is a leading technology center based in Alicante, Spain, dedicated to research and innovation for the footwear industry. Since the late 1980s, the institute has been developing specialized CAD-CAM systems to modernize shoemaking processes. Their software solutions are used by over 1,000 footwear companies across 27 countries worldwide.
Manual grading across a wide run of shoe sizes is notoriously prone to scaling errors. The software automatically applies complex grading rules across international size metrics, preserving critical technical constraints (such as keeping proportional hardware spacing or standard heel heights uniform across a size range). 4. Material Yield Nesting and Optimization
A basic version for elemental pattern making and automatic scaling. inescop sipeco trepa 54 portable
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A: Yes, the Windows 11 IoT version handles lightweight CAD viewing and editing. However, for heavy rendering, it is best used as a remote client for a workstation. is a leading technology center based in Alicante,
: Once standard sizing constraint parameters are configured, the system takes the trepa and generates all standardized regional sizing variations instantly.
: Derived pieces are organized to maximize area utilization on expensive natural leathers or synthetics, dropping overhead manufacturing waste significantly. Manual grading across a wide run of shoe
, which can precisely cut materials like leather, fabric, or "deep paper" (heavy-duty pattern paper) based on the software's output. Portable/Scanner Solutions portable 3D scanners
: Eliminates human error in the scaling process, ensuring consistent fit across all shoe sizes. Industry Standard
[Physical Master Trepa] ➔ [Scanner / Digitizing Tablet] ➔ [Sipeco Trepa 54 Software] ➔ [Dynamic Auto-Scaling] ➔ [Nest Optimization & CAM Cut] Digital Capture and Input
In traditional and digital footwear engineering, a refers to the flattened, 2D master pattern of a shoe. It represents the standard geometry obtained by masking a 3D shoe last (the physical mold of a foot), drawing design lines directly onto it, and flattening that surface into a 2D plane.
