REST and MODBUS APIs in SAW-Based Precision Systems

Real-time data flow is now the backbone of automated manufacturing, yet most weighing devices still behave like isolated hardware. SAW-based precision systems were designed for a more connected role. Select SAW platforms deliver ultra-stable measurements while supporting modern data interfaces, such as REST API or MODBUS, through configuration-dependent communication paths that integrate with IoT platforms, … Continued

UpScale SAW Precision Indicator with ERP and MES Integration

ERP and MES platforms depend on accurate, timestamped production data, but most weighing indicators were never built to exchange information with enterprise systems. They can display weight locally but often struggle to deliver clean digital data into SAP, Oracle, Plex, Ignition, or custom MES layers, and most are not designed for direct enterprise-level interaction. The … Continued

UpScale SAW Precision Indicator for Industrial IoT and Connectivity

If you’re responsible for keeping a production line accurate, automated, and integrated, the weakest link is often the weighing indicator, not the PLC. Most indicators can display weight; very few can deliver high-resolution, low-noise digital data that your controls network can actually trust. And fewer still can be configured to communicate over MODBUS, EtherNet/IP, PROFINET, … Continued

SAW Ultra-Precision Systems for Micro-Dosing and Formulation

Micro-dosing demands accuracy at levels most industrial sensors cannot maintain. Small deviations influence potency, consistency, blend integrity, and regulatory compliance. Traditional strain-gage systems often drift during long runs or show noise when controlling tiny quantities, which forces teams to slow production or add manual checks. SAW technology solves those issues by generating a stable digital … Continued

IoT-Enabled Intrinsically Safe Scales for Predictive Maintenance

Hazardous-area operations now depend on connected equipment to monitor asset health, reduce downtime, and automate maintenance decisions. Many weighing devices used in these locations still function as isolated instruments, which limits visibility into drift, overload events, and other early warning indicators. Intrinsically safe SAW-based systems solve that issue by delivering stable digital signals that feed … Continued

Case Study: Automotive Parts Manufacturer

Challenge An automotive parts manufacturer needed a large floor scale to weigh pallets that were loaded with parts. The weight information then needed to be communicated via the Ethernet IP protocol into their web based application. Solution Due to the size of the pallets that were being weighed, Arlyn suggested their model 5-5505 floor scale. … Continued

Case Study: Secure Wrap

Challenge Anyone who has traveled by air is familiar with the many pitfalls that may await their luggage. This can include cuts, rips and tears, weather damage, accidental openings, stains and scratches, smuggling, misrouting, and perhaps most common, theft and pilferage. This company has developed a system that will quickly protect against these problems by … Continued

Case Study: New Pacific

Challenge A charter airline needs to weigh all items placed on an aircraft, including passengers and luggage. Each item loaded must be noted as to its location on the aircraft. Scales are placed on the tarmac, near the planes. The weight information then needs to be logged locally on the scale, and then communicated by … Continued

Setting Setpoint Alarms on Cylinder Scales

In industries where precise measurements are crucial, such as chemical processing and pharmaceuticals, cylinder scales play an essential role. One of the critical features that enhance operational efficiency and safety is the setpoint alarm. This article aims to guide you through setting setpoint alarms on cylinder scales, maximizing your equipment’s capabilities. Understanding Setpoint Alarms Setpoint … Continued