high‑capacity feeder cell

ProFeeder Compact XL High Cube for CNC Machine Tending

ProFeeder Compact XL High Cube stores workpieces for CNC machine tending in 10 large trays. Each 780 × 620 mm tray supports up to 90 kg and a maximum part height of 110 mm. Pair the feeder with a separate robot pedestal for robot mounting and controller storage.

Choose MechLock or AirLock to suit your cell controls. Share your CNC machine, robot model, part dimensions, weight and cycle time to discuss a suitable configuration and request a project quote.

ProFeeder Compact XL High Cube
3D View

ProFeeder Compact XL High Cube – industrial automation solution

ProFeeder Compact XL High Cube provides ten drawers of parts storage for CNC machine tending automation. Its 920 × 1220 mm footprint accommodates large trays while leaving the robot mount and controller housing on a separate pedestal or project system.

Each tray has a 780 × 620 mm working area and a 90 kg load capacity. Plan the part arrangement, fixtures and robot picking positions around the 110 mm maximum part height. Usable batch capacity depends on the workpiece geometry and required spacing.

Compare ProFeeder Compact XL when selecting tray count and part clearance. High Cube provides 110 mm part height across ten trays; standard ten-tray Compact XL provides 80 mm, while five-tray Compact XL provides 160 mm. Select the model around your parts and replenishment needs.

robot machine tending cell

ProFeeder Compact XL High Cube – Features

Ten-Tray Capacity

Ten trays each support up to 90 kg, with a maximum part height of 110 mm. Select a tray layout suited to the workpieces, fixtures and batch size.

Advanced Tray Storage System

Each tray measures 780 × 620 mm. Part-specific inserts, fixtures or deeper trays can be discussed as project options; confirm their effect on usable clearance and capacity.

Robot Integration

Use a separate pedestal and the correct robot-specific adapter. Confirm robot payload, reach, mounting loads, gripper and the CNC machine interface for the application.

tray feeder robot cell

What is an efficient industrial automation solution?

The High Cube feeder keeps workpieces organized for robot loading and unloading. A stocked drawer system can reduce waiting for manual parts supply and allow operators to focus on other tasks between replenishment visits.

Estimate time between replenishment visits from usable parts per tray, machining time and robot handling time. Tool changes, inspection requirements and the complete cell operating procedure also affect unattended operation.

A cell serving multiple machines requires a suitable robot reach, machine layout and loading sequence. Review each machine interface and cycle time before selecting the feeder, robot and pedestal configuration.

ProFeeder Compact XL High Cube

High Cube uses a separate robot pedestal, such as EasyPedestal, and a robot-specific adapter plate. The feeder itself has no integrated robot mount or controller compartment. Include the pedestal, controller housing and adapter in the project scope.

  • Robot Compatibility: Confirm the exact robot model, payload, reach, mounting interface, gripper and machine controls for the proposed cell.
  • Two Locking Options: MechLock uses mechanical drawer release. AirLock uses pneumatic locking with compressed air and digital I/O integration.
  • Installation: Level and anchor the feeder before operation. Assess safeguarding and operating procedures for the complete robot cell.

Request a quote covering the feeder, pedestal, adapter, part fixtures and integration work. The specifications below show the two High Cube variants; share your application details to confirm the complete setup.

automated feeding system

ProFeeder Compact XL - Video

Drawing

ProFeeder Compact XL

Product Overview

PFC-4100-10 ProFeeder Compact XL High Cube 10 Tray Mechlock ProFeeder Compact XL High Cube 10 Trays Mechlock
H: 1300 mm x W: 1220 mm x L: 920 mm
Weight: 660 kg
PFC-4101-10 ProFeeder Compact XL High Cube 10 Trays Airlock ProFeeder Compact XL High Cube 10 Trays Airlock
H: 1465 mm x W: 1220 mm x L: 920 mm
Weight: 675 kg
SC-1000 Yellow Scanner cover Cover for laser scanner
RAL-XXXX Custom RAL code RAL Code XXXXX

FREQUENTLY ASKED QUESTIONS (FAQ’s)

Choosing the right automation partner isn’t just about machines — it’s about reliability, results, and long-term support. At EasyRobotics, we deliver all three.

ProFeeder Compact XL High Cube is a ten-tray parts feeder for CNC machine tending and robotic handling. Each 780 × 620 mm tray supports up to 90 kg and a maximum part height of 110 mm. A separate pedestal provides robot mounting and controller storage.

High Cube provides ten trays with 110 mm maximum part height. Standard ten-tray Compact XL supports 80 mm part height; five-tray Compact XL supports 160 mm. Compare part clearance, batch quantity and the space available for the complete cell.

It supplies parts for CNC machine tending, pick-and-place and automated handling applications. Configure the robot, gripper, part fixtures and machine interface around the workpieces and production process.

It can be used with collaborative robots on a separate validated pedestal. Confirm the exact robot model, adapter plate, payload, reach, mounting loads, gripper and machine interface before ordering.

High Cube has ten 780 × 620 mm trays, each rated at 90 kg, with 110 mm maximum workpiece height. Custom fixtures or deeper tray options require a project-specific review of clearance and usable capacity.

Integration requires suitable floor space, a separate robot pedestal, the correct adapter, a gripper, part fixtures and the machine interface. Check the robot reach, drawer access and controls against the existing cell before selecting the configuration.

The drawer system can reduce repetitive manual parts handling and provide workpieces between replenishment visits. Any improvement in output depends on usable tray capacity, machining time, robot handling time and the complete production process.

MechLock provides mechanical drawer release; AirLock provides pneumatic locking with digital I/O. Floor anchoring is required. Safeguarding, loading procedures and operating conditions must be assessed for the complete robot cell.

A multiple-machine cell may be possible after reviewing robot reach, machine spacing, access, cycle times and controls. The feeder provides parts storage; the robot system and machine interfaces determine how the machines are served.

Assess the investment using batch quantities, machining and handling times, staffing needs, utilization and total integration cost. The feeder can reduce repetitive manual handling; payback depends on the application.

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