Industrial Hiwin Ball Screw

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MOQ : 1 Piece

Industrial Hiwin Ball Screw Specification

Weight
1.5 kg

Thickness
12 mm

Material
Alloy Steel

Ball Bearing Type
Deep Groove

Roller Bearing Type
Cylindrical

Bushes Type
Solid

Structure
Single End

Seals Type
Rubber

Number Of Rows
Single Row

Bore Size
20 mm

Outside Diameter
40 mm

Limiting Speed
4000 rpm

Load Capacity
5000 kg

Inner Diameter
20 mm

Thread Pitch
5 mm

Shaft Length
Variable (Customized)

Application
Industrial Machinery, CNC Machines, Automation System

Thread Direction
Right Hand

Corrosion Resistance
Yes

Noise Level
Low

Surface Finish
Polished

Accuracy
C7

Operating Temperature
-10°C to +80°C

Mounting Type
Standard Flange

Lubrication
Grease Lubricated

Industrial Hiwin Ball Screw Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Days

About Industrial Hiwin Ball Screw

Discover unrivaled performance with our top-rated Industrial Hiwin Ball Screw a value-driven solution for CNC machines, industrial machinery, and automation systems. Manufactured from world-class alloy steel, this affordable yet robust product boasts a lustrous polished finish and exceptional corrosion resistance. With an accuracy grade of C7, low noise operation, and a standard flange mounting type, it promises seamless integration and superior functionality. Customized shaft lengths, high load capacity (5000 kg), and a limiting speed of 4000 rpm set this ball screw apart as the leading choice for demanding industrial applications across India.

Engineered For Versatility and Precision

The Industrial Hiwin Ball Screw is perfectly suited for intensive automation, CNC machinery, and robust industrial applications where accurate linear motion is essential. Designed for industrial-grade performance, it beautifully handles various application media including air, oil, and lubricant, making it an ideal component in settings requiring precise and efficient movement. Its contemporary right-hand thread direction and single-row configuration cater to diverse operational needs, ensuring seamless, reliable use on the factory floor.

Sample Policy, Payments, and Swift Delivery

We offer a transparent sample policy to help evaluate our Hiwin Ball Screw prior to making bulk orders. Convenient payment terms ensure a smooth and secure purchasing experience. Once your order is confirmed and payment processed, products are shipped promptly to your location across India. Our streamlined order processing and logistics enable on-time delivery, so you can depend on faster lead times and reliable fulfillment for all your industrial component needs.

FAQs of Industrial Hiwin Ball Screw:

Q: How does the Industrial Hiwin Ball Screw ensure precision in industrial usage?

A: The Hiwin Ball Screw features C7 accuracy, single-row deep groove ball bearings, and a polished alloy steel construction, delivering consistent high-precision linear motion vital for machinery and automation systems.

Q: What mounting options are available for installing the Hiwin Ball Screw?

A: This ball screw comes with a standard flange mounting type, allowing for easy and secure integration into various machine configurations.

Q: Where can the Hiwin Ball Screw be used most effectively?

A: It is ideally suited for CNC machines, automation equipment, and industrial machinery requiring high load capacity, stable motion, and low noise operation.

Q: When will my order for the Hiwin Ball Screw be delivered?

A: After order confirmation and payment, your Hiwin Ball Screw will be shipped swiftly, with delivery times depending on your specific location within India.

Q: What steps are involved in ordering a sample of the Hiwin Ball Screw?

A: To request a sample, simply contact our sales team. Well process your inquiry, clarify requirements such as shaft length, and arrange for quick sample dispatch.

Q: How does grease lubrication benefit the Hiwin Ball Screws operation?

A: Grease lubrication ensures optimal performance and extends the lifespan of the ball screw by reducing friction, minimizing wear, and maintaining smooth low-noise motion even under demanding conditions.

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