The FDA does not approve silicone materials — it approves devices. Learn what 21 CFR 177.2600, USP Class VI, and ISO 10993 actually mean for medical-grade and food-grade silicone.
The latest biocompatibility ISO 10993 news: ISO 10993-1:2025 published November 2025. New contact-day logic, foreseeable misuse rules, and four device category tables explained.
Compare the strongest plastic for injection molding options. Choose high-impact materials to protect your most sensitive industrial designs.
Learn how side action injection molding creates complex undercuts and internal threads, reducing your assembly costs and improving part quality.
Discover the best injection mold coatings to stop corrosion and cut cycle times in high-volume manufacturing.
Clean room injection molding: ISO 7 allows ≤352,000 particles/m³ at 60 ACH; ISO 8 allows ≤3.52 million at 20 ACH. Complete guide to classes, compliance, and applications.
Discover six reasons why high volume injection molding is the fastest, most cost-effective way to scale your production.
A comprehensive design guide for engineers focusing on precision connector molding: covering material selection, mold design, tight tolerance control and DFM best practices to build high-performance, manufacturable electronic connectors.
Need heat resistant parts? Explore the top resin picks for high temperature injection molding and improve your thermal performance.
Understand film insert molding technology and its advantages for electronics and automotive parts. Find tips on selecting the right partner for your project.
Master precision plastic injection molding for small parts. Learn how advanced tooling and tight tolerances ensure high-performance component reliability.
Master multi-cavity mold balancing with scientific molding principles. Technical guide covering runner design, shear management, and thermal control for precision production.
Medical insert molding fuses metal inserts with biocompatible thermoplastics in one shot. Bond strength 15–40 MPa, IQ/OQ/PQ validation, ISO 13485. Materials guide, DFM rules, applications.
What is co-injection molding? This complete beginner’s guide breaks down its sequential/simultaneous processes, cost-saving benefits, industry applications and comparisons to overmolding/two-shot molding for your plastic part project.
Master design for injection molding with our comprehensive guide: 10 core guidelines, tooling tips, and solutions for common defects—optimize part quality, reduce costs, and boost efficiency.
Explore the world of Mold Tooling for sophisticated electrical components. Get insights into manufacturing molds for complex geometries and thin materials with Fecision’s expertise.
Need high-speed, low-cost plastic parts? This guide to PS injection molding explains everything from material selection to mold design. Learn the process for your next project with expert advice.
Vacuum casting delivers production-quality parts without expensive tooling. Learn the process, material selection, design rules, and applications for rapid, low-volume plastic production.
Learn mold polishing techniques, standards, and best practices for perfect surface finish, durability, and plastic injection mold quality.
Discover Inconel 718: Learn its composition, properties, manufacturing methods, and applications in our comprehensive guide.
Black Oxide vs Phosphate Coating: Understand the coating process, corrosion protection, and cost-effectiveness. Choose the right coating for your product.
Gas assisted injection molding uses nitrogen at 2,000–4,500 psi to create hollow cores, cut material use by 20–40%, and eliminate sink marks. Process guide with parameters.
Discover the types of reamer tools used in machining, from hand reamers to specialty tools. Learn how they work and how to choose the right reamer for your project.
Navigating biocompatibility testing for medical devices? Explore ISO 10993 and USP Class VI standards, including FDA requirements and implications for silicone.
Learn how to reduce shrinkage in injection molding with tips on material selection, mold design, and process optimization for better accuracy.
Discover the main obstacle to passive heat sinks limited heat dissipation and how CNC machining and materials science are solving it.
Discover 12 laser cutting materials—from durable metals and engineered wood to delicate plastics and natural fabrics. Find the best choice for your project!
Discover the best metals for your LSR Injection Mold. Ensure durability, precision, and cost-efficiency with expert material selection tips.
Learn the die casting process, including materials, techniques, and best practices for creating high-quality metal parts with precision and efficiency.
Modern injection molding technology allows EPDM rubber to transform into complex shapes efficiently. Want to know exactly how to do it? Can EPDM rubber be injection molded?
Can laser cut metal? Learn how laser cutting works for metals, its types, benefits, and limitations in this detailed guide. Explore now!
Learn what G Code is and how it controls the machining process in CNC machines. Find out what CNC machining is all about and what makes our services special.
Learn how injection molding works, its parts, step by step process, material options and applications in modern manufacturing.
Discover precision injection molding, its process, benefits, applications, and how it ensures high accuracy in manufacturing complex plastic components.
Discover what micro injection molding is, how it works, its applications, benefits, and why it’s essential for producing precise, tiny components in various industries.
Need a connector that can handle more power without overheating? Learn what high-current pogo pins are and how they solve your power delivery problems.
Learn about die cast metal, its process, benefits and applications. Learn how this manufacturing method creates precise and durable metal parts!
Explore whether mold can grow on stainless steel. Learn about the factors influencing mold growth on this material, including moisture levels, temperature, and surface conditions.
Learn about Stamping Dies: types, design process, and applications across industries. Get expert insights on choosing the right die for your project.
Have you ever wondered ifyou can laser-cut polycarbonate?Discover why it’s not the best option, the risks involved, and the safer alternatives.
Are you struggling to charge your electronic devices? There is an amazing charger that solves these problems, and it is the pogopin charger. Want to know how it does it? Come and find out!
Are you wondering in what direction the Z axis moves on the CNC Machine? Learn how the CNC machine Z axis functions in milling, lathes, and multi-axis setups.
Are you wondering how long injection molding takes? In general, it depends on the material, mold design, and cycle time. Here’s more about it in detail.
CNC Turning is a precise machining process that creates high-quality metal parts. Learn how it works, its benefits, and applications today!
Is Die Cast Aluminum Safe? Get the facts on its safety for cooking and industrial applications, including health risks and guidelines for safe use.
CNC laser cutting is a precise, high-speed manufacturing process that uses a focused laser beam to cut materials like metal, wood, and acrylic with accuracy.
Are you interested in metal extrusion and its types? This page explores its unique features, different types, and why it is popular. Let’s read on!
Learn how to make stamping dies, from design and fabrication to assembly and cost considerations, for efficient, high-quality metal forming in various industries.
Can PET Be Injection Molded? Yes! Learn about PET injection molding, its process, benefits, and best practices for high-quality production.
Can PEEK be injection molded? Let’s find out more about PEEK injection molding, material preparation, temperature control, and challenges associated.
What is a CNC lathe machine? Discover how this precision tool shapes metal and plastic parts with automated cutting and ensures high-quality production.
Discover different types of stamping die, their uses & benefits in manufacturing. Learn how they enhance precision metal forming processes.
Are you looking for a way to make an injection mold? Here’s a step-by-step guide, from design to manufacturing, which you can follow to make one.
Discover the precision of CNC Electrical Discharge Machining (EDM) for complex shapes and hard materials. Learn about its process, advantages, applications, and cost comparisons with other machining methods.
Learn how pogo pins, those small but powerful connectors, are used to make sure that electrical connections work well in various businesses and technologies.
Discover different Types of Heat Sink categorized by airflow, material, use of water, and manufacturing process. Learn how to choose the best heat sink for your project.
Are you wondering how long an injection mold lasts? Discover the average lifespan of injection molds and the factors that affect the lifespan.
Learn about Pogo pins and their growing role in electronics. What are Pogo pins used for, their types, benefits and how to choose the right Pogo pins.
USP Class VI is the strictest of six plastics classes under USP <88>. Learn the three in vivo tests, which materials qualify, how it differs from ISO 10993, and why it matters for medical devices.
LSR injection molding injects platinum-cured silicone at 100–1,000 bar into a 170–230°C mold, curing in 30 s–2 min. Complete guide: process, Wacker grades, FDA/ISO compliance.
