Pick & Place Robotics
High-Speed Pick & Place Robotics for Food & Packaging Lines
High-Speed Pick & Place Robotics for Food & Packaging Lines
Titan Engineering & Robotics designs and integrates advanced pick & place robotic systems for food processing and consumer packaged goods facilities across the United States. Our solutions increase throughput, reduce manual labor dependency, and maintain strict hygiene and safety standards — all while delivering consistent, high-speed performance.
Engineered For Modern Packaging Environments
Pick & place automation plays a critical role in food and CPG production. Titan systems are designed to operate at high speeds while maintaining precision and compliance.
We engineer robotic solutions for:
- Primary packaging lines
- Secondary packaging operations
- Tray loading systems
- Carton loading
- Multi-lane conveyor environments
- Randomized product sorting
From individual SKUs to mixed-product flows, our systems adapt to dynamic production needs.
System Capabilities
High-Speed Operation
Up to 120+ picks per minute depending on product type and application.
Vision-Guided Picking
Integrated machine vision systems allow robots to:
- Identify product orientation
- Handle irregular positioning
- Sort and group products
- Inspect for quality control
Multi-Lane Integration
Seamless synchronization with conveyor systems across multiple infeed lanes.
Rapid SKU Changeover
Quick adjustments for product size, packaging format, or batch transitions.
Robot Types We Integrate
Titan deploys application-appropriate robotic platforms including:
- Delta robots for ultra-high-speed picking
- Articulated robotic arms for flexible handling
- SCARA robots for compact packaging lines
- Collaborative robots (where applicable)
We select and integrate robotic platforms based on cycle time requirements, payload capacity, and environmental conditions.
Designed For Food & CPG Compliance
Food production environments require more than speed — they require hygienic design and safety compliance.
Our systems are engineered with:
- Stainless steel structural components
- Washdown-rated configurations
- Food-grade end-of-arm tooling
- Hygienic cable management
- OSHA & ANSI safety architecture
We design robotic cells that align with operational and regulatory expectations.
End-Of-Arm Tooling (Eoat)
Custom tooling is critical to effective pick & place performance.
We design:
- Vacuum grippers
- Soft-touch food-safe grippers
- Multi-product handling tools
- Changeable gripper systems
- Sanitary tooling solutions
Tooling is engineered specifically for product shape, weight, and fragility.
Performance Results
Titan pick & place systems consistently deliver:
- 30–50% labor reduction
- 99%+ pick accuracy
- Increased line throughput
- Reduced product damage
- 24/7 operational capability
- Lower workplace injury risk
Every system is performance-modeled before deployment.
Integrated System Design
Pick & place robotics rarely operate in isolation.
Titan integrates:
- Conveyor synchronization
- Vision inspection systems
- PLC control architecture
- Cartoning and case packing
- Robotic palletizing
- AGV transport systems
We engineer complete end-of-line automation infrastructure.
Our Engineering Process
Line Assessment
We evaluate cycle times, product flow, and bottlenecks.
Simulation & Modeling
3D layout validation and robotic reach analysis.
Integration & Commissioning
Turnkey installation, programming, and performance testing.
Support & Optimization
Preventative maintenance and remote diagnostics.
Ideal Applications
Our pick & place systems are ideal for:
- Bakery & confectionery
- Frozen foods
- Dairy products
- Snack packaging
- Beverage packaging
- Consumer packaged goods
Whether upgrading a manual station or modernizing a full packaging line, Titan delivers scalable automation solutions.
Why Titan Engineering & Robotics
- Specialized in food & packaging automation
- Turnkey robotic integration
- Hygienic system design
- Nationwide deployment & support
- Performance-driven engineering
We build automation that works in real production environments.