Build strategy
Orientation, section thickness, support, and thermal behavior influence stability and build risk.
Substantial tooling and polymer components
Large parts require more than a larger build envelope. Stratum reviews distortion risk, load path, section strategy, interfaces, handling, material behavior, and whether a one-piece or segmented construction produces the better manufacturing result.
Common applications
Every project is evaluated against the supplied geometry, application, material, quantity, critical features, and acceptance criteria.
Engineering review
Useful quotes depend on the functional requirements behind the model. These factors are reviewed before a process is committed.
Orientation, section thickness, support, and thermal behavior influence stability and build risk.
Dividing a part can improve manufacturability, shipping, serviceability, or interface control.
Large components need practical lifting, support, packaging, and installation considerations.
Machined inserts, bonded interfaces, locating features, or secondary finishing may be appropriate.
RFQ to delivery
Engineering-polymer and reinforced-polymer options are evaluated for the component's size, stiffness, environment, joining method, and functional requirements.
Review material categories →Review overall size, geometry, function, interfaces, environment, and delivery requirements.
Evaluate one-piece, segmented, or hybrid construction.
Define material, orientation, joining, finishing, and inspection scope.
Build, assemble as quoted, inspect, and package for shipment.
Project questions
Maximum build size and practical construction method depend on geometry, material, orientation, and risk. Send the model for a project-specific review.
Yes. Segmented construction can be a sound engineering choice when joint design, alignment, loading, and finishing are considered from the start.
Yes. Inserts, fasteners, frames, plates, and other hybrid features can be evaluated as part of the complete assembly.
READY FOR TECHNICAL REVIEW?