CAD is used for design, and CAM is used for manufacturing. CAD creates parts and drawings. CAM generates toolpaths and CNC code. CAD/CAM combines both functions in one system.

It converts a design into a manufactured part. It improves cutting processes and material usage to produce sheet metal parts more effectively.

Generic CAD/CAM software can create geometries, but it does not usually improve the manufacturing process. CAD/CAM software specialized for sheet metal manufacturing includes machining processes for each machine type, such as straight cutting, bevel cutting, punching, drilling, shearing, forming, and milling, within one environment.

For example, Lantek Expert adapts machining strategies to each technology to reduce errors and make better use of material.

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Current systems can generate programs automatically from CAD models with minimal manual input.

They identify the material type, thickness, and machine, and then apply the strategies defined by the user.

CAD/CAM software with libraries and predefined settings automates much of the work.

It allows users to import designs, apply preset parameters, and start cutting in seconds.

Connections such as those provided by Lantek Expert with MES or ERP systems avoid duplicate data entry and speed up order preparation.

Independent software solutions are compatible with multiple machine brands and provide greater manufacturing flexibility.

Unlike OEM software, they do not restrict use to a single model or control.

For example, Lantek Expert allows users to program machines from different manufacturers in the same environment.

Yes. Some systems allow users to program laser cutting, plasma cutting, waterjet cutting, oxy-fuel cutting, punching, and even bending from a single platform. This supports unified management of the full manufacturing process.

It allows users to review the machining process before sending it to the machine, detect errors automatically, prevent collisions, improve toolpaths, and validate production times.

Nesting places parts on sheets in the most effective layout. It manages and reuses remnants, groups jobs by material and thickness, updates inventory, and sends data to ERP. This improves sheet usage, reduces cost per part, and supports purchasing planning.

It should be modular, support multiple machines and technologies, be compatible with different CAD formats, connect with external systems such as ERP and MES, and adapt to plant growth without requiring the base system to be replaced.

This is especially important in manufacturing environments that continue to evolve. alability is key in rapidly evolving industrial environments.

Yes. Many CAD/CAM systems allow direct import of 3D files in formats such as STEP, IGES, or SAT. This reduces manual errors and speeds up the move from design to manufacturing without losing information.

It includes bending process simulation, collision detection, sequence calculation, tool assignment, and program generation for press brakes. The system also adapts part geometry according to the tool used. These functions allow the process to be validated before production.

CAD/CAM receives manufacturing orders from MES or ERP systems. After nesting, it sends back information about the sheets used and production data to support traceability and reporting.

It improves material usage, reduces programming time, lowers errors, improves production planning, and supports decision-making with accurate data. It also helps companies prepare quotations with greater accuracy.

That is why many metal fabrication companies use solutions such as Lantek.