Caster, Leveling & Cabinet Hardware
GRIP HANDLES
It is a component designed for a robust grip, by means of which it can be used to have a better control of a system, door, cabinet, etc.
APPLICATIONS
Grip handles are used in a wide variety of industrial applications and here are some examples:
- Industrial machinery: Used in manufacturing machines, such as machine tools, industrial robots, 3D printers, laser cutters, packaging machines, assembly equipment, among others. Allow precise and controlled movement of components to perform specific tasks.
- Automation and robotics: Enable linear movement of robots and moving parts of automated systems. Can be used in assembly lines, palletizing systems, material handling systems, etc.
- Packaging: On packaging and labeling machines to move products during the process. Provide accurate and repeatable movements to ensure efficient packaging.
- Food industry: Used in food processing and packaging equipment, such as filling, dosing and cutting machines. Help automate production processes and ensure accuracy in food handling.
Example GRAMS12 | MISUMI inCAD Library
In this example, the grip handle is being used to hold the block
with cam followers tightly and exert pressure on the resin bar.
TYPES
SHAPES
Straight
Cone
Ball Shape
Egg Shape
Constricted Shape
Mushroom Shape
- Straight: Designed with ergonomics in mind to ensure operator comfort during prolonged use. They are shaped and textured to provide a secure and comfortable grip. The grips are elongated and cylindrical in shape, resembling a stick or rod. It also provides thermal insulation.
- Cone: The tapered design of cone-shaped grip handles allows for a natural and comfortable hand placement. It often fits well within the user’s palm, making it easier to grasp and control.
- Ball Shape: Sphere-shaped or ball-shape handles provide a 360-degree grip surface, allowing users to hold and manipulate them from any direction. This design can reduce hand fatigue and provide a comfortable grip for extended periods of use. Also it saves space
- Egg Shape: Contoured to fit comfortably within the user’s hand. Their shape is often chosen to reduce hand fatigue during extended use and to provide a natural grip.
- Constricted Shape: The narrowing or constricted shape is designed to fit comfortably in the hand while allowing for a secure grip. This design can reduce hand fatigue and enhance control during use.
- Mushroom Shape: Commonly used in machinery, hand tools, control panels, and equipment where operators need a comfortable and efficient grip for tasks such as controlling levers, adjusting settings, or operating switches.
SPECIAL FOLDING CONICAL SHAPE
Folding conical type
Grip handle model that allows the handle to be folded to save space.
DIMENSIONS
M
M3 to M14
H
13 to 104 mm
MATERIALS
Grip handles can be manufactured in a variety of materials, depending on application requirements and operating conditions.
BODY
Carbon steel
- Increased hardness
- Heat treatment options
- Machinability
Stainless steel
- Increased corrosion resistance
- Appearance and hygienic properties
- Low maintenance costs
- Resistance to high and low temperatures
GRIP
- Phenol: Also known as carbolic acid, is a chemical compound used in the production of plastics, resins, and various industrial materials.
- Nylon: Synthetic polymer known for its durability, strength, and resistance to wear and abrasion.
- Stainless Steel: Corrosion-resistant alloy of iron, chromium, and other elements.
- Aluminum: Lightweight and corrosion-resistant metal. Its low density makes it valuable for lightweight applications.
- Steel: Alloy of iron and carbon. It comes in various grades and types, each with specific properties of strength and durability.
- Ethylene Propylene Rubber: Synthetic rubber known for its excellent resistance to heat, weather, and ozone.
- Polypropylene: Thermoplastic polymer known for its chemical resistance, low weight, and versatility.
- Melamine: Hard, durable plastic resin. It is known for its heat resistance and high durability.
- ABS Resin: Thermoplastic polymer used in applications where you need resistance to many chemicals, oils, and greases. It can handle temperatures up to about 176-221°F (80-105°C) without significant deformation. This makes it suitable for many indoor and outdoor applications.
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