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A Vertical Honing Machine was developed for high-precision machining applications where spindle accuracy 2-micron.
A SPM manufacturer faced challenges in meeting tight delivery schedules due to long on-site commissioning and frequent design iterations.
A Pick & Place Pillar Equipment was developed to assist shop-floor operators in lifting and handling heavy components safely and efficiently.
A leading automotive component manufacturer planned to increase throughput of its existing cylinder head cleaning line by introducing one more robot for additional cleaning operations.
The Vertical Honing Machine was developed to create a fully integrated manufacturing system consisting of multiple assemblies including the base, spindle & column, expansion, brushing, index table, fixture, rotary union, sensor, guard, and HMI systems.
A global manufacturing company needed to standardize and modernize its training manuals for equipment operation and safety procedures. The existing manuals were in PDF and Word formats, stored in multiple locations, and difficult to maintain.
An SPM manufacturer required a solution to gain better control, visibility, and traceability of highly customized machine-building operations.
A manufacturing company required a centralized system to manage growing engineering and CAD data efficiently.
Design and development of a Vertical Honing Machine (SPM) capable of achieving extremely high machining accuracy with spindle/tool runout limited to 2 microns.
Design Optimization and Performance Validation Using Simulation.
A leading dairy packaging equipment manufacturer faced challenges in maintaining consistent assembly and manufacturing practices for pouch packaging machines.
A water bottle filling and packing line manufacturer implemented Opcenter APS to optimize production planning, improve resource utilization, and ensure on-time machine delivery.
A manufacturer of high-speed bottle filling and capping lines faced difficulty maintaining traceability of critical components in customer-specific machines.
A packaging machine manufacturer specializing in bottle filling, capping, labeling, and end-of-line packing systems was facing challenges in tracking components...
Performance validation of an industrial milk cream separator through CFD and centrifugal flow simulation to optimize separation efficiency and operational performance.
Air seal (induction/pressure seal liner) is used under the bottle cap to prevent leakage, contamination and maintain product shelf life.
Grain silos and storage bins are critical for preserving grain quality and ensuring structural safety.
A dairy processing company required an efficient automated system to convert liquid milk into high-quality milk powder while maintaining nutritional value, reducing moisture content, and improving production consistency.
A dairy equipment manufacturer required the design and optimization of a Milk Cream Separator to improve efficiency, reliability and hygiene.
