Molting
The shedding of the exoskeleton in insects is called molting or ecdysis. This process allows the insect to grow larger and is essential for development and survival. During molting, the old exoskeleton is shed and a new, larger one is formed underneath.
Molting, or in Latin, ecdysis (meaning 'to strip'!).
The shedding process of a lobster is called molting. During molting, the lobster sheds its hard exoskeleton in order to grow a new, larger one. This process allows lobsters to grow and regenerate damaged parts of their exoskeleton.
Through shedding their exoskeleton.
when they are shedding which is called molting it makes their new skin very soft and they could get hurt easily
During molting, an arthropod secretes enzymes that soften its old exoskeleton, allowing it to break free. The arthropod then absorbs water to expand its body and forms a new exoskeleton underneath the old one. Once the new exoskeleton is fully formed, the arthropod sheds the old one, revealing the new, larger exoskeleton underneath.
an arthropod sheds it old exoskeleton when it has grown to a point where it needs a larger exoskeleton. This process is called ecdysis.
having an exoskeleton affect how an animal grows because the exoskeleton does not grow as the animal grows so the animal must shed or molt its exoskeleton.
web
Molting is the process of secreting new cuticle. It ends into ecdysis i.e. separating new and old cuticle and shedding old cuticle. It has 3 phases preparatory, ecdysis and post ecdysis. This process ends by eclosion i.e. final emergence out of old cuticle.[Ref: insects]
They're invertebrates and possess an exoskeleton and jointed appendages (from which the phylum derives its name).
Spiders shed their exoskeleton through a process called molting. They produce a new, soft exoskeleton under their old one, then they split open the old exoskeleton and crawl out of it. The new exoskeleton will harden and provide room for the spider to grow.