ANGLE CARBIDE GRIPPER

Name: ANGLE CARBIDE GRIPPER
Brand: RIYA INDUSTRIES
Price: 1650 INR
Availability: InStock

Price 1650 INR/ Piece

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MOQ : 6 Pieces

ANGLE CARBIDE GRIPPER Specification

Tungsten( in %)
94%

Carbon %
0.70%

Diameter
10 mm

Application
Industrial gripping of components, fitting in automation machines and robotic arms

Coating Type
Uncoated / Plain

ANGLE CARBIDE GRIPPER Trade Information

Minimum Order Quantity
6 Pieces

FOB Port
TKD

Supply Ability
300 Pieces Per Month

Delivery Time
2-3 Week

Sample Available
Yes

Sample Policy
Free samples are available

Main Domestic Market
All India

About ANGLE CARBIDE GRIPPER

Serrated Grippersis used as an adjusting and fitting tool in the various jigs, fixturesandjaws. Our product has the versatile application range which we avail to our clients in the various lengths. The raw material we have involved in the construction is tested to be pure and the main material i.e. steel is taken in its reliable form. Our company utilizes leading-edge technology for the production of thisSerrated Grippersand our quality team assures the damage free delivery of the product at the clients end.

Superior Wear Resistance for Demanding Operations

The Angle Carbide Gripper is designed to handle repeated clamping tasks in high-demand industrial settings. Its solid carbide construction, combined with tungsten carbide inserts, ensures remarkable wear resistance, minimizing the need for frequent replacements. This makes the gripper exceptionally suited for automation and robotic applications where consistent performance is critical.

Customizable and Compatible Design

Available in both standard and custom sizes, the angled jaw design of this gripper allows precise adaptation to diverse machinery and components. Its universal compatibility with a range of automation equipment and robotic assemblies provides versatility for various manufacturers and integrators seeking reliable gripping solutions.

FAQs of ANGLE CARBIDE GRIPPER:

Q: How does the angled jaw design benefit industrial gripping applications?

A: The angled jaw design increases contact area and provides a firmer hold on components, reducing slippage during clamping operations. This is especially useful in automated systems and robotic arms, where secure and precise manipulation of parts is vital.

Q: What makes the Angle Carbide Gripper highly resistant to wear?

A: Manufactured from solid carbide and enhanced with tungsten carbide inserts (94% tungsten), this gripper boasts a hardness above 87 HRA. Its robust composition ensures long service life and superior resistance to wear, even under demanding and repetitive industrial tasks.

Q: When should I choose a custom size over the standard size?

A: Opt for a custom size when your equipment or component specifications fall outside the standard 10 mm diameter or require tailor-made gripping solutions. Customization ensures a better fit and optimized performance for unique automation or robotic applications.

Q: Where can the Angle Carbide Gripper be integrated?

A: This gripper is designed for seamless integration with various automation machines and robotic gripper assemblies, making it suitable for a wide range of industrial setups involved in the repetitive clamping and transfer of components.

Q: What is the maximum temperature the gripper can withstand during operation?

A: The Angle Carbide Gripper can endure temperatures up to 600C, making it well-suited for industrial environments involving high thermal demands, such as metalworking and manufacturing processes.

Q: How does the grippers surface finish and coating affect performance?

A: The matte, uncoated surface minimizes glare and helps maintain a steady grip, while the absence of coatings ensures the grippers hardness and corrosion resistance remain uncompromised for industrial applications.

Q: What are the key benefits of using this gripper in automation systems?

A: Key benefits include exceptional durability, high temperature resistance, versatile compatibility, and secure clamping, all of which contribute to enhanced productivity, reduced downtime, and improved safety across automated manufacturing and robotic environments.

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