Eoat End Of Arm Tooling

Name: Eoat End Of Arm Tooling
Brand: LEE LOCATION
Price: 20000 INR
Availability: InStock

Price 20000 INR/ Unit

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MOQ : 1 Unit

Eoat End Of Arm Tooling Specification

Mounting Type
Table Top

Application
Pick And Place

Automation Grade
Automatic

Frequency
50Hz

Material
Carbon Steel

Voltage
220V

Axis Count
5 Axis

Robot Type
Industrial

Versatility
High

Orientation
Horizontal

Suction Cups
8 Units

Color
White

Payload Capacity
20 Kg

Lightweight
Yes

Usage
Robot

Motors
Servo

Structure
Grid Frame

Reach
Above 1400 mm

Eoat End Of Arm Tooling Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Eoat End Of Arm Tooling

Discover commanding performance at the lowest price with our 5-Axis EOAT (End Of Arm Tooling), now with a remarkable price cut. This crackerjack unit is expertly engineered from polished carbon steel, designed for industrial robots with a robust 20 kg payload capacity and reach above 1400 mm. Featuring a lightweight, grid frame structure and 8 suction cups for superior horizontal orientation, it excels in high-velocity pick-and-place automation. The high versatility, servo motors, and table-top mounting make it the ideal choice for dynamic plant operations, ensuring a polished, reliable integration for robot systems.

Diverse Application and Usage Highlights

Our EOAT End Of Arm Tooling is finely tuned for pick-and-place tasks across multiple application media, optimizing productivity on high-speed assembly lines. Its industrial-grade design ensures smooth integration within robotic cells in automotive, electronics, and packaging plants. The usage type-fully automatic-caters to environments requiring swift, repetitive actions. This crackerjack tooling adapts to demanding plant applications, making it perfect for precise placement, sorting, and assembly projects, blending functionality and reliability seamlessly.

Market Distribution and Shipping Advantages

Targeting India's main domestic market with a focus on unmatched service, our sample policy supports trial orders for confident decisions. Expect quick dispatches and secure shipping for every order, guaranteeing safe, prompt delivery. Globally, we facilitate smooth exchange and export across major markets, ensuring that every shipment meets international standards. With such robust logistics, suppliers and traders can rely on us for polished, hassle-free fulfillment, whether handling local distribution or overseas consignments.

FAQ's of Eoat End Of Arm Tooling:

Q: How does the 5-axis capability enhance EOAT performance in pick-and-place applications?

A: The 5-axis design offers increased maneuverability and flexibility, enabling the EOAT to handle complex pick-and-place movements and orientations for optimized workflow in automated environments.

Q: What are the primary plant applications suitable for this EOAT?

A: This EOAT is ideal for use in high-speed manufacturing and assembly operations in automotive, electronics, packaging, and general industrial plants where precise, automated placement is required.

Q: When can customers expect product dispatch after placing an order?

A: We prioritize quick dispatch. Once an order is confirmed and payment is received, products are prepared for secure shipment with minimal lead time, ensuring prompt delivery.

Q: Where is this EOAT commonly used in terms of market reach?

A: It is widely distributed across India for domestic robotic integration, with growing prominence in main export markets, thanks to robust logistics and international shipping options.

Q: What is the process for exchanging EOAT units under the sample policy?

A: Our sample policy allows for initial trial orders. If an exchange is necessary due to specific requirements, we facilitate a hassle-free exchange process aligned with supplier and trader agreements.

Q: How does the lightweight, carbon steel structure benefit users?

A: The lightweight, yet durable, carbon steel structure enhances robot speed, reduces energy consumption, and maintains high strength for demanding tasks, proving advantageous in high-frequency plant operations.

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