high Efficient ball screw for Automation 40-10T3 FSC 40-10T4

Product Description

Key attributes

Other attributes

Applicable Industries

Food Shop, Printing Shops, Energy & Mining

Weight (KG)

0.5

Showroom Location

Canada, Germany, Russia, Japan, Malaysia

Video outgoing-inspection

Provided

Machinery Test Report

Provided

Marketing Type

Ordinary Product

Warranty of core components

1 Year

Core Components

Bearing

Place of Origin

China

Condition

New

Warranty

1.5 years

Manufacturing Process

Rolled Thread

Material

Imported bearing steel

Length

OEM

Brand Name

TFL

Product’s name

Ball screw

Model NO

40-10T3

Material

Bearing Steel

Precision Rating

C0,C1,C2,C3,C5,C6

Market

Global

Package

Standard

Stock

in stocks

Feature

High rigidity;Super smooth;High precision

Sample

Accpet

Application

3D printer; Transmission machinery;CNC machine;Medical instruments

high Efficient ball screw for Automation 40-10T3 FSC 40-10T4

Ball screw works in a similar way to a conventional lead screw, but the significant advantage of using a ball screw is that it uses ball bearings running in the helical channel to transmit the load. In high precision applications it is often necessary to translate the rotary motion from a motor to linear motion for the payload. One way of achieving this is by using a ball screw.

Ball bearings within a ball screw roll along the track in a similar way to ball bearings in a standard rotary ball race, therefore eliminating the sliding friction associated with lead screws. The ball bearings are continually recirculated through the ball nut, distributing the load and picking up lubrication along the way. Due to the use of rolling ball bearings within a ball screw, the internal friction is very low, meaning ball screws can offer a high level of efficiency and positional accuracy even at high torque and force loadings.
Ball screws can be quite complicated and high-precision devices, meaning they can sometimes be slightly more costly compared to a typical lead screw. This is due to the complex machining and assembly techniques required to manufacture them. However, if your application requires a ball screw, the greater performance generally outweighs the cost.

high Efficient ball screw for Automation 40-10T3 FSC 40-10T4

Model No	Nominal outer diameter (mm)	Lead (mm)	L2(mm)	dynamic load C(kgf)	static load Ca(kgf)
15-5K3	15	5	38	990	1580
16-5T3	16	5	40	1000	2000
20-5K3	20	5	36	1280	2410
20-5K4	20	5	40	1670	3270
25-5K3	25	5	38	1420	3050
25-5K4	25	5	43	1850	4150
25-10K5	25	10	70	2260	5200
32-5K4	32	5	38	2070	5360
32-5K6	32	5	48	2980	8190
32-10T3	32	10	74	3650	8660
32-10T4	32	10	85	4680	11550
32-10K5	32	10	73	3390	8160
32-10K6	32	10	83	3990	9860
40-5K4	40	5	40	2240	6590
40-5K6	40	5	50	3220	10060
38-10K3	38	10	60	4350	9140
40-10T3	40	10	74	4030	10680
38-10K4	38	10	70	5660	12410
40-10T4	40	10	87	5170	14240
50-5K4	50	5	40	2450	8330
50-5K6	50	5	50	3530	12720
50-10K3	50	10	60	4960	12240
50-10K4	50	10	70	6450	16610
50-10K6	50	10	90	9280	25350
63-10K6	63	10	94	10180	31750