54 Portable =link= | Inescop Sipeco Trepa

Before sending data to a cutting tool, the portable system allows designers to simulate material nesting ( anidamiento ) on-site. Technicians can position pieces over leather hides or synthetic rolls digitally to minimize scrap textile waste, significantly reducing material costs. Technical Workflow Checklist

The system is a specialized, mobile digital design solution that modernizes how shoe manufacturers handle pattern-making, scaling, and material cutting. Developed by INESCOP (the Footwear Technology Centre) , this tool bridges traditional manual pattern craftsmanship with automated CAD/CAM factory production. By utilizing a flexible, "portable" software structure—often referenced alongside hardware digital tablets or lightweight 2D scanners—this platform enables designers and manufacturers to digitize physical master shell patterns ("trepas"), automatically grade shoe sizes, and output precise layouts to cutting machinery from anywhere in the workshop. What is INESCOP SIPECO Trepa 54?

The Portable version bridges the gap between classic industrial CAD/CAM terminals and agile, modern workflow requirements.

A dedicated tool optimized specifically for designing, scaling, and cutting shoe insoles and structural midsoles. inescop sipeco trepa 54 portable

Users can input the master "trepa" using standard flatbed scanners or digital drawing tablets. The software utilizes automatic contour detection to instantly map out external edges and internal lines.

: Position the portable digital capture device perfectly parallel to the flat surface to prevent any parallax or lens perspective distortion from altering pattern dimensions.

: While traditionally a desktop solution, INESCOP has increasingly focused on mobile and flexible access through their YourFeet app and digital transformation initiatives. Educational & Industry Resources Before sending data to a cutting tool, the

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+-------------------------------------------------------------+ | INESCOP SIPECO WORKFLOW | +-------------------------------------------------------------+ [Physical Trepa / Shell] ---> [2D Scanner / Digitzer Tablet] | v [SIPECO / ICad2D+ Software] -> (Parametric Modifications) | v [Automatic Size Grading] ----> [Nesting & Optimized Cutting] Key Technical Features & Capabilities

Once the portable setup captures the base pattern size (e.g., a standard sample Size 42), SIPECO’s grading algorithms scale the entire model automatically across your target size run. It factors in proportional rule constraints for width, length, and heel heights to maintain structural integrity across sizes. 3. Material Yield Optimization Developed by INESCOP (the Footwear Technology Centre) ,

The system serves as a baseline platform for the digital transformation of footwear design. In traditional shoemaking, the "trepa" represents the shell pattern or master profile of a shoe design, extracted directly from the physical last.

, footwear businesses ensure they remain competitive, agile, and prepared for the evolving demands of the global market. INESCOP SIPECO TREPA 54 Portable

Automates repetitive tasks in the pattern-making process, allowing for faster prototyping. Enhanced Accuracy:

Before final fabrication, the platform groups production pieces tightly together to minimize material waste on expensive textiles or leather.

You work with hazardous dust (concrete, hardwoods, silica), you need a machine that moves easily between rooms, and you want a 54-liter capacity that means fewer trips to the dumpster.