Blunt-tipped

Describing an object, typically a tool or implement, with a rounded or flattened end rather than a sharp point. This characteristic prevents the object from easily penetrating or piercing surfaces. The term emphasizes a lack of sharpness, designed for safety or a specific application where penetration is undesirable. Objects described as blunt-tipped often prioritize force distribution over focused impact, spreading the impact area to reduce the potential for harm or to achieve a different effect, like spreading adhesive or applying pressure. The 'blunt-tipped' design contrasts with sharp or pointed designs that would pierce or penetrate. They're designed for uses where a soft application is needed.

Blunt-tipped meaning with examples

• The child's toy gun had a blunt-tipped dart, designed to minimize the risk of injury during playtime. The rounded end was deliberately chosen, ensuring playful interaction without potential harm. This design feature prioritized safety, allowing children to enjoy imaginative scenarios without the worry of punctures or cuts. The rounded tip provides a soft impact instead of a sharp jab and keeps parents happy.
• When the artist worked with clay, they preferred using blunt-tipped sculpting tools to manipulate the material. Their ends were ideally shaped to smooth and blend surfaces without leaving harsh lines or creating accidental holes. The soft tips helped them achieve a delicate finish by spreading the pressure evenly and manipulating the forms they wanted to create.
• The construction worker used a blunt-tipped chisel for removing old tile grout without damaging the surrounding tiles. Its design offered a safer and more controlled approach, minimizing the likelihood of chipping the tiles. By spreading the force, it allowed the grout to be removed with careful application and without accidental destruction.
• In laboratory settings, researchers often use blunt-tipped pipettes for dispensing liquids, especially when handling cell cultures. These tools are engineered to reduce shearing forces and prevent cell damage. This meticulous approach ensures the integrity of the samples and keeps the experiments accurate. This gentle way to deliver liquids is essential for precision work.
• The medical professional used a blunt-tipped probe to explore a delicate internal area during a procedure. This design ensured the surrounding tissues were protected. The soft, rounded end was meant for careful maneuvering and provided maximum safety. Such tools prioritize patient safety and support precision, preventing unwanted tissue harm.