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  3. Ars Automation FlexiBowl 200C/CC Automated Feeding System
3414-flexibowl-500v2-1-K5-YNX0AKUg

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In StockAutomated Bin Feeder

Ars Automation FlexiBowl 200C/CC Automated Feeding System

Ars Automation

$16,300.00

The FlexiBowl 200C/CC is a compact parts feeder that orients and presents components up to 10 mm in size and 20 g in weight, handling multiple part geometries, surface finishes, and materials in a single unit. It integrates with industrial robots and vision systems to reduce changeover time and eliminate the need for multiple conventional feeders.

Ars Automation FlexiBowl 200C/CC Automated Feeding System

Overview:

The Ars Automation FlexiBowl 200C/CC Automated Feeding System is a flexible parts feeder for automating small part presentation and robotic feeding tasks in material handling applications.

  • Suitable for parts: 1 to 10 mm size, up to 20 g weight
  • Total payload: up to 1 kg
  • Unit dimensions: 629 x 580 x 362 mm

FlexiBowl 200C/CC interfaces with industrial robots and vision systems for automated pick-and-place, assembly, and inspection processes. It replaces multiple conventional vibratory bowl feeders by handling a wide range of part geometries, materials, and surface characteristics with a single unit.

Main Features:

  • Eliminates need for multiple feeders, simplifying part changeovers and minimizing downtime
  • Compatible with collaborative and industrial robots; supports integration with various vision systems
  • Suitable for plastic, metal, rubber, and composite parts
  • Operates as an alternative to traditional vibratory feeder bowls

Recommended Applications:

  • Flexible feeding for parts of diverse shapes and materials
  • High-mix, low-volume automation environments
  • Industries such as electronics, automotive, medical device, and general manufacturing

How FlexiBowl 200C/CC Solves Common Feeding Challenges:

Frequent part changeovers and geometric variation make traditional feeders impractical. The automated FlexiBowl 200C/CC adapts quickly to different part families, increasing ROI by reducing setup time and equipment costs. Automated feeding ensures consistent presentation for robot picking, improving process efficiency and reliability.

How Does FlexiBowl 200C/CC Compare to Alternatives?

  • The FlexiBowl series parts feeders handle a wider variety of part geometries than bowl feeders
  • Integration is streamlined through vision-based part orientation and a robot-friendly interface
  • Medium feed rates are supported; for higher rates, consider a larger FlexiBowl size

Questions and Answers:

What parts can FlexiBowl 200C/CC handle?

FlexiBowl 200C/CC is designed to feed small components between 1 and 10 mm in size, made of any geometry or material including plastic, metal, and rubber, up to 20 g each.

How does FlexiBowl 200C/CC replace multiple feeders?

A single FlexiBowl 200C/CC unit is capable of handling an entire family of parts, regardless of geometry, surface properties, or material, eliminating the need for dedicated vibratory bowl feeders for each variation.

What industries use FlexiBowl automated feeding systems?

Manufacturers in the electronics, automotive, medical device, and consumer goods sectors use FlexiBowl solutions to automate part feeding, especially where frequent part changeover and geometric variety are common challenges.

What is required for integration?

FlexiBowl 200C/CC integrates with most industrial or collaborative robots and vision systems. The mechanical and electrical interface supports common automation platforms.

Weight42 kg
Gripper Dimensions629 x 580 x 362 mm
Mounting Interface
Industrial robots, vision systems
Dimensions
629 x 580 x 362 mm
Part Size Range
1 to 10 mm
Part Weight Range
up to 20 g
  • Handles any geometry, surface or material in 1 to 10 mm parts, up to 20 g each
  • Works with all industrial and collaborative robots, plus vision systems
  • Replaces multiple vibratory feeders, cutting changeover time and equipment costs
  • Feeds up to 1 kg total payload from single 629 x 580 x 362 mm unit
  • Processes plastic, metal, rubber and composite parts without retooling
  • Medium feed rates for high-mix, low-volume production environments
  • Mounting Interface: Designed to interface with industrial robots and vision systems
  • The system orients and presents parts regardless of geometry, surface characteristics, or material type.
The FlexiBowl 200C/CC feeds parts between 1 and 10 mm in size, up to 20 g each, with a total payload capacity of 1 kg per unit. It handles any geometry, surface finish, or material including plastic, metal, rubber, and composite without retooling.
The FlexiBowl 200C/CC is compatible with all industrial and collaborative robots plus vision systems through standard mechanical and electrical interfaces. It integrates with common automation platforms for pick-and-place and assembly tasks.
A single FlexiBowl 200C/CC unit handles diverse part geometries, materials, and surface properties that would normally require separate dedicated bowl feeders. This eliminates changeover time and reduces equipment costs by consolidating multiple feeders into one flexible system.
The FlexiBowl 200C/CC measures 629 x 580 x 362 mm and holds up to 1 kg total payload. The compact footprint makes it suitable for integration into existing workstations.
Yes, the FlexiBowl 200C/CC is designed for high-mix, low-volume environments where frequent part changeovers occur. Its ability to handle multiple part families without retooling significantly reduces setup time and downtime between jobs.

Automated flexible feeding versus traditional vibratory bowl feeders:

The FlexiBowl 200C/CC replaces multiple dedicated vibratory feeders with a single unit that handles diverse part geometries, materials, and surfaces without retooling. Choose it over traditional bowls when part variety and frequent changeovers are constraints.

  • For high-mix, low-volume production with parts in plastic, metal, rubber or composite, a single FlexiBowl eliminates the cost and setup time of maintaining multiple bowl feeders.
  • For parts between 1 and 10 mm and up to 20 g each, the vision-integrated system orients and presents components consistently to any industrial or collaborative robot, improving pick reliability.
  • For compact workspaces, the 629 x 580 x 362 mm footprint with up to 1 kg payload fits tight robot cells where space for multiple feeders is not available.
  • For electronics, automotive, and medical device assembly where part geometry varies within a family, this system cuts changeover downtime versus reconfiguring or swapping traditional feeders.

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Delivery anywhere in the US takes 8 to 11 business days.About 8 days to New York, 11 to California.

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