BALL SCREW WITH LINEAR GUIDE ACTUATOR -JKL MAKE

BALL SCREW WITH LINEAR GUIDE ACTUATOR -JKL MAKE Specification

Connection
Direct or bracket mount

Function
Precise linear motion actuation

Size
Customizable as per requirement

Stroke Length
24 inch

Rated Load
400 lb

Phase
Three Phase

Material
Aluminium

Mounting
Flexible orientation

Motion
Ball screw driven

Usage
Industrial automation

Packaging Type
Box

Structure
Compact body

Travel Method
Recirculating ball

Rail Type
Linear guide

Maintenance
Low requirement

Finishing
Polished

BALL SCREW WITH LINEAR GUIDE ACTUATOR -JKL MAKE Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About BALL SCREW WITH LINEAR GUIDE ACTUATOR -JKL MAKE

Experience exclusive precision with the Ball Screw With Linear Guide Actuator JKL MAKE-crafted for eminent performance in industrial automation. Designed using opulent aluminium and engineered for a rated load of 400 lb with a generous 24-inch stroke, this world-class actuator features a polished finish, three-phase operation, and reinforced end supports. Delivering best price advantages, it ensures high accuracy, low maintenance, and flexible mounting. The compact body facilitates direct or bracket connections. Available through leading suppliers, distributors, exporters, and importers across India. Buy now for opulent precision and reliability.

Versatile Application & Media Suitability

The JKL MAKE Ball Screw With Linear Guide Actuator is meticulously engineered for industrial automation environments. Its compact, robust construction and high positioning accuracy make it eminently suitable for modern manufacturing, assembly lines, and packaging systems. Compatible with various application media, such as machinery, automated conveyors, and robotics in factories, this actuator excels in environments demanding precise, linear actuation. Designed for flexible site installation, it adapts seamlessly to any orientation, enhancing both workflow and productivity.

Certifications & Sample Policy Information

Our Ball Screw With Linear Guide Actuator JKL MAKE comes certified to eminent industry standards, ensuring reliable operations and compliance for your technical expenditure. Sample units are available for evaluation prior to large-scale ordering, giving you firsthand experience of our world-class quality. Upon request, samples are promptly dispatched and shipped efficiently, reducing your lead time and aiding decision-making. Our structured policy guarantees your investment is protected with defined return and exchange norms upon sample receipt.

FAQ's of Ball Screw With Linear Guide Actuator JKL MAKE:

Q: How does the Ball Screw With Linear Guide Actuator enhance industrial automation systems?

A: The actuator provides precise linear motion, high positioning accuracy, and reliable performance due to its ball screw-driven mechanism and linear guide rail, which are essential for modern automation processes.

Q: What maintenance requirements should be expected for this actuator?

A: The Ball Screw With Linear Guide Actuator is designed for low maintenance, with robust construction and recirculating ball travel method, reducing downtime and servicing needs.

Q: When can samples be shipped for evaluation?

A: Sample actuators are dispatched promptly upon request, generally within a few business days, allowing for quality and compatibility checks before bulk procurement.

Q: Where is this actuator primarily used?

A: Primarily, it is used in industrial automation applications, such as assembly lines, packaging equipment, robotics, and material handling systems, where precise movement is critical.

Q: What is the process for customizing size requirements?

A: Customers can specify their required actuator size during order placement. The manufacturer accommodates customization to ensure compatibility with specific project specifications.

Q: What are the major benefits of using a ball screw driven actuator with a linear guide?

A: The main advantages are high precision, smooth operation, reduced friction, longer operational lifespan, and flexibility in installation, making it ideal for demanding automation environments.