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How Design For Manufacturability (DFM) Enhances Injection Molding Efficiency

Design for Manufacturability (DFM) is an engineering approach focused on designing products that streamline the manufacturing process, minimize production costs, and maximize efficiency—without sacrificing quality or functionality. This methodology is particularly crucial for producing complex plastic parts with high yields and minimal waste. When applied effectively, DFM can reduce costs by 10% to as much … How Design for Manufacturability (DFM) Enhances Injection Molding Efficiency

Use High-Precision Injection Molded Internal Frames To Ensure High-Performance Electrolyzers

Rely on an experienced and innovative plastic injection molder, such as TechNH, to meet frame requirements As efforts continue to slow the impact of climate change by substantially reducing the use of fossil fuels, hydrogen has emerged as a source of clean, non-carbon dioxide generating energy. Hydrogen is generated using the process of electrolysis in … Use High-Precision Injection Molded Internal Frames to Ensure High-Performance Electrolyzers

The Key To Seamless Tool Transfers: Risk Mitigation And Expertise

In today’s competitive manufacturing landscape, maintaining a reliable supply chain of high-quality plastic injection molded components is critical to a company’s success. Challenges such as declining quality, delivery delays or increased costs can jeopardize business operations and customer satisfaction. In these situations, transferring tooling to a new plastic injection molder becomes necessary to safeguard operations … The Key to Seamless Tool Transfers: Risk Mitigation and Expertise

Metal-to-Plastic Conversion: Benefits Of Plastic Injection Molding With TechNH

Converting a metal part to a plastic injection molded part can offer significant advantages for companies across various industries. TechNH specializes in converting metal parts to high-performance plastic alternatives, delivering results that improve performance while cutting costs. Cost reduction is not the only benefit of switching from metal to plastic. Plastic parts are lighter weight … Metal-to-Plastic Conversion: Benefits of Plastic Injection Molding with TechNH

TechNH Uses Scientific Plastic Injection Molding To Optimize Your Part Quality

When you contract with TechNH to have a plastic part made, you can use the company’s expertise to define the optimum requirements for your application. TechNH engineers can design your part, develop a customized mold for the part and define the injection molding process. The company also offers secondary services such as testing to ensure … TechNH Uses Scientific Plastic Injection Molding to Optimize Your Part Quality

A Short History & Basic Description Of Plastics Injection Molding

Injection molding started in the late 1860s with a product called celluloid (made of plant cellulose and camphor) used as a replacement for ivory in billiard balls. The heated celluloid was pushed through a plunger into a mold. In 1912 Leo Baekeland made the first synthetic plastic, it had a phenol base he named it … A Short History & Basic Description of Plastics Injection Molding

Common Terms Within The Injection Molding Industry

Understanding the technical landscape of the injection molding industry requires familiarity with some specialized terms. Each term carries specific implications for the design, execution, and quality control of manufacturing processes. This article offers a glossary of common terms you’ll encounter within the injection molding industry. Whether you are a professional in the field or someone … Common Terms within the Injection Molding Industry

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