Industrial Technology

1. Executive Summary: The Industrial Transition of Resin 3D Printing As manufacturing sectors demand tighter tolerances, faster time-to-market, and customized end-use parts, vat polymerization—commercially referred to as resin $3\text{D}$ printing—has matured into a dominant industrial process. Able to produce isotropic, high-resolution, and complex structures, it directly challenges traditional plastic injection molding. By employing specific wavelengths […]

1. Introduction: The Industrial Shift in Polymer Additive Manufacturing Additive manufacturing has transitioned from a rapid prototyping novelty into a critical, production-ready factory tool. Today, shop floors, research labs, and supply chains rely on polymer-based 3D printing to bypass traditional machining, reduce tooling lead times, and control operational costs. For B2B procurement managers, engineers, and

Author: Felix Lee, CEO at Forgecise Published on: June 12, 2026 Category: Advanced Additive Manufacturing & B2B Engineering Reading Time: 15 minutes I. Introduction: The Race to Miniaturization in Advanced Manufacturing In advanced manufacturing, miniaturization is a key way to stand out in high-value sectors like semiconductor packaging, medical devices, aerospace, and telecom. For B2B

Author: Felix Lee, CEO at Forgecise (Additive Manufacturing Specialists) Published: June 11, 2026 Direct Answer (How long to cure resin prints?) Post-curing times for vat polymerization resin prints range from 7 minutes for thin elastomeric parts cured in water to 3 hours of thermal post-baking for high-performance engineering resins. The exact curing duration is determined

I. Introduction: The Industrial Shift in Additive Manufacturing For decades, the question of how to use a 3D printer was answered in the context of rapid prototyping—building cheap plastic mockups to sit on designers’ desks. Today, as CEO of Forgecise, I am witnessing a monumental, permanent shift. B2B organizations have moved past experimentation, entering a

Quick Summary (TL;DR ) Why can’t a 3D printer have floating layers? In material extrusion (FDM/FFF) and vat photopolymerization (SLA/DLP), a “floating layer”—a horizontal layer initiated in mid-air without vertical support—cannot exist because of gravity, viscoelastic fluid dynamics, and thermodynamics. Extruded polymers in their molten state cannot establish a normal opposing force to counter gravitational

Executive Summary & Key Takeaways Is 3D printer resin toxic? Yes. In its liquid, unpolymerized state, photopolymer resin is highly toxic. It poses severe acute and chronic occupational risks, including cumulative skin sensitization (contact dermatitis), respiratory hazards from Volatile Organic Compounds (VOCs) and Ultrafine Particles (UFPs), and severe chemical burns. To mitigate these liabilities, commercial

About the Author Felix Lee is the CEO of Forgecise, an enterprise additive manufacturing consultancy. With over fifteen years of hands-on experience running industrial 3D printing labs, Felix works with global manufacturers to scale Stereolithography (SLA) workflows, manage chemical safety, and build closed-loop solvent recycling systems. The Post-Processing Bottleneck in B2B Additive Manufacturing In B2B

1. Introduction: The Post-Processing Bottleneck in B2B Operations In industrial stereolithography (SLA) and digital light processing (DLP) additive manufacturing, the spotlight is often shone on print speed and layer resolution. However, the true bottleneck to scaling production lies in post-processing. For enterprise-level manufacturers, medical device laboratories, and aerospace engineering service bureaus, post-printing operations account for

Author’s Note (Felix Lee, CEO at Forgecise): “In industrial manufacturing, the question ‘What is the strongest resin for 3D printing?’ is one of the most common—and most frequently misunderstood—inquiries we receive. True mechanical performance is never defined by a single number on a datasheet. It is the result of matching specific chemical networks with physical