Deeply Cultivating Precision Intelligent Manufacturing: ESTUN iER Lightweight Robots Empower Intelligent Upgrading Across All Industries

As intelligent manufacturing accelerates its penetration, high-end manufacturing fields such as electronics, automotive, lithium batteries, and photovoltaics are placing higher demands on production precision, cycle time, stability, and flexibility. As key equipment for flexible production, lightweight robots are becoming an important force in breaking through the bottlenecks of traditional production lines. Relying on solid performance, cutting-edge technology, and mature implementation experience, ESTUN iER lightweight robots are deeply engaged in multiple segmented scenarios, especially achieving large-scale application in the electronics manufacturing field, injecting efficient momentum into manufacturing upgrading.

Electronics manufacturing involves complex processes and diverse categories. Links such as inspection, picking, loading and unloading, screw fastening, and gluing generally face challenges of high precision, high cycle time, and multiple changeovers. In response to application difficulties, ESTUN iER lightweight robots build a full-process flexible solution to achieve efficient, precise, and stable operation in each process.

In the precision inspection link, iER relies on its core flying shot technology to complete precise image capture during motion, breaking through the efficiency limitations of traditional static inspection. In typical scenarios such as electronic routers, automotive electronic controls, and wire harness connectors, overall capacity is increased by more than 4 times, and production costs are reduced by 90%.

In electronic component performance inspection, the inverted 7KG MINI robot can complete a single-piece inspection in only 2.8 seconds, and a single unit can connect to 6 testing machines. With API and HMI integrated teaching, it supports one-click changeover, adapting to multi-variety mixed production needs.

In high-speed picking and loading/unloading links, iER's stability and cycle time advantages are equally prominent. Facing stringent scenarios such as electronic FPC and continuous feeding of tray loading machines, the equipment uses multi-machine master-slave following technology to achieve precise picking of 2 seconds/piece at a line speed of 200 mm/s, maintaining stable operation with zero material misses and increasing capacity by 10%. For mixed production of multiple Pad label styles, the 7KG MINI robot is compatible with complex tools and can simultaneously adapt to multiple label application types, completing changeover with one click. In the mobile phone case CNC loading and unloading scenario, the 8KG MINI robot achieves a cycle time of 3.6 seconds/piece, and its Motion mode speed-up technology balances efficiency and precision.

In precision screw fastening and gluing processes, iER's high-precision advantages are further highlighted. For problems such as panel tilt and difficult torque control in electronic panel screw fastening, the 8KG MINI robot achieves a comprehensive screw fastening accuracy of ±0.1 mm, ensuring consistent screw torque and increasing capacity and yield by at least 10%. In multi-variety high-precision gluing scenarios for electronic components, the 7KG MINI robot achieves one-click changeover through multi-station reservation, and combines an adaptive vibration suppression algorithm to improve stopping precision by 20%. Parameter compensation technology increases absolute accuracy by 100%, comprehensively ensuring gluing quality.

In addition to electronics manufacturing, iER also empowers high-end manufacturing in automotive, lithium batteries, photovoltaics, and other fields with its diverse product matrix and customized solutions. Automotive parts require 7×24 continuous production. The 10KG MINI robot ensures zero-fault operation with a high-rigidity body and reliable control system. Under stringent lithium battery working conditions, the 3KG SCARA robot ensures a sealing nail welding yield of no less than 99.8% with 0.02 mm repeat positioning accuracy, adapting to precision processes such as tape tearing and rapid changeover loading of top covers. In the photovoltaic field, through dual-machine collaboration and integrated control, programming efficiency is increased by more than 50%, and cycle time is compressed to within 12 seconds/piece.

From precision core to flexible boundaries, iER is extending mature solutions to all industries with an open ecosystem.

Rooted in precision electronics and oriented toward large-scale scenarios such as automotive, lithium batteries, and photovoltaics, ESTUN iER lightweight robots always solve production pain points with high precision, high cycle time, and high flexibility. In the future, the brand will continue to deeply cultivate intelligent manufacturing, rely on an open AI ecosystem and technological iteration to expand application boundaries, and help more enterprises complete transformation and upgrading with hardcore domestic intelligent manufacturing.