In-depth manufacturing trends, technical guides, and design best practices to help you make smarter manufacturing decisions.
In-depth guides and white papers on manufacturing processes including 3D printing, CNC machining, injection molding, and sheet metal fabrication.
The best Rapid Prototyping route is the least expensive prototype that answers the current design question. Define whether the build must verify appearance, fit, function or production risk before selecting a process.
3D Printing creates value when geometry, volume, revision frequency and functional requirements fit additive manufacturing. This guide connects process, material, design and inspection decisions.
End-Use Production creates value when geometry, volume, revision frequency and functional requirements fit additive manufacturing. This guide connects process, material, design and inspection decisions.
Overmolding is easiest to control before tooling release. Align material, wall thickness, ejection, gating and acceptance criteria so appearance, dimensions and cycle time are considered together.
Industry 4.0 should start with a measurable manufacturing problem, not a software purchase. Define the data source, owner and success metric, then prove the workflow with a focused pilot.
Product Strategy should start with a measurable manufacturing problem, not a software purchase. Define the data source, owner and success metric, then prove the workflow with a focused pilot.
CNC Machining economics depend on material, setups, tolerance and quantity. Prototypes prioritize speed and flexibility; production requires fixture, tool-life and inspection planning.
On-Demand Manufacturing is useful only when critical parts can actually switch during a disruption. Map single-source exposure, recovery time and qualification cost before choosing a backup strategy.
DfAM creates value when geometry, volume, revision frequency and functional requirements fit additive manufacturing. This guide connects process, material, design and inspection decisions.
Practical guides for optimizing part design, covering tolerances, wall thickness, thread design, surface finishes, and other key design elements.
Moldability is easiest to control before tooling release. Align material, wall thickness, ejection, gating and acceptance criteria so appearance, dimensions and cycle time are considered together.
Moldability is easiest to control before tooling release. Align material, wall thickness, ejection, gating and acceptance criteria so appearance, dimensions and cycle time are considered together.
Scientific Molding is easiest to control before tooling release. Align material, wall thickness, ejection, gating and acceptance criteria so appearance, dimensions and cycle time are considered together.
Part Consolidation creates value when geometry, volume, revision frequency and functional requirements fit additive manufacturing. This guide connects process, material, design and inspection decisions.
Cosmetic Finish is easiest to control before tooling release. Align material, wall thickness, ejection, gating and acceptance criteria so appearance, dimensions and cycle time are considered together.
Sheet Metal failures often appear after bending, when holes, angles or assembly datums shift. Review thickness, inside radius, feature spacing and joining before releasing the flat pattern.
Compare and select the best materials for your project—from engineering plastics to metal alloys—with comprehensive analysis of material properties and applications.
Metal AM cannot be selected from the highest datasheet value alone. Service temperature, load, chemical exposure, process and inspection method define the practical shortlist.
Material Selection cannot be selected from the highest datasheet value alone. Service temperature, load, chemical exposure, process and inspection method define the practical shortlist.
Thermoplastic cannot be selected from the highest datasheet value alone. Service temperature, load, chemical exposure, process and inspection method define the practical shortlist.
Material Alternatives cannot be selected from the highest datasheet value alone. Service temperature, load, chemical exposure, process and inspection method define the practical shortlist.
LSR is easiest to control before tooling release. Align material, wall thickness, ejection, gating and acceptance criteria so appearance, dimensions and cycle time are considered together.
Metal Fabrication cannot be selected from the highest datasheet value alone. Service temperature, load, chemical exposure, process and inspection method define the practical shortlist.
The latest market trends, technology innovations, and industry analysis reports in manufacturing—stay ahead of digital manufacturing's future.
Innovation matters when a change affects cost, lead time, quality or customer requirements. This report turns broad signals into small tests a product team can evaluate before scaling.
3D Printing matters when a change affects cost, lead time, quality or customer requirements. This report turns broad signals into small tests a product team can evaluate before scaling.
Product Development matters when a change affects cost, lead time, quality or customer requirements. This report turns broad signals into small tests a product team can evaluate before scaling.
3D Printing 2023 matters when a change affects cost, lead time, quality or customer requirements. This report turns broad signals into small tests a product team can evaluate before scaling.
Supply Chain is useful only when critical parts can actually switch during a disruption. Map single-source exposure, recovery time and qualification cost before choosing a backup strategy.
Electric Vehicles is a system trade-off across performance, mass, thermal management, joining, validation and supply capability. Compare options against one shared set of targets and tests.
Automotive is a system trade-off across performance, mass, thermal management, joining, validation and supply capability. Compare options against one shared set of targets and tests.
Aerospace process selection must align with the regulatory path, material evidence, validation plan and change control. Early models can favor speed; representative test parts require controlled records.
Medical process selection must align with the regulatory path, material evidence, validation plan and change control. Early models can favor speed; representative test parts require controlled records.
