Engineering Insights
SLS 3D printing knowledge for engineering decisions
Practical articles on SLS materials, part design, functional prototypes, short-run production, and post-processing from the TPM3D engineering team.
Material selection
Compare PA12, PA11, PA12GB, surface finish, and application tradeoffs before quoting.
Design for SLS
Wall thickness, snap fits, inserts, holes, tolerances, and common failure prevention.
Production decisions
When SLS beats CNC, SLA, MJF, or low-volume molding for functional nylon parts.
Article Library
Guides by engineering use case
Use these guides before RFQ submission to reduce revision cycles and make material, process, and finishing choices clearer.
How to Read an SLS Material TDS for Printed Parts
Learn how to read an SLS material TDS by checking grade identity, specimen condition, print process, test method and evidence limits before selecting a powder.
SLS Functional Part Testing: Coupon-to-Assembly Plan
Build an SLS functional-part test plan that links coupons, representative features, finished parts and assemblies to written acceptance criteria.
SLS Lattice Footwear: DFM and Validation Guide
Plan SLS lattice footwear prototypes by defining the test objective, exact material, geometry controls, finishing, inspection and representative validation.
SLS Automotive Nylon Parts: DFM & Validation Guide
Evaluate SLS automotive nylon parts by application requirements, exact material grade, controlled interfaces, inspection and representative validation.
SLS Post-Processing and Inspection Checklist
A practical checklist for choosing SLS post-processing, defining inspection requirements, and preparing an RFQ for functional nylon parts.
SLS End-Use Nylon Parts: Qualification Checklist
Qualify SLS nylon parts for end use by defining requirements, selecting an exact grade, controlling production, inspecting critical features and validating the assembled part.
SLS 3D Printing for Robot Grippers and EOAT
Evaluate SLS for robot grippers and end-of-arm tooling by load case, interfaces, environment, material evidence, inspection and validation.
SLS 3D Printing for Orthotics and Prosthetics
Explore how SLS 3D printing supports custom orthotics and prosthetics with digital workflows, lightweight geometry, PA11 materials, and scalable production.
How Cirp Expanded Small-Series Automotive Production with Industrial SLS
See how German additive manufacturing specialist Cirp expanded small-series automotive production with industrial SLS, PA11 materials, and controlled powder management.
How to Reduce SLS 3D Printing Costs
Reduce SLS 3D printing costs with practical design changes for hollowing, powder escape, nesting, assembly consolidation, and batch production.
When to Use Threaded Inserts in SLS Parts
Learn when threaded inserts make more sense than printed threads in SLS nylon parts, especially for repeated assembly, service access, torque retention, and customer-facing products.
How to Prepare a Better RFQ for SLS 3D Printing
Practical RFQ guide for SLS 3D printing covering files, critical features, material priorities, finishing notes, and quantity planning.
SLS vs. CNC Machining for Functional Prototypes
Compare SLS and CNC machining for functional prototypes by lead time, geometry freedom, material realism, and low-volume decision-making.
PA12GB vs. PA12 for Structural SLS Parts
Compare PA12GB and PA12 for structural SLS parts by stiffness, dimensional stability, feature behavior, assembly loads, and best-fit industrial applications.
Designing Cable Clips and Routing Features for SLS Parts
Design better cable clips, retention tabs, and routing paths for SLS nylon parts by controlling flexibility, edge treatment, assembly access, and service behavior.
Common Reasons SLS Parts Fail in Testing and How to Prevent Them
Learn the most common reasons SLS nylon parts fail in testing and how to prevent those issues through better design, material selection, and assembly planning.
Best SLS Material for Snap-Fit Parts: PA12, PA11, or Reinforced Nylon?
Choose the best SLS material for snap-fit parts by comparing PA12, PA11, and glass-filled nylon through real flexible-feature behavior, assembly loads, and repeated-use requirements.
SLS vs. MJF 3D Printing: Understanding the Differences
Compare Selective Laser Sintering (SLS) and Multi Jet Fusion (MJF) to determine which powder-bed 3D printing technology is best for your manufacturing needs.
Lightweighting Drones and UAVs with SLS 3D Printing
Explore how drone manufacturers use SLS 3D printing to reduce weight, consolidate parts, and rapidly iterate aerodynamic designs.
Designing Living Hinges for SLS 3D Printing: Material, Geometry, and DFM Rules
A practical engineering guide to designing durable living hinges with SLS 3D printing, including PA11 material choice, hinge thickness, print orientation, radii, testing, and RFQ notes.
How to Design Snap-Fits for SLS 3D Printing: Engineering Guide
Step-by-step guide to designing reliable snap-fit joints for SLS 3D printed parts. Learn cantilever design, deflection limits, material selection (PA12/PA11), and assembly optimization.
SLS Sustainability: Evidence and LCA Checklist
Evaluate SLS environmental impact with a defined life-cycle boundary, measured material and energy inputs, powder records, logistics and comparable alternatives.
SLS vs SLA 3D Printing: Complete Technology Comparison Guide
Comprehensive comparison of SLS vs SLA 3D printing technologies. Learn material differences, accuracy, cost analysis, surface finish, mechanical properties, and ideal use cases for each.
PA12 vs PA11 for SLS: Selection Guide and Evidence Checklist
Compare SLS PA12 and PA11 by grade, load case, environment, finish, and validation evidence. Use this guide to shortlist a material without treating family-level claims as guaranteed printed-part performance.
SLS Design Guidelines: Evidence-Based DFM Checklist
Review SLS walls, features, holes, powder removal, interfaces, orientation, finish and files without treating universal dimensions as production guarantees.
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