Product
Advanced CAD/CAM for high-performance nesting, routing and 2.5-axis machining of aluminium sheets, wood panels and soft materials.
Almacam Routing is a specialized CAD/CAM solution for industrial companies with substantial nesting requirements and small- to medium-series production. It combines high-performance automatic nesting with routing and 2.5-axis machining for aluminium sheets, wood panels and other soft materials.
The software automates machining preparation, optimizes nesting and machining sequences, and manages the technological capabilities of the routing machine. Dedicated functionality addresses the specific requirements of both wood-panel production and aluminium routing, from suction constraints and multi-side machining to multi-layer processing, screwing, riveting and micro-junctions.
Key features
Automatically recognize geometry and assign machining operations directly to 3D CAD-designed wood parts. Define configurable machining strategies to reduce preparation time and standardize programming across production.
Automatically nest parts using multiple built-in nesting strategies while optimizing machining sequences. In a streamlined workflow, programmers can nest parts, optimize the machining order and generate the NC program.
Manage drilling, grooving and other routing operations while considering the technological capabilities of the machine as soon as machining is assigned. The software supports nested-part production together with complementary machining on individual parts.
Manage wood-specific requirements such as suction constraints and top-side, bottom-side and edge machining, as well as aluminium-specific processes including multi-layer nesting, screwing, riveting and micro-junctions.
Benefits
Use cases
Optimize aluminium-sheet nesting and manage multi-layer machining, screwing, riveting and micro-junction strategies for demanding aerospace production.
Automatically prepare and nest routed components for yachts, recreational vehicles, kitchens, offices and other interior applications.
Manage top-side, bottom-side and edge machining, together with complementary operations on individual parts.
Automate machining preparation, nesting and sequencing for manufacturers producing large varieties of routed parts in changing quantities.
Optimize aluminium-sheet nesting and manage multi-layer machining, screwing, riveting and micro-junction strategies for demanding aerospace production.
Automatically prepare and nest routed components for yachts, recreational vehicles, kitchens, offices and other interior applications.
Manage top-side, bottom-side and edge machining, together with complementary operations on individual parts.
Automate machining preparation, nesting and sequencing for manufacturers producing large varieties of routed parts in changing quantities.
Optimize aluminium-sheet nesting and manage multi-layer machining, screwing, riveting and micro-junction strategies for demanding aerospace production.
Automatically prepare and nest routed components for yachts, recreational vehicles, kitchens, offices and other interior applications.
Manage top-side, bottom-side and edge machining, together with complementary operations on individual parts.
Automate machining preparation, nesting and sequencing for manufacturers producing large varieties of routed parts in changing quantities.
Compatibility
Cori
Dimeco
Ficep
Finn Power
Kaltenbach
Peddinghaus
Rainer
Trumpf
Vernet Behringer
Voortman
Whitney
Cori
Dimeco
Ficep
Finn Power
Kaltenbach
Peddinghaus
Rainer
Trumpf
Vernet Behringer
Voortman
Whitney
Cori
Dimeco
Ficep
Finn Power
Kaltenbach
Peddinghaus
Rainer
Trumpf
Vernet Behringer
Voortman
Whitney
FAQ
Common Questions
Almacam Routing is designed for routing and 2.5-axis machining of aluminium sheets, wood panels and other soft materials.
Yes. The dedicated wood module combines geometry recognition with automatic machining assignment directly on 3D CAD-designed parts, reducing preparation time.
Almacam Routing supports routing-machine technological functions and machining operations such as drilling and grooving, together with complementary machining on individual parts.
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