FEEDBOT D-300 Robot Solutions
Homag DE Enterprise

FEEDBOT D-300 Robot Solutions

CNC Machining Centers — Homag Group

Automated robotic feeding solution for furniture production that integrates with DRILLTEQ V-500 drilling centers. Enables high-throughput batch size 1 production with precision workpiece handling.

The FEEDBOT D-300 is a robotic automation system engineered to autonomously handle workpiece feeding, positioning, and material management for CNC drilling operations in furniture manufacturing. It integrates seamlessly with HOMAG's DRILLTEQ V-500 drilling centers to eliminate manual material handling and enable unattended, lights-out production cycles across extended batch runs.

The system accommodates workpieces ranging from 350–3,050 mm in length and 120–1,200 mm in width, with a maximum weight capacity of 60 kg per piece. Its 1,500 mm maximum stacking height enables efficient material staging and buffer management, reducing operator intervention and bottlenecks between drilling operations. The D-300 supports multiple substrate types—chipboard, MDF, HDF, plywood, and solid wood—across various surface finishes including melamine, veneer, laminate, and raw surfaces, making it adaptable to diverse product specifications within a single production workflow.

This solution targets medium to industrial furniture producers requiring consistent throughput on batch-size-1 or low-volume specialized orders where manual feeding would compromise cycle time and precision. The system is particularly valuable for shops producing cabinet components, drawer fronts, shelving elements, and architectural panels where drilling accuracy must be paired with rapid material flow. Installation footprint of approximately 10 m × 8 m × 3.4 m requires dedicated shop space but delivers measurable reductions in labor costs and setup variability.

Within its class, the FEEDBOT D-300 distinguishes itself through direct compatibility with DRILLTEQ V-500 systems, enabling integrated part program control and synchronized drilling-to-feeding workflows without external controllers. This tight integration reduces commissioning time and operator training requirements compared to generic robotic arms adapted for woodworking applications.

Technical Specifications

Working Area

Max Workpiece Length 3,050 mm
Max Workpiece Width 1,200 mm
Max Workpiece Height 60 mm
Min Workpiece Length 350 mm
Min Workpiece Width 120 mm
Min Workpiece Height 10 mm

Processing

Max Workpiece Weight 60 kg
Carrier Materials Chipboard, MDF, HDF, plywood, solid wood
Surface Types Melamine, Raw, Veneer, Laminate, No overlap (optional)

Features

Max Stacking Height 1,500 mm

Dimensions

Installation Length 10,020 mm
Installation Width 8,000 mm
Installation Height 3,400 mm

Applications

architectural panel production

industrial workshop

Manufacturers of architectural panels, interior wall systems, and modular building components use the FEEDBOT D-300 to process large substrate sheets (up to 1,200 mm wide) with complex hole patterns for assembly hardware. The 60 kg weight capacity and support for plywood and HDF materials enable consistent drilling on structural components while the stacking capability reduces material handling labor during multi-shift operations.

furniture component drilling

industrial workshop

Large-scale furniture manufacturers use the FEEDBOT D-300 to automate drilling of cabinet sides, shelving supports, and modular furniture components on chipboard and MDF blanks up to 3,050 mm long. The robot continuously feeds prepared blanks to the DRILLTEQ V-500 for multi-hole drilling patterns, enabling lights-out overnight production runs that achieve 2–3x faster throughput than manual feeding while maintaining ±1 mm positioning accuracy across batch sizes of 500+ units.

batch size one customization

medium workshop

Custom furniture and bespoke cabinetry shops leverage the D-300's flexibility to handle rapid material changeovers—switching between solid wood, veneer, and laminate surfaces on the same day—without re-programming core drilling sequences. The system reduces setup time between custom orders while maintaining precision on low-volume (5–50 unit) runs where dedicated fixtures are economically unfeasible.

drawer front production

medium workshop

Kitchen and bedroom furniture producers automate drilling of drawer fronts in melamine and raw finishes, where the D-300 feeds pre-cut blanks (typically 500–1,200 mm) to the DRILLTEQ V-500 for hardware pocket drilling. Unattended operation during second shift production extends daily output capacity without proportional labor increase, ideal for shops producing 1,000–5,000 drawer fronts monthly.

Register Your Interest

This product isn't available in your market yet. Register your interest and we'll notify you when a local partner is available.

We're expanding to your market soon. Register your interest and be the first to know when local support becomes available.