Bring your parts
Import STL geometry and set quantities for each part type.
ADDITIVE MANUFACTURING · BUILD PLANNING
More room.
Better builds.
Turn 3D part files into constrained, comparable production layouts. Search for lower build heights, plan multiple builds, and balance layer density.
Explore the workflowWorking prototype · Pilot validation
LAYER DISTRIBUTIONSame height
X / Y / Z
Material per layerHeight · Z
Synthetic example. Part count, orientation and build height stay unchanged.
Geometry first.
Production constraints throughout.
A PLANNING WORKFLOW FORAdditive manufacturing teams, production engineers and R&D labs.
FROM FILE TO BUILD
A layout you can inspect.
A search you can continue.
Define the constraints
Set the build area, height limit, minimum spacing, orientation locks and forbidden regions.
Search and compare
Inspect improvement history, pause a search, and continue from the original result.
Balance and export
Redistribute layer load at a fixed height, then export the selected placement as STL or 3MF.
ONE PRODUCT · DIFFERENT OBJECTIVES
Plan the whole build.
Optimization is more than fitting a bounding box. Keep geometry, spacing and the chosen production objective in view.
Build-height search
Explore arrangements for a single build and retain the best valid placements as the search progresses.
Multiple-build planning
Distribute the required quantities across build volumes with an optional upper limit on the number of builds.
Layer-load balancing
Reduce avoidable density peaks through a separate post-process. The height-search checkpoint remains independent.
Saved, inspectable work
Keep local job records, preview results, resume unchanged plans, and manage recorded improvements.
NESTING SOLVER
Built around a real
production problem.
Nesting Solver is an early-stage, founder-led venture started in Türkiye in 2026. We are developing a geometry-aware planning tool for additive manufacturing.
The current product includes a working desktop application and an authenticated web prototype. Development focuses on placement quality, reliable job management and fixed-height layer balancing.
Pilot validation is ongoing. The engineer remains responsible for reviewing the plan against the machine, material and process requirements.