Download VEVOR App 
Exclusive $5.00 off for your first three orders on the App.
Scan the QR code to download
Artisans across generations have relied on planishing hammers to refine and shape metal surfaces with unparalleled precision. Innovators, not resting on their oars, consciously integrate this traditional tool into modern workshops. While maintaining the traditional craftsmanship, they can also embrace the efficiency and accuracy demanded by contemporary standards.
VEVOR, a well-known equipment and machine manufacturing company, is revitalizing craft workshops with high-end planishing hammers. Alongside others, VEVOR can forge a bridge between the past and present, celebrating the symbiotic relationship between the artisan and the tool.
A planishing hammer is a specialized tool that plays a conscious role in achieving the required quality and aesthetics in metalworking. Metalworking professionals usually use them to form sheet metals, shape panels, and refine surfaces in metalwork projects. It contributes immensely to achieving the desired contour, texture, and finish on metal objects.
To use the planishing hammer, the operator starts by placing the workpiece on the anvil. They then use the foot pedal or control mechanism to activate the hammering action. Moving up and down, the hammer strikes the metal surface.
The controlled and repetitive strikes of the hammer on the metal surface against the anvil reshape the metal, smooth out imperfections, and give the desired texture. Artisans can achieve different finishes with interchangeable dies.
The planishing hammer has various components. These components are what work together during the process discussed above. Therefore, we will discuss them to give you a better understanding of the topic as a whole.
The frame and base are the supporting structure of the planishing hammer. The hammer usually consists of a stable base and sturdy frame, enabling adequate support during operations. The frame houses other mechanical components that generate the hammering effect.
Planishing hammers are usually of two powering types: pneumatic or mechanical. Pneumatic planishing hammers use compressed air to drive the hammering action. On the other hand, mechanical planishing hammers use electrical motors or other automated means to generate the force for hammering.
Planishing hammers come equipped with some dies and tools. You can switch these dies and tools as they have different shapes and contours, enabling you to create different finishes on metal surfaces. From textures to curves, dies and tools affect the outcome of your work.
This mechanism is one of the two that planishing hammers use. It is more common than the other mechanism. The anvil is a stationary surface on which the operator places the workpiece. The hammer, a movable component, strikes the workpiece against the anvil.
This mechanism enables the operator to regulate the speed and frequency of the hammering. It allows enough control to achieve precision and adapt to the specific requirements of the metalwork being performed.
Many industries use metals. Therefore, the thought of only finding planishing hammers in traditional metalwork workshops needs to be revised. These hammers find their uses across the many sectors that use metal. Here are some applications of Planishing Hammers
The automotive industry uses planishing hammers to produce and repair automobile parts. They use them to make sheet metals for body parts, repair dents, correct imperfections, etc.
Similarly, the aerospace industry also employs planishing hammers to make different aircraft components.
Planishing hammers are indispensable in metal works. From making metal furniture to metal artwork, planishing hammers are a significant part of getting many things ready. They also use them to create decorative pieces.
The lapidary industry employs planishing hammers to shape and refine different metal components for making jewelry. Jewelers can use planishing hammers to create intricate patterns and designs.
The architectural scape uses many metal materials to realize its intricate and unique designs. From railings to gates and decorative objects, the application of metals in architecture is unlimited. Fortunately, the planishing hammer is there to help architect and the architectural industry achieve their desired shape and texture with metal.
VEVOR has proven that our products are excellent for machine and equipment needs. From the automotive industry to construction and jewelry making, VEVOR has catered to many for years. Therefore, making a tool, such as the planishing hammer, that cuts across many industries is a great deal to use.
VEVOR, focusing on durability and reliability, constructs our planishing hammers from high-quality materials. Employing quality-focused craftsmanship, VEVOR also reinforced our planishing hammers with additional features.
VEVOR's planishing hammers are precise and accurate. They are also versatile, making them a good choice for various tasks. You can find a VEVOR's planishing hammer in an automotive, jewelry, construction, or metal workshop.
VEVOR's planishing hammers are sold at competitive prices despite their high quality. It is no wonder that they are many people's favorites. They are accessible, as you can order them on our website or Amazon and get them delivered worldwide.
Yes, it is easy to use a planishing hammer, making it suitable for beginners' use. However, as a beginner, ensure you adequately learn about the equipment before using it. Learn how to control its action and understand the characteristics of the different dies and tools.
We can categorize planishing hammers into two categories: mechanical and pneumatic planishing hammers. This categorization is based on their power source. While there may be other differences between designs and models, these are the major tell-apart.
A planishing hammer can work on different metal types, including brass, steel, aluminum, and copper. The choice of planishing hammers can vary based on the material, but some planishing hammers are versatile and can work for different material types.
