Key benefits Provides a reliable suction interface for gripping flat, smoothsurfaced parts in automation and manual handling. Helps reduce part damage by enabling controlled pickandplace and gentle release. Easy to and service, with compatibility across multiple fixture and tool configurations. Durable construction designed for repeated cycles in industrial environments. Key specifications and attributes Function Creates a secure hold on nonporous surfaces to enable lifting, transferring, and positioning of parts. Compatibility Designed for standard vacuum tooling systems, compatible with common robotic arms, pickandplace equipment, and fixture plates. Mounting patterns and connection types vary by model. Size Available in multiple diameters and thicknesses to suit different surface areas and load requirements. Size selection should align with the target part footprint and grip needs. Material Materials vary by model to suit different applications; typical options include elastomeric compounds such as silicone for sealing grip. Check the product spec for exact material details. Performance Engineered to maintain a consistent seal and reliable grip through repeated cycles. Designed for stable suction performance with minimal wear over time. Suitable for common workshop contaminants and routine automation tasks. Use scenarios Electronic manufacturing: picking up and transferring glass panels, LCD covers, or coated film substrates on an assembly line. Metal or plastic fabrication: holding sheets during machining, inspection, or coating processes to ensure flat positioning and controlled release. Packaging and automation lines: conveying parts through staged operations where repeatable grip and smooth release are essential for throughput and alignment. Notes for selection Review the specific model's dimensions, material, and mounting options to ensure compatibility with your fixture and vacuum system. Confirm the target surface is clean, smooth, and nonporous to maximize grip and release performance. Consider the required cycle rate and environmental exposure when choosing material options.