PULSA Bowl Feeders PartX1 Alternatives & Competitors

ABB's Pneumatic feeder FlexFeeder is an innovative module designed for industrial robots to implement various applications such as sorting and assembly. It is highly versatile and compatible with either the IRC5 robot controller or any PLC controller, making it a great choice for automated production environments. One of its standout features is its ability, in combination with ABB's Integrated Vision, to sort a wide array of components ranging from 3 mm to 30 mm without having to change the feeder for each component.

The FlexFeeder comes in two variants, single and double, each with a compact design to save on installation space and shorten cycle times. Additionally, the small internal gap design and integrated backlight options increase the flexibility in feeding various small parts. The larger unit of the double variant increases the working time between refills, and two or more feeders can work
side-by-side, eliminating the need for separate vision systems.

Driven by pneumatic cylinders, the FlexFeeder takes parts from an unordered bulk supply and dispenses them in small quantities onto the flat pick surface in the field of view of the vision system. The maintenance-free friction plates guide the cylinders, making it robust but silent. Ground and rack mounting methods simplify the installation procedure, and handles make the moving and lifting much easier.

The FlexFeeder is smart, with sensors that can detect and signal when the tank needs to be refilled. The tank can be purged without power, and changing parts can be done easily and safely. The GUI makes it possible to test the FlexFeeder with one click and to monitor the production status. In summary, the FlexFeeder is an efficient, flexible, and easy-to-use option for small parts feeding that meets the demands of electronics manufacturing for flexibility, reliability, and speed.

The Pulsa PartX2 is the largest in the range of the company's flexible vibrating tables and is designed for the efficient orientation and feeding of large parts ranging in size from 30 to 120mm. With a capacity to handle larger parts, the PartX2 offers good cadences for high-speed manufacturing processes.

The PartX2 comes with a 250mm x 350mm tray, which is larger than the trays of the PartX1 and PartXS, making it suitable for larger parts. The vibrating autonomy hopper can also be added to the PartX2, which enhances its capabilities and ensures flexible feeding of parts.

Like the other models in the range, the PartX2 supports communication protocols such as Profinet and TCP/IP, making it easy to integrate into existing manufacturing processes. The PartX configuration tool also comes with the PartX2, which simplifies configuration and ensures seamless integration into the manufacturing process.

The PartX2 features a flat, perforated vibrating tray that can be upgraded with grooved or perforated options. With a directional vibration feature that enables movement in four different directions, the PartX2 can handle different types and sizes of parts with ease.

The PartX2 also comes with a backlight, available in white or optional red and green colors, that enhances the visibility of the parts, making it easier to identify and track their movement throughout the feeding process.

Overall, the Pulsa PartX2 is an efficient and reliable solution for part feeding that can be used in a range of industries and applications. Its ability to handle larger parts and compatibility with various communication protocols make it a flexible and versatile option for manufacturers seeking an effective solution for part orientation and feeding in high-speed manufacturing processes.

Pulsa's PartXS is a highly efficient solution for the flexible feeding of parts ranging from 3 to 30mm. The PartXS is designed to be compact, measuring at 180mm x 150mm and can be equipped with a vibrating autonomy hopper to further optimize its capabilities.

The PartXS comes with a range of features that make it a versatile and effective choice for part feeding. It is compatible with 24V/4A power supply and supports communication protocols such as Profinet and TCP/IP. Additionally, the PartX configuration tool provides an intuitive software interface that simplifies configuration and ensures seamless integration into the manufacturing process.

The PartXS comes with a flat, perforated vibrating tray, which can be upgraded with grooved or perforated options. With a directional vibration feature that enables movement in four different directions, the PartXS is capable of accommodating different types and sizes of parts.

The PartXS is also equipped with a backlight, available in white or optional red and green colors. This backlight enhances the visibility of the parts, making it easier to identify and track their movement throughout the feeding process.

In summary, the PartXS by Pulsa is an excellent solution for feeding parts in a flexible and efficient manner. With its compact design, configurable software, and versatile tray options, it is well-suited for a range of manufacturing applications.

Brovind's vibrating drive units are designed to generate the necessary vibration required for feeding and orienting parts inside prepared bowls. These units are essential components of circular feeders, which are widely used in various manufacturing and assembly processes to automate the feeding and orientation of small parts.

The vibrating drive units manufactured by Brovind are powered by an electromagnet and are controlled by an electronic controller. The controller allows for precise adjustments to the vibration frequency and intensity, ensuring that the parts are fed and oriented accurately and reliably. Additionally, these units can be fitted with a sensor, which allows for real-time monitoring and offsetting of vibration parameters, further enhancing their accuracy and reliability.

The standard power supply for Brovind's vibrating drive units is single-phase 230V, 50 Hz, which is compatible with most industrial power systems. However, these units can also be supplied with different voltages and frequencies to meet specific requirements.

One of the main advantages of Brovind's vibrating drive units is their versatility. They can be easily integrated into existing manufacturing and assembly lines and are compatible with a wide range of parts and feeders. They are also designed to be low-maintenance, with a long service life, ensuring maximum uptime and productivity.

In conclusion, Brovind's vibrating drive units are an essential component of circular feeders, providing reliable and accurate vibration necessary for feeding and orienting small parts. With their electronic controllers, sensor options, and versatility, these units offer a cost-effective and efficient solution for automating manufacturing and assembly processes.

Brovind's Cylindrical Bowls are designed to contain and direct parts for feeding and orienting with their circular vibratory bases. Available in standard AISI 304 stainless steel or polyamide versions, these bowls can also be customized based on specific needs such as material (e.g., AISI 316 stainless steel) and dimensions (coil width, pitch, etc.). Additionally, they can be coated with wear-proof or oil-proof materials for added durability. These bowls are an essential component of Brovind's high-quality vibrating feeders, delivering reliable and efficient feeding and orientation of parts in various industrial applications.

Brovind's Step Feeders are a versatile and complementary technology to vibratory feeders, expanding the possibilities for creating feed and selection systems. Built in a vertical execution, they are designed to lift and meter products while maintaining compact dimensions and significant capacities. The material is picked in small quantities and lifted to the outlet point through a system of counter plates. Once at the outlet, a custom-built vibratory channel feeds and orients the parts. These feeders can be built with a pneumatic or motor-driven control in standard or customized versions, with the ability to adjust the loading hopper capacity or plate thickness to suit specific requirements.