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Articles About load


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Using Spiral Bevel Gearboxes to Control Converging Loads

In many material-handling applications it is necessary to make adjustments in the load support center distances to accommodate loads of different lengths or widths, especially if these loads have to be captured to avoid shifting. These loads can come in variety of shapes and sizes, and encompass a variety of industries. White Papers Courtesy of DieQua

Automatic Lubrication for 7th Axis Robotics

Eliminate uncertainty and avoid downtime with a multi-point automatic lubrication system for the 7th axis. The Flexxpump system is based on standard components that are adapted for easy installation. Download the Andantex insider's guide to see how our customized solutions can correctly lubricate gears and bearings to provide reliable operation. White Papers Courtesy of Andantex USA Inc.
www.powertransmission.com/sc/andantex-lubrication-system/

Webinar: Advanced Mainshaft Bearing Solutions for Wind Turbines

Mainshaft bearings inside wind turbines are subjected to extremely harsh operating conditions that result in failure patterns which include surface-initiated fatigue, abrasive wear and uneven internal load distribution. This webinar will introduce you to the latest engineering advancements in spherical roller bearing design, including solutions that allow potentially damaging thrust to be safely transferred through the bearing to the housing support. The resulting reduction in torque, friction and heat significantly improves the overall efficiency of the system, thereby enabling the wind turbine to generate more power – more reliably! Webinar Courtesy of Schaeffler
www.powertransmission.com/sc/schaeffler-wind-turbine-bearings/

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1 Evolution of Worm Gear Standards and their Consequences on Load Capacity Calculation Approach (September 2014)

Beginning with a brief summary and update of the latest advances in the calculation methods for worm gears, the author then presents the detailed approach to worm gear geometry found in the revised ISO TR 10828. With that information, and by presenting examples, these new methods are explained, as are their possibilities for addressing the geometrical particularities of worm gears and their impact upon the behavior and load capacity of a gearset under working conditions based on ISO TR 14521 — Methods B and C. The author also highlights the new possibilities offered on that basis for the further evolution of load capacity calculation of a worm gearset based on load and contact pressure distribution.

2 Dude - Where's My Preload (August 2014)

Many of us have been there; the bearings had the correct preload. You know it, you were there, and you personally saw the measurements. Now, the testing is done and the preload is gone. Not a little gone, not sort of gone - gone, gone. Finger pointing ensues. Suppliers are dragged in by their wrinkly Polo collars. You know the drill. Losing preload in a tapered roller bearing (TRB) system over the life of your application can be a troublesome problem, particularly for gear sets that are prone to noise or severe applications that rely on a very rigid and stable system.

3 Load Capacity and Efficiency of Grease-Lubricated Worm Gears (September 2014)

Varying installation requirements for worm gears, as, for example, when used in modular gear systems, can necessitate grease lubrication - especially when adequate sealing for oil lubrication would be too complex. Such worm gears are being increasingly used in outside applications such as solar power plants and slew drives. While knowledge about the operating conditions is often appropriate, the basic understanding for load capacity and efficiency under grease lubrication is quite poor. Investigations done at FZG and sponsored by FVA/AiF are shown here to give an impression of the basic factors of load capacity and efficiency. The results of the investigation indicate a satisfying quality of calculations on heat, load capacity and efficiency based on characteristic parameters of the base oil with only slight modifications to the methodology known from DIN 3996 or ISO TR 14521.

4 Determination of Load Distributions on Double Helical-Geared Planetary Gearboxes (June 2017)

Standardized calculation methods such as ISO 6336 and DIN 3990 already exist to determine the load distributions on gears inside a planetary gearbox, but by their very universal nature, these methods offer varying results depending on the gearbox design. Double helical gears, in particular, can benefit from more specific, complex algorithms to reach a maximum level of efficiency. Double helical gears interact with the rest of the gearbox differently than helical or spur gears, and thus benefit from different analytical models outside the standardized methods. The present research project describes the algorithm to determine the load distribution of planetary gearboxes with double helical gears.

5 Influence of Gear Loads on Spline Couplings (February 2014)

Involute splines are commonly used in gearboxes to connect gears and shafts, especially when high torque is transmitted through the coupling. The load is shared among multiple teeth around the coupling circumference, resulting in higher load capacity than a conventional single key. However, the total load is not equally shared among all spline teeth, mainly because of pitch deviations resulting from the manufacturing process. The load distribution along the spline engagement length is also nonuniform because of tooth misalignments and shaft torsional effects. This paper presents an investigation of the influence of spur gear loads on the load distribution of spline teeth.

6 Power Loss and Axial Load Carrying Capacity of Radial Cylindrical Roller Bearings (June 2013)

This paper is intended to enlarge the application range of radial cylindrical roller bearings by means of a more precise determination of thrust load capacity and more cost-effective design.

7 Desktop Engineering - How to Calculate Dynamic and Static Load Ratings (February 2015)

When comparing bearing suppliers, engineers are often left with few options other than to compare dynamic load ratings and corresponding life calculations. Of course, we can look at steel and manufacturing quality; but if we are comparing sources of similar quality, those items may not provide a large contrast. It often surprises people to learn that bearing capacities are calculated values, not tested values. Lately, however, a trend is emerging for bearing suppliers to increase their ratings for higher performance bearings that have premium features such as higher quality steel and specilaized heat treatment. Bearing companies are under intense competitive pressure to make every feature add to the dynamic capacity of their bearings because it is very well understood that an increase in capacity adds to the bottom line.

8 Fluid Couplings vs VFDs for High Inertia Rotating Driven Loads (September 2017)

As the old adage goes, "There is more than one way to skin a cat." In the early stages of any project, system designers are faced with choices; whether they are designing a new application or retrofitting an old one, they need to determine what is the most efficient, economical and practical way of completing the task at hand. Though there are usually at least two viable means to accomplish the task, the first step is always to review and weigh the merits of each option.

9 Load Ratings & Bearing Life (March 2016)

Power Transmission Engineering is collaborating with the Bearing Specialists Association (BSA) on a special section within the magazine. Bearing Briefs will present updated reports on bearing topics for each issue in 2016. Complimentary access to all BSA Bearing and Industry Briefs is available on the BSA website at www.bsahome.org/tools.

10 Finite Element Method Based Analysis of Planetary Gear Systems Considering Backlash and Manufacturing Deviations (June 2018)

The load carrying capacity of gear transmissions depends strongly on design, material and operation conditions. Modern analysis methods, e.g. finite element analysis (FEA), consider the above parameters with more or less sufficient accuracy. Yet it remains an ongoing challenge to account for backlash and manufacturing errors, despite a definite need to do so.

11 Not All Thin-Section Bearings Are Created Equal (February 2011)

American Bearing Manufacturers Association (ABMA) Standard 9 and ISO 281 give equations for calculating the basic dynamic radial load rating for ball bearings. These equations are based on a number of assumptions, many of which are not valid for thin-section bearings. (Thin-section bearings are described in ABMA standard 26.2.) Nevertheless, many thin-section bearing catalogs report load ratings based on these equations. Kaydon has developed a new method for calculating the dynamic radial load rating for thin-section ball bearings. The new method uses the contact stress and the number of stress-cycles-per-revolution to calculate the capacity. The new numbers are based on five years of actual test results. These equations can also be used to calculate the dynamic radial load rating for four-point contact ball bearings, which are not covered in ABMA standard 9 or ISO 281.

12 When a Good Gear Drive System Goes Bad (October 2012)

Even when the critical components of industrial power transmission gear drive systems are properly designed, specified and manufactured consistent with application requirements, performance problems can develop over time and failure may follow.

13 Meet Norm Parker - Bearings Blogger (April 2017)

In case you missed them, following are three recent blog postings by our popular PTE bearings blogger - Norm Parker. We also felt that, should you not be a blog follower, this would be a good way to introduce you to Norm's bearings wisdom. Parker is currently the global senior specialist/roller bearings at Fiat Chrysler Automobiles (FCA).

14 Compact Loaders for Compact Spaces (February 2012)

Compact loaders are employed where large machines have no access or are over dimensioned. New hydrostatic drives from ZF meet the demanding needs of this market.

15 Couplings: Designed to Carry the Pay(load) (August 2018)

Couplings. There certainly is no shortage of couplings - or things to couple them with. There also seems to be no lack of applications for them. You say you need to reduce the transmission of shock loads from one shaft to another? That's a classic application for shaft couplings; but really, couplings are application-intensive. They're everywhere.

16 High-Capacity Bearings Carry the Load for Chinese Gearbox Manufacturer (December 2008)

Th e signing of a contract for more than 5,000 sets of SKF’s latest high-capacity cylindrical roller bearings (HCCRB) for wind turbines will impart added load-carrying capacity, more reliability and longer life to the Nanjing Gear Company’s (NGC) line of gearboxes for wind generation applications.

17 Baldor Basics: Applications (June 2017)

Fans, blowers and other funny loads are addressend, along with RMS Horsepower loading.

18 Designing for Static and Dynamic Loading of a Gear Reducer Housing with FEA (February 2010)

A recent trend has been a movement to more user-friendly products in the mechanical power transmission industry. A good example of such a product is a high-horsepower, right angle, shaft-mounted drive designed to minimize installation efforts. Commonly referred to as an alignment-free type, it allows the drive package mounting to be quicker, more cost effective and require less expertise during installation. This facilitates the use of the drive in applications such as underground mining, where there is little room to maneuver parts. The most common application for the alignment-free style drive is for powering bulk material handling belt conveyors.

19 Eight Reasons to Use Air Bearings Over Mechanical Bearings (December 2016)

Mechanical guiding systems, such as crossedroller bearings, work well for most motion control applications; however, when precision, angular repeatability, and geometric performance (runout, straightness) are critical or where submicron bearing rumble is problematic, air bearings are recommended. An air-bearing stage is a rotary or linear positioner that floats on a cushion of air, using one of several preload mechanisms, nearly eliminating mechanical contact and thus wear, friction, and hysteresis effects. Here are eight reasons why an air-bearing stage might be the right choice for your application:

20 Analyzing the Cement Process (April 2016)

The manufacturing process begins in a limestone quarry. Mining methods such as ripping, dozing, drilling and blasting are commonly employed. Limestone provides the first essential component, calcium, for the anufacture of cement. Materials are transported to the crushing plant for further size reduction. Common methods of transport are trucks, loaders and belt conveyors.

21 Timing Belts and Pulleys - Operations (December 2016)

Synchronous drives are especially well-suited for low-speed, high-torque applications. Their positive driving nature prevents potential slippage associated with V-belt drives, and even allows significantly greater torque carrying capability. Small pitch synchronous drives operating at speeds of 50 ft/min (0.25 m/s) or less are considered to be low-speed. Care should be taken in the drive selection process as stall and peak torques can sometimes be very high. While intermittent peak torques can often be carried by synchronous drives without special considerations, high cyclic peak torque loading should be carefully reviewed.

22 An Open-And-Shut Case: Greases for Gear Applications (September 2016)

For the lubrication of open gear drives used in different industrial applications such as cement and coal mills, rotary furnaces, or where the sealing conditions are difficult, semi-fluid greases are often used in preference to fluid oils. For girth gear applications the greases are used with a splash or spray lubrication system. The selection of such greases influences pitting lifetime and the load-carrying capacity of the gears, as well as wear behavior

23 Controlling Backlash in Mammography Systems (April 2017)

Medical imaging equipment, water handling systems, conveyors, robotic systems and rotary and linear actuators are among the many devices that may be fitted with electric friction brakes to hold their loads in place when the power is off or disrupted.

24 How to Select a DC Motor: Coreless and Iron Core Brushed DC Motors (June 2017)

DC motors possess linear relationships that allow for very predictable operation. For instance, if enough voltage is applied across the terminals of a DC motor, the output shaft will spin at a rate proportional to that applied voltage. You can take the ratio of the applied voltage over the rated voltage and multiply that number by the no load speed and get the running speed.

25 Baldor Basics: Understanding Torque (April 2017)

In the process of applying industrial drive products, we occasionally are misled into believing that we are applying horsepower. The real driving force is not horsepower - it is torque. This paper is developed to impart a deeper understanding of torque, its relationship to horsepower, and the types of loads we most frequently encounter.

26 The SKF High-Capacity Cylindrical Roller Bearing (Spring 2007)

Th e ISO defi nition of a full- complement bearing states that the bearing does not have a cage. When that defi nition was written, it was not technically possible to have a full-complement bearing with a cage. But SKF’s new high-capacity cylindrical roller bearing combines the load-carrying capacity of a fullcomplement bearing with the benefi ts of a bearing with a cage (Fig.1).

27 Now That Is Smart Manufacturing! (February 2017)

A machine called Sub1 Reloaded solved a Rubik's Cube in 637 thousandths of a second in Munich.

28 Defining and Predicting Housing Strength for Mounted Bearings (February 2017)

Design engineers across industries rely on pillow block bearings for a variety of tough and unconventional applications. Having access to data that backs housing strength performance claims is an integral part of choosing the right bearing to keep operations running optimally. What design considerations must be made when the application demands a pillow block installation on a non-horizontal orientation? What happens when bearing load is not applied through the base of the unit? Timken answers these questions with physical testing, advanced modeling and real-world experience to facilitate the selection of pillow block bearings for specific applications.

29 Pre-Tension Thrust Bearings (December 2014)

What is the recommended method of gripping a spinning shaft (with up to 130 hp of rotational energy) to install pre-tension thrust bearings and conventional thrust bearings (load = hundreds of pounds) when the shaft cannot have any high points because it must pass through an area of tight clearances to assemble? Will snap rings still withstand the harsh vibration of this environment?

30 Reducing Electricity Cost through Use of Premium Efficiency Motors (February 2010)

motors with premium efficiency counterparts presents businesses with a significant opportunity to reduce operating costs. A comparison between premium and standard efficiency motors from 0.25 to 10 horsepower is conducted; comparisons of full-load efficiencies are shown, and estimated payback periods are calculated. Methods for calculating the yearly kilowatt-hour consumption and yearly cost savings of premium efficiency motors for this horsepower range are also given. The cost advantages of premium efficiency motors are summarized, and relevant examples of real world cost savings are shown.

31 Bellows Couplings: Proper Selection for Optimal Performance (February 2009)

For many years bellows couplings have been near the top of the list of flexible coupling choices for high-performance motion systems. Their high torsional stiffness, low moment of inertia and minimal restoring forces under misalignment make them a preferred choice for maintaining tight control over the load.

32 Turning Science Fiction Into Fact (August 2008)

Fans of Arthur C. Clarke may remember a concept in his 1979 novel, The Fountains of Paradise, of an orbital elevator used to raise payloads from the ground to a satellite as a more cost-effective means of transporting material to outer space.

33 Trends in Industrial Gear Oils (April 2013)

With today's smaller, hotter - and overloaded - machinery, specifying the correct lubricant is vital.

34 Radial Play (Internal Clearance in Ball Bearings) (August 2011)

At first glance, ball bearings are relatively simple mechanisms. However, an analysis of their internal geometries reveals that they are quite complex. For example, the ball to raceway conformity, the radial play, and the number of balls all impact the ability of a ball bearing to support loads under a variety of conditions.

35 Preventing Fretting Fatigue in Blade Dovetail Roots by Modifying Geometry of Contact Surfaces (August 2013)

Dovetails, gears and splines have been widely used in aero engines where fretting is an important failure mode due to loading variation and vibration during extended service. Failure caused by fretting fatigue becomes a prominent issue when service time continues beyond 4,000 hours. In some cases, microslip at the edge of a contact zone can reduce the life by as much as 40–60 percent.

36 Four-Point Bearings Do Triple Duty While Saving Space (March 2015)

A four-point contact ball bearing makes it easy to simplify machine designs that combine radial, thrust and moment loads, because it can handle all three simultaneously. They are primarily used for slow-to-moderate-speed applications, or where oscillatory movement is predominant.

37 Finite Element Evaluation of Bearing Instrumentation Method (December 2014)

This paper presents an evaluation of measurements being taken on a 750 kW wind turbine gearbox being tested by the National Renewable Energy Laboratory (NREL). High-speed stage gears and bearings have been identified as critical components of the gearbox; during gearbox testing, these components were instrumented and tests were developed to evaluate loads on high-speed tapered roller bearings (TRBs). In this paper an advanced finite element-based contact modeling procedure has been applied to model the high-speed stage with the bearings fully modeled in order to evaluate strain levels. A major conclusion is that the strains of the slotted grooves are at such a level that they have acceptable signal-to-noise levels. This was verified by the results of the initial experiments presented here.

38 The Sights and Sounds of IFPE (March 2014)

If you attended IFPE 2014 in Las Vegas (colocated with ConExpo and Con/AGG), chances are you saw plenty of products and technologies set to redefine the construction and off-highway markets. It's a safe bet, however, that you didn't see everything. Between the outdoor maze of cranes and construction equipment and the eye-opening, innovative booths at IFPE, it's okay to admit that you may have suffered from a case of information overload. Here are a few points of interest for those that didn't attend IFPE this year or didn't see everything they wanted to see.

39 Mutiple Gearset-Type Calculation Software (September 2015)

Is there a gear software package out there that will calculate the design of spur, helical, worm, and planetary gearsets? Also, we would like a program that calculates stresses and material selection. Finally, we would like to have the program calculate bearings loads, too. Thank you for your help.

40 How to Spec a Mill Gear (February 2014)

This paper outlines the design considerations that go into construction of a drive system in order to explain the importance of specific data, why it is required, and where design freedom is necessary. Apart from loads and speeds, interface dimensions and site specific conditions are also needed. Deciding up front which gear rating practice to select can affect the torque capacity of the drive train by ~15%.

41 Baldor Motor Basics - Part 9 (December 2017)

Amps, Watts, Power Factor and Efficiency; Approximate Load Data from Amperage Readings; Power Factor Correction on Single-Induction Motors.

News Items About load

1 SKF’s Spring-Load Ball Transfer Self-Adjust in Load Transfer Applications (May 31, 2007)
SKF 's "Hevi-Load" spring-loaded ball transfer unit for load-transfer application are engineered to reduce damage caused by shock loa...

2 AutomationDirect Offers Free eBook Download (September 24, 2014)
AutomationDirect’s new eBook, Automation 101: An Industry Guide to Control System Engineering is now available as a free download. ...

3 Ameridrives Design Overload Protection Solution for Metals Recycler (January 5, 2015)
An international metals recycler was suffering from recurring damage to the motors and universal joints caused by torque overload when th...

4 Vesconite Load Pads Support Rail Applications (December 7, 2018)
Six Vesconite Superlube load pads that have been recovered from South African rail parastatal Transnet’s Sishen-Saldanha-line bogie...

5 New KISSsoft Feature Considers Compliance and Influence on Load Distribution in the Gearbox (November 4, 2015)
In the static system analysis, a new feature considers housing compliance and influence on load distribution in the gearbox as well as lo...

6 LoadSense Integrates Industrial Operations (March 4, 2011)
A smart load sensor developed in the U.K. by Sensor Technology provides all the information needed to optimize efficiency and increase pr...

7 PI Product Releases Ultra-High-Load Precision Linear Actuators (April 22, 2006)
PI Products released the M-238 ultra-high-load precision linear actuators that combine force, resolution and speed The actuators are s...

8 mG miniGears Installs Furnace Loading System (June 25, 2007)
mG miniGears installed a furnace loading system in its powder metal department to avoid defects, especially for gears where small damage of the...

9 ComInTec Torque Limiters Prevent Overload (May 9, 2016)
ComInTec PR-V gearbox torque limiters protect expensive system components from torque overloads. Mounted between the motor and the gearbo...

10 Zero-Max Offers Overload Safety Couplings (January 7, 2013)
Overload safety couplings from Zero-Max are available in special models designed for washdown applications. They clean up easily, won&rsq...

11 OES High Load, Low Profile XY Stage Features High Resolution and High Repeatability (October 3, 2018)
OES (Optimal-Engineering Systems, Inc.) has added a new, larger, high load, precision  stage to it's extensive line of precisi...

12 Zero-Max Wind Turbine Torque Limiters Protect Against Peak Loads (October 17, 2016)
Zero-Max Wind Turbine Torque Limiters protect wind turbine gearboxes and generators against peak loads, reversing torques, and grid short...

13 SKF Actuators Offer Modular Design for Speed, Load Capacity and Accuracy (September 21, 2018)
SKF CASM-100 electromechanical actuators from SKF Motion Technologies, Inc. have been uniquely engineered with a modular design enablin...

14 Redex Andantex Uses Mechanical Preload System to Increase Drive Capacity (June 12, 2007)
The new DualDrive from REDEX ANDANTEX eliminates backlash and increases the rigidity of rack and pinion drives using a patented mechanica...

15 Amacoil’s Load Platform Relieves Radial Forces on Linear Drives (August 9, 2007)
Amacoil offers a linear bearing slide option on drive assemblies to protect rolling ring bearings in Uhing linear drives from undue wear ...

16 Frelon Lined Linear Bearings from QBC Offer Load and Wear Rate Design Advantages (September 4, 2008)
An expanded line of linear ball bearings from Quality Bearings & Components are stocked in both U.S. and European standard specificat...

17 Heavy-Duty Slide 2 Improved, Carries Heavy-Cantilevered Loads with Ease (May 15, 2009)
Techno, Inc. Linear Motion Systems introduces the improved Heavy-Duty Slide 2, constructed from a single rigid aluminum extrusion profile...

18 UNILOAD Vibration Mount Catalog from AAC Features Constant Natural Frequency Mounts (CNF Type) (September 27, 2007)
A new vibration mount catalog, "UNILOAD™ Constant Natural Frequency Mounts, V105” has been released by Advanced Anti...

19 igus Downloads Product Data Into CD-ROM Format (March 1, 2007)
igus? Inc. offers a free CD-ROM of its energy chain and iglide product catalogs and design guides. More than 1,000 pages of technical...

20 SKF’s Toroidal Roller Bearings Accomodate Heavy Loads and Misalignment (March 14, 2006)
The SKF Carb torodial roller bearings serve as non-located bearing in large electric motors (125 Hp and above) with their capability to a...

21 SKF’s Columns Lift Off-Center Loads Without Deflection (January 20, 2006)
SKF &r...

22 New Series of Finger-Flex Isolators from AAC Solve Low Load Problems. (April 21, 2006)
The natural rubber "Finger-Flex" ring and bushing in each mount have radial fingers on top and bottom surfaces to absorb vibration parall...

23 New AAC Constant Frequency Mounts (CNF) Automatically Adjust to Stiffness in Response to Load (April 21, 2006)
AAC has introduced three new sizes of constant natural frequency mounts-(CNF Type). The natural frequency of a system by its definition i...

24 Mini Accelerometer Reduces Unwanted Mass Loading Effects (July 1, 2010)
The Endevco model 35A from Meggitt Sensing Systems is an IEPE-type triaxial accelerometer with integral electronics. It is designed for h...

25 Zero-Max Expands Overhung Load Adaptors Catalog (November 13, 2018)
Zero-Max has published a newly expanded 48-page catalog of OHLA Overhung Load Adaptors. OHLA’s extend lifetime of hydraulic motors ...

26 Zero-Max's Newest Couplings Designed for Servo Application with High Reverse Load and Precise Positioning (May 30, 2007)
The next generation of ServoClass® couplings has been introduced by Zero-Max. According to the company's press release, the new c...

27 Wedge Mounts Designed for Heavy Loads (November 10, 2010)
A new series of four precision wedge mounts from Advanced Antivibration Components (AAC) are designed for precision leveling for hea...

28 Bell-Everman Offering New Sealed Linear Actuators For Lighter Loads (April 22, 2015)
Bell-Everman is now offering a new compact model of their SLS sealed linear stage that keeps contamination such as manufacturing debris, ...

29 KISSsoft Explains Calculation of the Face Load Factor (March 11, 2015)
In the KHβ calculation, the manufacturing allowances are now considered using the combinations of (+/-) signs of fma and fhb (module...

30 Rexroth EMC HD Electromechanical Cylinders Offer Superior Heavy Load Control (July 10, 2015)
Rexroth recently introduced the EMC Heavy Duty (HD) electromechanical cylinders, designed to make the benefits of advanced control techno...

31 Parker XFC Series Electric Cylinder Supports a Maximum Thrust Load Up to 80,000 lbs. (August 20, 2015)
Parker’s Electromechanical Automation Division recently announced the release of the XFC Series electric cylinder. Parker’s l...

32 Fenner Drives RotoShield GTL Provides Defense Against Torque Overloads (December 28, 2015)
Fenner Drives recently announced the launch of RotoShield Gearbox Torque Limiters. RotoShield GTL stops damage from costly torque overloa...

33 Cooper Bearing Interactive Split Roller Bearing Selector Offers Online Access to Products, 3D Models for Download (October 7, 2015)
Cooper Bearings recently added an interactive split roller bearing selector to its website, www.cooperbearings.com. “This user-fri...

34 Miki Pulley Launches 3D CAD Product Downloads on Website (December 30, 2016)
Now designers can select and configure the exact Miki coupling, brake and clutch solution for a particular application at the website bel...

35 Thomson Expands Linear Actuator Line with Higher Load Handling Options (April 19, 2017)
Thomson Industries, Inc., a leading manufacturer of mechanical motion control solutions, has expanded its WhisperTrak actuator line to gi...

36 Zero-Max Load Adaptors Connect Pump Impellers in Underwater Applications (October 12, 2017)
Providing a solid connection and mounting platform for a pump impeller can be especially challenging in underwater applications. Typical ...

37 Actuator Offers Long Life and Static Load Capacity (December 13, 2010)
Linear motion control systems and turnkey components manufacturer Nook Industries has recently introduced the Infinity 1 Roller Screw Act...

38 ETP Express Bushings Extend Load Capacity (January 20, 2012)
Heavy duty models of the ETP Express keyless shaft bushings are now available in 20, 40 and 60 mm sizes. Available from Zero-Max, ETP Exp...

39 Gates Offers Paper on the Impact of Overhung Load (July 26, 2012)
Gates Corporation, a global, diversified manufacturer of industrial and automotive products, offers a new white paper, "How Belt Dri...

40 Thomson Actuator Synchronization Offers Stability for Large and Bulky Load Handling (August 17, 2017)
Thomson Industries, Inc., has announced availability of new synchronization capabilities for its Electrak HD heavy duty electromechanical...

41 Haydon Kerk WGS Stages Improve Load Stability (March 31, 2016)
Haydon Kerk Motion Solutions, a recognized leader in linear and rotary motion solutions, has announced the release of its new line of WGS...