A&D Apollo GX-A/GF-A Series Precision Balances
A&D Apollo GX-A/GF-A Series Precision Balances is backordered and will ship as soon as it is back in stock.
Service & Calibration Support
Service & Calibration Support
Interweigh Systems provides calibration, service, and technical support for all equipment we sell.
Our technicians service equipment nationwide and can support commissioning, preventative maintenance, troubleshooting, and re-certification as required.
Certified test weights are also available to support quality control programs and internal verification procedures.
Ordering & Configurations
Ordering & Configurations
Most equipment is configured based on application requirements. Pricing and lead times may vary depending on configuration, accessories, and certification needs.
To receive pricing or discuss availability, contact our team with details about your application and environment.
Description
Description
All the innovative technologies built into A&D Apollo are designed to provide functional solutions to the real world problems that users face in laboratories or in factories. Now discover what they are, and understand what precision, protection, performance and productivity really mean to you!
Notable Features
- Smart SHS advanced technology increases performance and productivity
- Innovative solutions to meet demands in validation, compliance, protection
- Factory tough and laboratory precise
Smart SHS® Smart super hybrid sensor (Smart SHS) realizing wide lineup from analytical to high-resolution, high-capacity precision models Select a balance that best suits your purposes and budgets. You have a choice from a diverse array of models with varying readabilities and additional features.
Fast stabilization
A combination of a high-stiffness, Roberval-structure spring material and an electromagnetic force restoration mechanism simultaneously realizes fast stabilization and high resolution for efficient, precise weighing. Typical stabilization time is from 1.5 to 2 seconds for the 0.0001 g models and 1 second for the 0.001/0.01/0.1 g models.