Ep 11. Collagen and Plier Staplers
- July 6, 2017
In season 28 episode 11 of How It's Made, viewers are taken on a fascinating journey into the worlds of collagen and plier staplers. The episode is comprised of two distinct segments, each exploring the innovative processes and technologies involved in the creation of these widely-used products.
The first segment focuses on collagen, a natural protein that is commonly used in the fields of medicine, cosmetics, and food. The episode delves into the unique properties of collagen, including its strength and elasticity, and examines the various sources from which it can be derived. Viewers are taken on a tour of a collagen factory, where the protein is carefully extracted, refined, and processed into an array of useful products.
Throughout the segment, viewers learn about the advancements made in collagen production, from the early days of harvesting the protein from animal hides to the use of advanced biotechnology to create synthetic collagen. They also gain insight into the diverse applications of collagen, such as wound care dressings, skin creams, and dietary supplements.
In the second segment, the focus shifts to plier staplers, commonly used in office and industrial settings to join papers, fabrics, and other materials. The episode explores the various components that make up a plier stapler, including the spring, magazine, and anvil, and details the intricate manufacturing processes involved in creating each part.
Viewers are taken inside a factory where plier staplers are produced, watching as machines stamp, mold, and assemble the various pieces into functional staplers. The episode also examines the different types of staples used in plier staplers, their sizes and shapes, and their application in different industries.
Throughout the episode, viewers are treated to detailed explanations of the various processes and technologies that contribute to the creation of collagen and plier staplers. They gain a newfound appreciation for these ubiquitous products, and learn about the innovative manufacturing techniques that make them possible.
