Industry Expertise

  • How Admorp Influences the world

Industry Expertise

At Admorp, our expertise in Packaged Equipment Design centers on developing compact, integrated systems tailored to maximize operational efficiency. We deliver robust Earth-Moving Equipment Design solutions, engineered specifically for heavy-duty machinery and challenging field applications. Additionally, Admorp specializes in Material Handling Systems, providing end-to-end designs that ensure the safe and efficient movement of goods across diverse industrial environments.

Building on these strengths, Admorp offers advanced Conveyor Automation services featuring smart, scalable solutions designed to optimize industrial workflows. Our Equipment Layout Design focuses on maximizing space utilization and improving process flow, while our precise 3D Modelling of Equipment capabilities enable accurate, detailed visualizations for effective design validation and decision-making.

Skid Steer Tree Shear

Admorp’s design team has extensive experience working with leading automotive manufacturers worldwide. This global exposure enables us to understand and address the unique requirements and expectations of diverse clients, delivering design solutions that align with international standards and consumer preferences.

Vertical Form Fill Seal (VFFS)

Our designers are not only technically proficient but also highly attuned to aesthetic values. With a strong foundation in design principles, they create concepts that are as striking as they are functional — reflecting both innovation and the latest industry styles.

Engineering Design & Optimization

We delivered optimized designs for the Skid Steer Tree Shear and VFFS system through 3D modeling, reverse engineering, and cost-efficient fabrication solutions.

Material Handling Equipment Design & Development

Our projects encompassed Scissor Lift, Reach Truck, and Pallet Truck, each tailored to meet specific client requirements. We began by capturing customer inputs such as lift height (raised and lowered positions), load capacity, and operational conditions. Based on these, we prepared preliminary proposal drawings for client review and approval.

For the hydraulic systems, we conducted detailed push force calculations to determine appropriate cylinder specifications. Comprehensive strength and durability analyses were performed using SolidWorks simulation tools to validate structural performance under different loading scenarios.

Following validation, we created detailed fabrication drawings ensuring manufacturability and compliance with industry standards. The final deliverables included a complete design package consisting of optimized 3D CAD models and 2D fabrication-ready drawings, enabling seamless transition from design to production.