The Nesting Expert

Industrial nesting algorithms powering digital manufacturing

In industrial cutting and manufacturing, material optimization is not a detail — it is a strategic performance driver.

Automatic nesting algorithms determine how parts are arranged on raw material sheets before cutting. The quality of these algorithms directly impacts material usage, machine productivity, production cost and sustainability.

Almacam Nesting Component is the technological core of the Almacam Components family. It embeds more than 45 years of research and industrial experience in CAD/CAM software and cutting optimization algorithms.

Designed for software publishers, machine builders and digital manufacturing platforms, this industrial nesting engine enables developers to integrate high-performance true-shape nesting directly into their software applications.

Why nesting performance matters in industrial cutting

In manufacturing, even extremely small improvements in nesting efficiency generate significant economic impact.

A gain of 0.1% to 0.5% in material utilization may appear marginal, but at industrial scale it becomes a decisive competitive advantage.

For companies processing thousands of tons of raw material per year, a small improvement in nesting efficiency can represent tens of tons of material saved annually, along with reduced logistics, storage and waste management costs.

This is why nesting algorithms are now considered a core technology in modern cutting software and equipment.

High-performance nesting delivers measurable benefits:

• Reduced raw material consumption

• Higher machine productivity

• Shorter cutting cycles

• Lower operational costs

• Improved sustainability

For machine builders and software publishers, these improvements translate directly into stronger value propositions for their customers.

Almacam Nesting Component: The core technology of Almacam Components

The Almacam Nesting Component is a true-shape automatic nesting engine designed to be embedded into CAD/CAM software, quotation web platform or industrial cutting applications.

It optimizes the placement of complex 2D parts on raw material sheets to maximize material utilization while respecting manufacturing constraints.

Unlike end-user applications, this component is a software engine integrated inside third-party software platforms.

It provides developers with a ready-to-integrate nesting technology without having to build and maintain their own optimization algorithms.

Key features:

• True-shape 2D nesting for complex geometries
• Industrial-grade algorithms proven in real production
• Easy integration into CAM or manufacturing software
• Configurable constraints to match industrial processes
• Reliable performance on large and complex nestings

From machine performance to software intelligence

For decades, cutting machines evolved mainly through mechanical improvements: faster axes, more precise motion systems, stronger cutting heads.

Today, innovation increasingly comes from embedded software intelligence.

Manufacturers and software developers who integrate advanced nesting algorithms can significantly improve:

• material efficiency
• machine throughput
• production automation
• sustainability performance

In this context, optimization algorithms become a key differentiator in industrial software platforms.

Discuss with Components’ Experts

45 years of research in nesting algorithms

The expertise behind Almacam Components originates from more than four decades of research and industrial collaboration in CAD/CAM and cutting optimization.

The first developments began in 1979 with applied mathematics research on automatic nesting algorithms, which later evolved into industrial software used by machine builders and manufacturing companies worldwide.

Since then, continuous R&D has focused on:

• improving nesting efficiency
• accelerating computation speed
• handling increasingly complex geometries
• integrating real production constraints

This long-term expertise is now embedded inside the Almacam Nesting Component, delivering reliable industrial performance for modern digital manufacturing platforms.

Why integrate Almacam Nesting Component into your software?

Developing an industrial nesting algorithm internally requires years of expertise in mathematics, geometry and manufacturing processes.

By integrating Almacam Nesting Component, software developers can:

• accelerate product development
• reduce R&D complexity
• provide advanced cutting optimization features
• ensure reliable industrial performance
• continuously benefit from algorithm improvements

The result is faster time-to-market and stronger software capabilities.