Biesse Winstore Tech
Key Specifications
panel storage capacity
max panel size
max panel thickness
max panel weight
retrieval speed
integration
Overview
The Biesse Winstore Tech is an automated storage and processing center from Biesse S.p.A., headquartered in Pesaro, Italy. Biesse is one of Italy's and the world's leading manufacturers of woodworking machinery — CNC routing, edge banding, drilling, and integrated production lines for furniture, kitchen, and architectural woodworking manufacturers. Founded in 1969 by Giancarlo Selci, Biesse has grown into a global machine tool group with production facilities in Italy, UK, Germany, and North America.
The Winstore Tech is Biesse's automated panel storage and feeding system that integrates directly with Biesse CNC routing centers (Rover series) to create an automatic nested-based production cell. The system stores raw panel sheets in vertical towers, automatically retrieves the required panel for each production program, feeds it to the CNC router, retrieves routed panels, and sorts the finished components to output stacks. This enables truly lights-out production — the CNC router processes sheets automatically without operator panel handling between programs.
In the context of a complete Biesse production cell, the Winstore Tech connects to the Rover A or Rover K machining center. The Rover K is Biesse's high-production routing platform specifically designed for automation integration — higher axis speeds, faster tool change, and automation-optimized workflow compared to the Rover A entry model.
The Winstore Tech + Rover K configuration competes with the HOMAG CENTATEQ E-700 + SheetMaster and the SCM Accord 40 FX + Storage system in the automated flat panel production cell class. Biesse's differentiators are Italian engineering, the Winstore's compact footprint relative to some competitors' storage systems, and Biesse's integrated approach to the full production line from raw panel to finished component. Pricing for a complete Winstore Tech + Rover K cell typically runs $400,000–$800,000.
Full Specifications
| Parameter | Value |
|---|---|
| Panel Storage Capacity | Up to 80 panels (configuration dependent) |
| Max Panel Size | 4,200 x 2,100 mm (165 x 82.7 in) |
| Max Panel Thickness | 60 mm (2.4 in) |
| Max Panel Weight | 120 kg (264 lb) per panel |
| Retrieval Speed | Automatic (servo-controlled crane mechanism) |
| Integration | Direct interface with Biesse Rover A, Rover K machining centers |
| CNC Control | Biesse BiesseWorks automation software |
| Software Integration | BiesseWorks + Maestro + BiesseNest |
| Footprint Storage Module | 3,500 x 4,200 mm (approx.) |
| Throughput | Up to 2 panels/min loading (system dependent) |
| Electrical | 400 VAC 3-phase 50 Hz |
Strengths & Limitations
Strengths
- Full automation from raw panel storage to finished component sorting eliminates operator panel handling — enables lights-out or single-operator multi-machine production
- Automatic panel retrieval prevents wrong-panel loading errors — the system always retrieves the correct material type and thickness for each program
- Integration with BiesseWorks production management software connects order management, material planning, and machine scheduling in one system
- Compact Winstore footprint relative to pallet-based storage systems — more storage capacity per square meter of floor space
- Biesse's global service network provides consistent support for the complete automation cell including storage system, router, and software
Limitations
- High system cost ($400K–$800K) requires very high production volume and utilization to justify — typically appropriate for 2+ shift operations with 500+ panels/week throughput
- Complex automation system requires dedicated maintenance and operator training — fault diagnosis and recovery on an automated cell requires more expertise than a standalone router
- System rigidity: the Winstore is designed for standard panel sizes (4 x 8 ft, 5 x 10 ft) — non-standard material sizes or hand-loaded special panels interrupt automated workflow
Best For
Frequently Asked Questions
01
BiesseWorks is Biesse's production management software that coordinates the complete automation cell: material storage (Winstore), CNC router (Rover), edge bander, and other downstream processes. BiesseWorks receives production orders (from ERP or manual entry), optimizes the production sequence for minimum material waste and maximum throughput, and instructs the Winstore to retrieve specific panels in the correct sequence for the Rover's cutting programs. After routing, BiesseWorks instructs the output sorting system to stack parts by customer order or assembly sequence. Real-time production status, material consumption, and throughput data are captured for reporting to ERP or production management systems.
02
The Biesse Rover K is Biesse's high-production flat panel machining center designed for automation integration. Differences from the Rover A: higher maximum spindle power (13–22 kW vs 9.5 kW); faster tool change (2.5 seconds vs 4 seconds); higher axis speeds (100 m/min X-axis vs 70 m/min); automation-optimized material feeding interface for Winstore or other loaders; and larger ATC (up to 36 tools). The Rover K is the appropriate router for a Winstore automation cell where maximum throughput and minimum cycle time are the priority. The Rover A is the entry-level model for smaller production volumes and manual panel loading.
03
Payback analysis for a $600,000 automation cell vs two manual-load Rover A routers ($150,000 each = $300,000): Additional automation investment: $300,000. Savings: eliminate 1 operator loading panels ($60K/year labor); 20% throughput improvement from faster cycle times and reduced changeover ($80K/year production value); reduce error and waste from wrong-panel loading ($20K/year). Total annual savings: $160K. Payback: approximately 2 years. Actual payback varies with labor rates, production volume, and factory utilization. For European furniture manufacturers with $80–100K/year labor costs, payback can be 1.5–2.5 years.
04
The Winstore Tech handles flat rigid panels within its weight and size limits: MDF (medium-density fiberboard), particleboard, plywood, melamine-faced board, HPL composite panels, wood fiber cement board, and aluminum composite panels. Panels must be rigid and flat — warped panels or non-uniform thickness panels cause retrieval and positioning errors. Maximum panel weight is 120 kg — a standard 4 x 8 ft x 3/4 in (19 mm) MDF sheet weighs approximately 36 kg, comfortably within limits. Thin panels (under 10 mm) may require vacuum pads on the storage tray for reliable handling.
05
The Winstore Tech is designed for integration with Biesse routing centers (Rover A, Rover K) through Biesse's proprietary communication interfaces and BiesseWorks software. Integration with non-Biesse routers is technically possible but requires custom software interface development — not a standard supported configuration. Biesse's automation philosophy is an integrated brand ecosystem: their storage, routing, edge banding, and software are designed to work together. For shops wanting automated storage with non-Biesse routers, HOMAG's SheetMaster or SCM's automation systems with their respective router brands are the appropriate choices.
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