Have you ever looked at a pile of raw material—plywood, foam, metal sheets, or even complex composite blocks—and wondered if there’s a smarter way to cut your parts?
In furniture manufacturing or mold making, parts are often cut from solid blocks or thick slabs.
At its core, nesting is the process of arranging multiple parts within a defined space to minimize waste.
In the world of manufacturing, waste is the enemy of profit. While "nesting" has long been a staple in 2D industries (like sheet metal or textile cutting), the rise of additive manufacturing and complex multi-axis machining has given birth to a specialized niche: .
Have you ever looked at a pile of raw material—plywood, foam, metal sheets, or even complex composite blocks—and wondered if there’s a smarter way to cut your parts?
In furniture manufacturing or mold making, parts are often cut from solid blocks or thick slabs.
At its core, nesting is the process of arranging multiple parts within a defined space to minimize waste.
In the world of manufacturing, waste is the enemy of profit. While "nesting" has long been a staple in 2D industries (like sheet metal or textile cutting), the rise of additive manufacturing and complex multi-axis machining has given birth to a specialized niche: .