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HITBOT Z-EFG-26 Electric Palletizing Gripper with Controlled by 485(Modbus)

HITBOT Z-EFG-26 Electric Palletizing Gripper with Controlled by 485(Modbus)

Regular price $999,999.00
Sale price $999,999.00 Regular price

Product Description

HITBOT Z-EFG-26 Electric Palletizing Gripper - Lightweight High-Performance End Effector with 485 Modbus Control

The HITBOT Z-EFG-26 is a lightweight electric palletizing gripper weighing just 450g, engineered specifically for automated palletizing and material handling applications. Featuring advanced 485 Modbus communication protocol, this gripper delivers professional-grade automation capabilities with seamless integration into industrial control systems for robotic palletizing, packaging, and logistics operations.

Key Features:

  • Lightweight Design (450g) - Minimal weight reduces payload requirements and maximizes robot reach and speed
  • 485 Modbus Control - Industry-standard communication protocol ensures seamless integration with PLCs and industrial control systems
  • Palletizing-Optimized Design - Specifically engineered for automated stacking and destacking operations
  • Reliable Gripping Performance - Consistent clamping force for secure handling of boxes, cases, and packages
  • Easy Integration - Standard mounting interface and Modbus communication simplify system setup
  • Durable Construction - Industrial-grade materials provide long-term reliability in demanding production environments
  • Versatile Application Range - Suitable for various palletizing tasks from light packages to heavier cases

Technical Advantages:

  • 485 Modbus protocol enables easy integration with existing automation infrastructure
  • Lightweight construction enables faster robot movements and improved cycle times
  • Precise repeatability for consistent palletizing patterns
  • Low power consumption for energy-efficient operation
  • Minimal maintenance requirements reduce operational downtime
  • Reliable communication ensures coordinated operation with conveyor systems and PLCs

Ideal Applications:

  • Automated Palletizing - High-speed stacking of boxes, cases, and packages onto pallets
  • Depalletizing Operations - Automated unloading and destacking from pallets
  • Packaging Automation - Case handling, box manipulation, and product transfer
  • Warehouse Automation - Material handling and order fulfillment systems
  • Logistics & Distribution - Automated sorting, stacking, and transfer operations
  • Food & Beverage - Case palletizing for packaged goods and beverages
  • Manufacturing - End-of-line palletizing for finished products

Why Choose HITBOT Z-EFG-26?

The Z-EFG-26 represents HITBOT's commitment to delivering specialized automation components for palletizing applications. With 485 Modbus communication protocol, this gripper integrates seamlessly into existing industrial automation systems, enabling coordinated operation with PLCs, conveyor systems, and warehouse management software. At just 450g, the lightweight design maximizes robot performance while the palletizing-optimized configuration ensures reliable handling of boxes and cases. Whether you're implementing a new palletizing cell or upgrading existing equipment, the Z-EFG-26 provides the precision, reliability, and connectivity required for modern automated palletizing operations.

Integration & Compatibility:

Designed to seamlessly integrate with HITBOT robotic arms and industry-standard industrial robots, the Z-EFG-26 simplifies system design through standard 485 Modbus communication. The industry-standard protocol ensures compatibility with a wide range of PLCs, HMIs, and industrial control systems, while the lightweight construction maximizes robot payload capacity for handling heavier cases or additional tooling.

Technical Specifications:

  • Model: Z-EFG-26
  • Weight: 450g
  • Type: Electric Palletizing Gripper
  • Communication: 485 Modbus Protocol
  • Application: Automated palletizing, depalletizing, packaging, warehouse automation
  • Compatible with: HITBOT robotic arms and industry-standard industrial robots
  • Construction: Industrial-grade materials