the OB series transform alternating electrical power into harmonious micro-displacements across the sorting bowl. A single-phase electromagnet interacts with an angled pack of resilient leaf springs, defining an upward helical motion track.

Operating at 3000 or 6000 vibrations per minute on 230V or 110V single-phase lines, the electromagnetic gap between armature and core delivers uniform oscillation fields without mechanical impact.

An optional integrated amplitude sensor feeds real-time telemetry back to the controller, compensating for thermal shifts and fluctuating batch weights. This closed-loop regulation prevents component jamming during high-volume assembly operations.

Dynamic parameter calculations for AL series linear vibratory drives

Brovind AL series linear vibratory drive units propel pre-oriented components along horizontal tracking channels toward downstream assembly equipment.

The electromagnetic drive applies a directional impulse at an engineered angle to the track bed, driving parts smoothly forward without surface abrasion or impingement.

The product family spans models from AL-25A to AL-90, accommodating rigid tracks up to 700 mm in length with maximum combined payloads reaching 17 kg. Leaf spring stiffness is individually calibrated to match track geometry, avoiding undesirable resonance frequencies.

Operating within conveyor buffer zones, these linear units maintain a steady stream of oriented parts for high-speed robotic picking.

Microprocessor algorithms and network integration of QCFF controllers

Digital control units in the Brovind QCFF lineup deliver dedicated microprocessor regulation over feeder frequency and amplitude. The four-channel architecture manages up to four separate electromagnetic drive units simultaneously, handling total current loads up to 14 A.

The controller stabilizes vibration at 3000 or 6000 oscillations per minute, insulating equipment from electrical grid fluctuations. Integrated Boolean logic evaluates discrete signals from optical and inductive sensors, automatically triggering start, pause, and parts diversion sequences.

Support for Modbus RTU protocols over an RS485 serial bus enables straightforward integration into plant-wide automation and Industry 4.0 production environments.

Precision geometry and protective linings of sorting feeder bowls

Brovind spiral feeder bowls are engineered to order from austenitic stainless steel grades AISI 304 and AISI 316. Internal track geometry is contoured around component center-of-gravity dynamics and feature orientation.

Conical, stepped, and cylindrical bowl profiles incorporate mechanical wiper blades, selection gates, and gentle air jets to divert misaligned parts back into the reservoir.

For delicate molded polymers and polished metal components, bowls receive an application of abrasion-resistant polyurethane or PTFE lining. External sound-dampening covers and acoustic hoods lower ambient factory noise levels to comfortable thresholds during continuous parts handling.

Design fundamentals of auxiliary vibrating hoppers and stepped elevators

Brovind auxiliary bulk storage modules prevent bowl overfilling while sustaining an unbroken flow of components to production tools.

Bulk electromagnetic hoppers feature horizontal trays with variable discharge rates, dispensing parts in regulated batches upon receiving signals from optical level monitors.

For tangled hardware or intricate stamped components, motorized belt hoppers with anti-static belts supply smooth, non-clogging feed. Inclined stepped elevators lift heavy parts from low-profile ground bins into elevated feeder bowls, minimizing occupied floor space.

Stainless steel surfaces are readily sanitized, satisfying pharmaceutical and food packaging cleanliness regulations.

Three-axis kinematics and optical integration of the Omnia platform

The patented Brovind Omnia platform introduces flexible robotic feeding for geometrically complex components within automated workcells. The module provides independent motion across three spatial axes by modulating jump frequency and vibration amplitude separately on each axis.

Combining with overhead machine vision, Omnia spreads parts in an even layer across an integrated backlit surface for optical inspection. The electronic controller stores over 30 unique part recipes in memory, enabling operators to switch between products without physical bowl retooling.

Compatible with Delta and Scara robots, the platform supports rapid pick-and-place operations without downtime.

Brovind Vibratori / Brovind and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Brovind Vibratori / Brovind and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.