How Lucent Technologies Increased Telecom Production Flow with Integrated Conveyor Automation

The Client: Lucent Technologies

Lucent Technologies manufactured telecom systems in a high-volume environment where production control, safe handling, and shipment readiness were critical. Operating from a 100,000-square-foot Alameda facility, Lucent needed stronger internal material flow to support growth without operational disruption.

FloStor partnered with Lucent to replace manual transfer constraints with an integrated conveyor architecture across receiving, production, and shipping stages.

The Challenge

• Manual Handling Bottlenecks: Forklift and manual pallet movement reduced transfer speed across production zones.
• Floor Congestion and Safety Exposure: Frequent heavy-load movement in active work areas increased friction and injury risk.
• Throughput Constraints: Legacy movement methods limited the pace of assembly and downstream routing.
• Testing-to-Shipping Coordination: Extended validation cycles required more controlled final transfer and pack flow.
• Growth Readiness Pressure: Existing methods lacked a scalable path for additional workstations and higher demand.

The Solution

FloStor designed a powered conveyor network to create continuous in-plant flow for palletized work-in-process and completed units. The solution integrated with Lucent’s multi-workstation production cells and enabled operator-directed routing for flexible sequencing.

An elevated takeaway conveyor was added to move tested units efficiently into shipping workflows without interfering with active assembly operations.

Systems Used

• Powered Conveyor Transport Network: Automated movement of conveyable pallets across production and transfer zones.
• Cell-Integrated Routing Controls: Workstation operators directed load flow to maintain pace and sequence discipline.
• Elevated Takeaway Conveyor: Dedicated path for tested finished goods improved shipping handoff speed.
• Flexible Multi-Station Flow Topology: Layout supported variable workstation activity and production balancing.
• Heavy-Load Safe Transfer Design: System reduced repetitive manual lift and forklift dependency in congested areas.

The Power of Integration in Action

FloStor’s integrator approach ensured equipment, routing logic, and operator workflow were aligned as one controlled system. Instead of isolated handling upgrades, Lucent gained synchronized transfer behavior from receiving through final shipping preparation.

This integration improved operational stability during both normal production and demand surges while preserving flexibility for process adjustment.

The Results

Lucent increased throughput, reduced in-plant congestion, and improved safety conditions by transitioning from manual-heavy handling to integrated conveyor movement. The new architecture supported higher output while maintaining control through extended testing and final pack stages.

The facility also gained a stronger path for future expansion, including added workstation capacity and potential additional line development.

Why This Worked

This deployment succeeded because Lucent and FloStor treated material movement as a system-level performance driver. Equipment selection, layout flow, operator controls, and shipping transition were engineered to reinforce each other.

• End-to-End Flow Integration: Receiving, assembly, testing, and shipping operated on one coordinated path.
• Operator-Controlled Flexibility: Routing controls allowed real-time pacing adjustments without process instability.
• Safety by Design: Automated transfer reduced high-risk manual movement and floor congestion.
• Scalable Architecture: The installed system created a practical expansion base for future production demand.

Related Services

• Manufacturing Conveyor and Material Flow Integration
• Workstation Routing and Throughput Optimization
• Shipping Transfer and Finished Goods Flow Engineering
• Scalable Production Infrastructure Planning and Support