Insights
'Insights' Category (50)
Insights
What Is Vacuum Casting? Process, Pros & Cons, and Materials
Vacuum casting (urethane casting) explained — the process, advantages and limitations, available materials, and when it's the right choice for low-volume parts and pre-production validation.
2026.06.22
Insights
Ordering Custom Parts from Korea: Shipping, Lead Time, and Customs — What to Expect
Ordering custom parts from Korea? Learn what to expect with Creallo’s clear guide on lead times, express shipping, customs/tariffs (DAP), and USD payment methods.
2026.06.18
Insights
What Is Two-Shot Injection Molding? Process, Materials, Cost, and How to Validate Prototypes Before Production
Two-shot injection molding bonds two materials in one cycle to make a single part. Learn how it works, common ABS/TPU pairings, tooling cost, and how to validate multi-material prototypes with vacuum casting before production.
2026.06.09
Insights
Aluminum Finishes: Why Your Post-Processing Dictates Material Selection
Discover the industry-standard aluminum surface finishes (Type II/III anodizing, chem film, powder coating) and how post-processing impacts your material selection.
2026.06.02
Insights
Product Development: A Complete Guide from Concept to Mass Production
A complete B2B product development guide—covering planning, design, prototyping, and mass production for efficient and scalable manufacturing.
2026.05.14
Insights
Comparison of 3D Printing Technologies: FDM, SLA, SLS, MJF and SLM
Discover the key differences between major 3D printing technologies—FDM, SLA, SLS, MJF, and SLM. Learn how each method compares in print quality, material properties, and ideal applications.
2026.05.14
Insights
Why Engineers Choose 3D Printing for Prototyping: A Process Comparison Guide
Compare FDM, SLA, SLS, CNC machining, and vacuum casting for prototyping. Learn which process fits each development stage — from concept models to functional validation and low-volume production.
2026.05.07
Insights
Sheet Metal Fabrication Design Guide: Processes, Materials, and Cost-Saving Tips
A practical sheet metal design guide for engineers. Covers bend radius, K-factor, hole placement, material selection, and tips to reduce fabrication costs.
2026.04.30
Insights
Reducing Lead Times: How to Leverage Creallo’s AI-Powered Real-Time DFM Analysis
Optimize your hardware development cycle with Creallo’s AI-powered DFM analysis. Learn how to reduce lead times and production costs by identifying manufacturing risks in real-time before moving to production.
2026.04.09
Insights
3D Printing Wall Thickness Guide: Minimum Requirements by Process and Material
Learn the importance of wall thickness in 3D printing. This guide explains minimum thickness by process such as SLA, SLS and SLM, plus practical design tips for reliable prototypes.
2026.03.05
Insights
The Procurement Shift: Why Infrastructure is the New ROI
Stop managing vendors and start leveraging infrastructure. Our 2026 Procurement Guide explores why integrated operational velocity is the ultimate risk mitigation strategy for modern sourcing leaders.
2026.02.27
Insights
From Precision Transparent Parts to Prototypes: High-Quality Transparent 3D Printing Beyond CNC
Master transparent 3D printing for complex optics and prototypes. Learn about SLA features, quality factors, and essential design tips for high-clarity parts.
2026.02.09
Insights
What Is ABS Resin? A Practical Comparison with Polycarbonate (PC)
Compare ABS and polycarbonate (PC) from a CNC machining perspective. Learn how material properties affect machinability, performance, and production scalability.
2026.01.29
Insights
A Guide to Selecting SLA and SLS 3D Printing Processes for Prototyping
Learn how to choose between SLA and SLS 3D printing based on prototyping goals. Compare accuracy, materials, tolerances, and scalability for industrial prototypes.
2026.01.21
Insights
From Prototyping to Production: Why SLS 3D Printing Is Chosen for Drone Manufacturing
Discover why SLS 3D printing is chosen for drone manufacturing—from functional prototyping to low-volume production—delivering lightweight, strong, and repeatable flight-ready parts.
2026.01.06