Additive Manufacturing Equipment

Industrial additive manufacturing equipment must deliver more than performance — it must be engineered for safe, compliant operation in industrial environments. Differentiation comes from designing equipment with safety built in, validated through independent assessment, and aligned with U.S. fire code requirements from the outset.

Faster deployment by equipment level validation

Addressing fire, electrical, mechanical and material hazards at the equipment level can help manufacturers streamline approvals, reduce installation risk and avoid costly retrofits. The result is additive manufacturing equipment that meets production demands while satisfying safety expectations of regulators, code authorities, insurers and end users — enabling faster deployment, greater trust and long-term operational confidence.

By integrating safety engineering, third-party validation and documented compliance with applicable U.S. fire codes and standards, additive manufacturing equipment can move from innovative to industry-ready. This includes addressing hazards related to powders, resins, energy sources, ventilation, fire suppression and operational controls — before installation and commissioning.

Priority code alignment

Manufacturers that prioritize code alignment and independent validation gain a competitive advantage: faster approvals, fewer retrofits, reduced downtime and greater trust across the value chain. The result is additive manufacturing equipment that performs at scale, but is designed to operate safely, compliantly and reliably in real-world industrial environments.