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Cranes are a type of material handling equipment used to facilitate the movement of bulky or heavy materials around industrial and commercial worksites. While they are available in many designs and configurations to suit different applications, they generally consist of the same four basic components. Each of these components serves a different function that, when combined with those of the other components, enables the crane assembly to lift and position loads as intended.
Below, we provide a more comprehensive overview of each of the four key crane components.
Parts of a Crane
Cranes consist of four key components:
The hook element of a crane is the part that holds or carries the load and connects it to the hoisting element. Due to its function, it experiences a significant amount of wear during operations, which makes it one of the parts that need to be regularly replaced.
The hoist element of a crane provides the vertical lifting and lowering power. Its lifting and lowering capacity is influenced by its design and construction. For example, chain hoists offer load capacities of ≤5 tons, while wire rope hoists offer load capacities of ≥5 tons. Similarly, hand-powered hoists are suitable for lighter loads, while electric-powered hoists are suitable for heavier loads.
Some cranes feature a main hoist and auxiliary hoist. The former is used to handle heavier loads at slower speeds, while the latter is used to handle lighter loads at faster speeds.
The trolley element of a crane provides the horizontal movement power. It is designed to move the hoist and hook components along a track or beam across the top (top-running trolleys) or bottom (bottom-running trolleys) of the bridge component.
Some cranes feature bogies. These short end trucks allow for the placement of multiple wheels at each corner of the crane to ensure more even load distribution.
The bridge element of a crane is the part that bears the weight of the load and the other crane components (e.g., hook, hoist, and trolley). It runs the entire length of the crane system, allowing the trolley and, consequently, the attached hoist and hook to move horizontally across the worksite.
The bridge consists of large horizontal structural beams—i.e., girders—supported by end trucks. The girders generally have a slight upward vertical curved—i.e., camber—to compensate for the deflection caused by the weight of the load and the other crane components. Depending on the load requirements, the bridge may have a single or double beam configuration. The rectangular cross-section of the girders, trucks, and other members, consisting of two rolled steel side plates and a top and bottom plate, is known as the box section.
ACECO: Your Expert, Craftsman, & Partner for Cranes, Hoists, and Other Material Handling Equipment
Cranes play an essential role in a variety of industrial and commercial applications. However, it is important to choose a design and configuration that accommodates the load and other work requirements of the job site. Otherwise, there is a risk of the unit failing and causing employee injury or equipment damage. If you need assistance selecting and sourcing a crane for your facility, ACECO has got you covered.
At American Crane & Equipment Corporation, we specialize in manufacturing standard and custom cranes, hoists, and other material handling equipment. Equipped with extensive industry experience and highly skilled engineers, we are the ideal expert, craftsman, and partner for all load lifting and positioning needs. To learn more about our products and services or discuss your equipment requirements with one of our team members, contact us or request a quote today.
Safety is a crucial factor in any job site. According to the Occupational Health and Safety Administration (OSHA), the Crane Manufacturers Association of America (CMAA), and the American Society of Mechanical Engineers (ASME), organizations must regularly inspect and maintain their cranes to prevent worksite accidents.
Industrial cranes are responsible for lifting heavy loads. Over time, they experience wear and tear and could break down without routine maintenance, endangering everyone on the worksite. OSHA outlines two types of inspections: frequent and periodic. The inspection checklist for your cranes will depend on the type of inspection performed.
Crane Inspection Requirements
OSHA standard 1910.179 dictates the requirements for successfully carrying out crane inspections. These requirements include:
- Cranes should follow a routine inspection schedule to enhance workplace safety.
- An inspection of the crane should be conducted before its initial use.
- Once the crane is placed into service, two types of inspections should be carried out, including frequent and periodic inspections.
- Only a qualified OSHA inspector can perform crane inspections.
Frequent Vs. Periodic Inspections
It is critical that cranes be inspected more than once per year. For this reason, OSHA 1910.179 dictates two categories of overhead crane inspections based on the intervals at which the inspections should be performed. These intervals depend on the nature of critical crane components and the extent of their exposure to deterioration, wear, or malfunction. The two classifications of crane inspections are frequent and periodic.
Frequent inspections are performed daily or at monthly intervals. The checklist for this type of inspection includes:
- Maladjustments interfering with the proper operation of the crane
- Deterioration or leakage in pumps, hydraulic systems, lines, valves, or tanks
- Deformed or cracked hooks
- Defective hoist chains
- Faulty wire rope reeving system
- Extreme wear of components
Periodic inspections are performed in monthly intervals throughout the year. The checklist for this type of inspection includes:
- Worn tires
- Deterioration of chain drive sprockets
- Faulty or unsafe power plants
- Wear on brake and clutch systems
- Loose bearings or rivets
- Deterioration in electrical apparatus such as limit switches, push-button stations, and controller contactors
- Overstretch of chains
- Inaccuracy in indicators
- Distorted bearings
Crane Inspections at American Crane
A routine crane inspection and maintenance schedule is crucial to ensure workplace safety. At American Crane and Equipment Corporation, We are Your Expert, Craftsman, and Partner as well as a leading manufacturer of cranes, hoists, and other material handling equipment.
American Crane’s service and parts department can offer services including OSHA and other crane inspections. Our certified technicians can ensure that your cranes meet all current standards and codes, assuring complete compliance with OSHA requirements. For more information, or for help with your crane inspection needs, contact us or request a quote today.
In 1927, some of the country’s top crane manufacturers established guidelines for standardization in the quality and performance of cranes. They created the Electric Overhead Crane Institute (EOCI) to advocate for the safe operation of crane equipment and other products. Over the years, that organization evolved into the Crane Manufacturing Association of America, Inc. (CMAA).
As an independent trade association, CMAA is affiliated with the Material Handling Industry (MHI). It works to develop crane classifications, engineering specifications, inspection requirements, and maintenance factors while promoting education and professional development for members and advocating for safety within the industry.
CMAA Ensures Safety
Workplace accidents and injuries will always be a concern when working with cranes and other heavy equipment, but together we can all do more to prevent them. OSHA, via the CHM Alliance, works with a variety of organizations, including unions, trade organizations, businesses, faith- and community-based groups, and more, to create a culture of safety where employers take all necessary precautions and employees feel empowered to speak up about safety concerns.
The goal of these partnerships is to educate people about their rights and responsibilities regarding safety. They develop and provide compliance tools and educational resources.
CMAA Determines Inspection Requirements
Safety starts with equipment that works properly. The CMAA crane classifications help people choose the overhead hoist that is right for the job. This ensures the proper fit and speed related to what you’re lifting.
After you have the right hoist, you need to make sure it’s in working order every day. The Occupational Safety and Health Administration (OSHA), the American Society of Mechanical Engineers (ASME), and the Hoist Manufacturers Institute (HMI) all dictate regular overhead hoist inspections, which allow you to identify any problems with the equipment before you use it.
Hoist inspections are not to be performed by anyone without the proper training. That formal education should include training in operations, crane safety codes along with federal, state, and local regulations, crane and overhead hoist terminology, and how to document findings. The CMAA specifies that crane inspectors need a minimum of 2,000 field experience hours in maintenance, servicing and repairing, and testing and modifying cranes and hoists.
Maintenance Factors Are Established by CMAA
Each type of hoist has its own set of guidelines for maintenance as set by the CMAA, and OSHA and ANSI outline when cranes should be inspected:
- Initial:New and altered cranes must be inspected to ensure compliance with regulations.
- Functional:Cranes should be inspected before every shift. Following a daily hoist inspection checklist ensures you don’t forget anything or grow complacent with the inspection.
- Frequent:These inspections include everything in the functional inspection as well as operating mechanisms. These are performed more often if the crane is in heavy use.
- Periodic:The frequency of these in-depth inspections also depends upon how heavily the crane is used, which may be annually or quarterly. Some states require more frequent periodic inspections, no matter how often the crane is used. California, for example, requires quarterly inspections.
Your daily hoist inspection checklist will help you discover any damages and concerns like excessive wear, shiny surfaces, corrosion, leaking engines or cylinders, or blistering hoses. These may indicate you need maintenance or repair, which is essential to keep your crane running safely.
CMAA Members Respond in Crisis Situations
Now more than ever, the companies of the MHI Overhead Alliance are committed to their employees and communities. These uncertain times have called for continual evaluation and consideration to make sure everyone is doing everything they can to help.
CMAA has been supporting those customers serving at the front lines of the pandemic. Communication efforts have increased, particularly email from key leaders, project managers, and account managers, to keep people posted about projects and operations, all of which are moving forward. Members have stepped up to fulfill vital needs, including the design and customization of overhead handling equipment to be used for producing life-saving medical equipment. Various suppliers have fulfilled emergency deliveries of parts for crane maintenance and repair. Others have focused on charitable outreach by donating PPE to local hospitals and sending funds to non-profit organizations.
CMAA recognizes the vulnerability of the community at this strange and sensitive time. They want to help, and they will continue to identify ways to do so. Moving through the crisis means moving through it together.
American Crane is a member of the Crane Manufacturing Association of America, and we’re proud to be part of an organization that prioritizes crane and hoist safety and steps up to serve the community in difficult times.
As your Expert, Craftsman, and Partner in cranes and equipment, our primary objective is to make your job easier with turnkey material handling solutions for nuclear, aerospace, energy, and general manufacturing applications. Our integrated approach, in-house resources, depth of capabilities, and years of experience allow us to provide high-quality solutions with friendly, prompt service. Contact us to learn more.
In the manufacturing and construction industries, overhead cranes lift and transport necessary materials for a wide range of applications. When installed and used properly, these systems facilitate safer, more efficient operations. However, improper installation and usage can cause accidents that result in severe injury to life and limb. The key to preventing these incidents is recognizing their sources so industry professionals can better understand how to avoid them.
The following blog post outlines the four major hazards related to crane installation and usage and the recommended safety procedures to circumvent them.
Common Crane Hazards
Most overhead crane accidents stem from one of four major causes:
1. Excessive Load
OSHA estimates that 80% of all crane accidents and failures result from exceeding the rated capacity of the crane. Overloading can cause significant damage to the crane, decreasing its structural integrity and often leading to complete failure. Once these occur, crane operators and nearby personnel can be injured by falling or failing parts.
Overloading may occur in several different ways:
- Handling a load heavier than the crane’s capacity
- Swinging, dragging, or suddenly dropping a load
- Side-loading a boom (Any time the load’s center of gravity is not directly under the crane.)
For crane operators, understanding these leading causes of overloading and how to avoid them necessitates comprehensive training. A typical training regimen may include imparting knowledge about the principles of load handling and hoisting capacities for various conditions and operating conditions.
2. Falling Materials
In the workplace or at a jobsite, falling materials can cause significant injuries or fatalities. These incidents can occur due to many reasons, such as:
- Visual impairment
- Improper or inadequate rigging of materials
- Mechanical failure
- Ill-timed movement of materials
- Operator incompetence
Most, if not all, causes of falling materials can be avoided through the careful operation of the crane, which is facilitated by employing well-trained and qualified crane operators.
3. Insufficient Inspection and Maintenance
Through use in operations, loading bearing equipment experiences damage that can affect performance. This damage can take the form of worn-out ropes, electrical wires, and structural components. As these systems play a critical role in lifting and transporting heavy materials, ensuring they are in proper working order through regular inspection is essential to preventing employee injuries and fatalities.
As outlined by the Crane Manufacturer’s Association of America (CMAA), crane inspectors should have the following:
- At least 2,000 hours of experience inspecting, maintain, repairing, and testing cranes and hoist equipment
- Knowledge of safety and design standards; federal, state, and local codes; and safe operating practices
- Understanding of proper reporting and documentation protocols
There are four types of inspections, some performed by a crane inspector and some by the operating personnel:
- Initial Inspection: OSHA 1910.179requires an initial inspection for all new and altered cranes.
- Pre-shift Inspection: It is advisable to do an inspection every time there is a change in the crane operating crew, such as when a new shift starts.
- Frequent Inspection: These are done by certified inspectors. The frequency of these inspections varies with the type, size, and capacity of the crane.
- Periodic Inspection: These are detailed visual inspections and operational checks that cover every part of the crane.
Partnering With American Crane
At American Crane & Equipment Corporation (ACECO), we provide a wide range of material handling equipment, including overhead cranes, for a diverse set of industries including aerospace, automotive, construction, marine, mining, and waste processing. As a leading manufacturer of high-quality standard and custom systems, we fully understand the nuances of safe and efficient crane operations and make sure to adhere to all CMAA Guidelines. To learn more about how to identify and avoid common crane hazards, contact us today.
Dependable equipment is critical to your business. It keeps processes running, protects materials, and increases employee safety. Forklifts must be well-balanced and overhead cranes must be sturdy and steady enough to lift heavy loads. Unfortunately, in spite of safety standards, cranes are often pushed beyond their limits. Like all equipment, cranes wear down over time, and as they do, their capacity decreases.
What can you do when your overhead crane is no longer up for the work you need it to do? You can replace your crane or you can rebuild it. In this blog post, we’ll look of the benefits and drawbacks of each solution to help you make the best decision for your company.
In the short run, it’s tempting to opt for the quicker, less expensive option of repairing equipment as issues arise. Depending on the cause of the problem, however, however, these up-front savings could impact your crane’s long-term performance and reduce employee safety over the long haul.
Here are some signs it’s time to allocate funds for a new crane:
- Safety issues. Don’t compromise on employee safety. Track the frequency of injuries and breakdowns, especially if you can’t pinpoint the cause of these problems. If you’re not sure whether these issues are substantial enough to require a replacement, contact a professional to inspect your crane and make a recommendation.
- Repeated repairs.An occasional repair doesn’t mean it’s time to scrap your crane. However, if repairs are becoming a regular ritual or each fix just seems to lead to more problems, it’s probably time to either replace your crane or replace key parts.
- Decreasing efficiency.Take a look at your crane’s performance data. Has its speed or weight-bearing ability dropped over time? Has operating the crane become more difficult for your workers? While these changes might seem minor at first, they can ultimately affect the effectiveness and profitability of your operation.
- Expired warranties.If the warranty on a part or system has expired, its best days are probably behind it. Many parts also have manufacturer-recommended replacement timelines. It’s best to replace expired components as soon as possible.
If your crane is structurally strong and free of deterioration or damage, rebuilding could extend its life without sacrificing safety or effectiveness. An overhaul or upgrade might be all you need to minimize malfunctions, increase dependability, comply with safety standards, and protect your operators.
Here are some situations where an otherwise sound crane might be a good candidate for repair/rebuild.
- Insufficient capacity. Older cranes had limited weight capacities, but technology improvements
over the past couple of decades mean that many older cranes can be retrofitted to handle heavier loads.
- A specific system has broken down.Individual crane systems deteriorate over time. Once-adequate systems might also no longer be up to the demands of modern manufacturing. By updating lift, drive control, hydraulic, computer, or other systems, you could give an otherwise sound crane many more good years.
- Safety features have worn down. Railings, walkways, steps, ladders, and other safety features may wear out long before your crane does. Upgrading these features allows you to continue using your crane while still complying with relevant safety standards.
Crane Repair and Replacement From American Crane
The experts at American Crane are ready to help you find the optimal overhead lifting solution for your facility. We offer an extensive range of repair services, or if you think it may be time to replace your overhead crane we’ll schedule a professional consultation with our crane technicians and evaluators. Please contact us with any questions or concerns about repair or replacement.
Want to read more? Download our Crane Buyers Guide to learn more about the upgrades or replacements we offer for your applications.
Below-the-hook lifts are crucial for the safe transport and movement of loads when using cranes and hoists. The goal of a below-the-hook lift is to attach a load to the crane or hoist and secure that load until it reaches its final destination. The lift serves as the connection between a hoist and its load, and must therefore be able to sustain heavy loads while maintaining a high level of stability.
A below-the-hook lift may consist of magnets, lifting beams, grapples, or vacuum lifters, and often includes secondary components such as slings, hooks, and rigging hardware. The materials and equipment used in below-the-hook lifts vary widely depending on the application. Due to their critical nature, below-the-hook lifts are highly regulated by the American Society of Mechanical Engineers (ASME), which provides guidelines for designs, inspections, and testing to ensure a standard level of quality.
An Overview of Below-the Hook-Lifting
Cranes and hoists are necessary for a wide variety of circumstances, which often requires engineers to customize the design of below-the-hook lifts to meet the needs of a given project or application. Below-the-hook lift designs are frequently adapted to account for a load’s center of gravity, shape, and size, and customization of these designs helps to guarantee safe operation of crane equipment and efficient transport of the load or loads.
In order to ensure that the below-the-hook lift is designed for optimal use, both the manufacturer and the customer participate in the engineering process for each application. This ensures design engineers and project managers consider the precise needs for the project so that they can produce a lifting solution that meets every need.
There are a wide variety of mechanical below-the-hook devices for use with cranes and hoists, including:
- Lifting magnets
- Spreader and lifting beams
- Crane grapples
- Custom Devices
Each design can be specifically modified with custom designed claws, hooks, tongs, and latches to ensure the most secure fit. Depending on the needs of the application, mechanical below-the-hook devices can be operated using electronic or hydraulic means.
Advantages of Below-the-Hook Lifting Devices
Below-the-hook lifting devices are the ideal option to provide the safest and most reliable load transport. Although traditional slings of wire rope, alloyed metal chains, or durable synthetic materials are easier to construct, they are not the safest way to move loads and often move or shift unexpectedly. Unpredictable load bearing puts both equipment and workers at risk, especially when transporting loads with an unusual shape, size, or weight.
Below-the-hook lifts are specifically designed to ensure optimal control of the load. Not only do they enhance the safety of the worksite, they save you time and money that would otherwise be spent finding a creative workaround with a sling or other existing equipment.
Since they are highly customizable, below-the-hook lifts are useful for even the most difficult loads. For example, if your project requires the ability to lift loads with varying centers of gravity, they can easily be managed with a custom designed below-the-hook lift with an adjustable bail. Whatever your project needs, a lifting device can be designed to move your loads more efficiently and safely.
Below-the-Hook Lifting Devices from American Crane
Below-the-hook lifting devices must be carefully designed in collaboration with experienced engineers and customers in order to ensure the safety and security of load transport in any project or application. At American Crane, we pride ourselves on providing the highest-quality custom cranes and hoist equipment in the industry. Our knowledgeable and experienced engineers are capable of designing systems to secure and move loads for a wide range of projects and applications. For more information on our below-the-hook lifts, contact us today.
Employees move in and out of manufacturing facilities and shipping/receiving areas many times during a normal work day. When doing so, they must coexist with a wide variety of large and dangerous equipment.
Overhead lifting systems work within a specific area to limit potential risks posed to employees and bystanders. Doing so allows lifting equipment to operate as efficiently as possible without affecting your facility’s safety levels.
Properly implemented overhead lifting systems allow product to be transported safely. Have you considered the costs related to OSHA citations, increased workers’ comp rates, potential lawsuits, medical expenses, and the temporary or permanent replacement of an injured employee? These issues cost employers billions of dollars annually. This makes investing in the safest lifting and moving systems more than just ideal—doing so is a practical, cost-saving proposition.
Inspection Requirements for Overhead Cranes and Parts
Overhead Crane Requirements
Routine inspections are required to guarantee continued safe operation of overhead cranes because of the size and weight of the objects they regularly lift and transport overhead. Whether a crane is new or altered, an initial inspection is necessary before it can be used.
Once overhead cranes are placed into service, they require two unique types of inspections:
- Frequent inspections, which occur daily to monthly
- Periodic inspections, which are completed 1–12 times per year
These types of inspection are intended to examine key components of the crane. This helps to determine the extent of malfunction, deterioration, or wear and tear on the crane’s components.
Items that Need Inspection and Their Frequency
The following items require daily inspection:
- Functional operating mechanisms: These systems must be checked for maladjustment
- Hydraulic and air system components: Valves, lines, tanks, drain pumps, and other components must be checked for deterioration or deficiency
- Crane hooks: These must be checked for cracks or deformation
There are also several features that require monthly inspections or other actions:
- Rope and end connections: These must be run to check for broken strands or wear every month
- Hoist chains and end connections: These must be checked for distortion, twit, excessive wear, or anything else that may interfere with their proper function or cause them to stretch beyond their manufacturer’s recommendations
- Written records: All records must be carefully updated with each inspection that is performed
Other inspections are performed on an as needed basis. Test functional operating mechanisms for excessive wear regularly. This may be daily or monthly depending on the amount of use your crane system gets. Rope reeving inspections should be completed as needed or recommended per the manufacturer’s instructions.
Maintenance and Design Requirements
OSHA specifies a number of design requirements pertaining to the construction of the crane’s cab and its controls. OSHA also outlines many regulations that govern the cab’s lighting, footwalks, ladders, and stairways. OSHA recommendations additionally cover the following components:
- Bridge and trolley bumpers
- Hoist, holding, trolley, and bridge brakes
- Electrical components
- Hoisting equipment
- Warning devices
You must implement a preventative maintenance program according to the recommendations of the crane manufacturer. If you detect any unsafe conditions or deteriorated components during your required inspections, you must complete maintenance before you can use the crane again.
Only designated personnel are allowed to perform the necessary repairs and maintenance. The requirements of 29 CFR 1910.147, the control of hazardous energy or tagout/lockout, should be used to de-energize the crane.
Learn More About American Crane’s Lifting Solutions
Maintaining effective overhead crane safety practices is crucial for preserving equipment and employee safety. American Crane builds a wide range of lifting devices designed to comply with OSHA regulations and maximize safety on your production floor.
To learn more about how to ensure your critical lifts comply with the strictest safety standards, download our free eBook, “No Room for Error: A Guide to Critical Lift.” If you would like to learn more about American Crane’s services and capabilities, don’t hesitate to contact us today.
Thanksgiving Campaign Will Benefit Greater Berks Food Bank
The community we call home is important to us at American Crane, and we love getting the chance to give back. This November, we’re launching a campaign with the Greater Berks Food Bank to help feed hungry families for the holidays.
With every parts order placed during the month of November, the American Crane team will donate a can of food to the charity. Donations support their full network of programs, including providing healthy meals, emergency food supplies, a food pantry, as well as specific initiatives for youth and seniors in need.
The Greater Berks Food Bank has supported our area since 1983, and is dedicated to feeding over 60,000 people each year. Without food donations this organization would not be able to accomplish their mission.
With 40,000 standard cranes and hoists, rigging items, trolleys, lifting devices, spare parts and specialized products in our online store, there are plenty of ways to pitch in and help. Even specialized hoist orders contribute to the effort, including:
American Crane’s online parts store offers a vast inventory to support heavy lifting needs in a variety of industries. Standard and customized hoists, cranes and material handling solutions are just the beginning of their 80,000 piece catalogue.
For special projects and needs beyond the standard catalogues, our Service and Parts Department provides load testing, retrofit, product support, outage support, and upgrades, OSHA and other inspections, spare parts and custom fabrications.
Check out our online store now, or submit a request for more information on your custom order. If you’d like to get involved directly with our friends at the Greater Berks Food Bank, learn more about what they do at www.berksfoodbank.org. Cheers to the holiday season!
How One Team Handles Materials, Problems, and More
Solving complex problems with real customer impact is what we do at American Crane & Equipment Corporation.
From concept to physical existence, our team builds solutions for companies of all kinds. Our environment is dedicated to problem-solving from the inside out — by definition, our company fosters the appreciation of all members’ creative diversity through trust, respect, and openness.
This dedication is a huge part of American Crane’s goal as a company. We seek to increase our competitive advantage through improving overall company efficiency by managing and leveraging this creative diversity. It improves communication and teamwork and has led to reduced friction costs and sustainable organizational success.
This problem-solving culture is reflected in every machine we make — overhead lifting systems from American Crane are designed to solve problems in workplaces of all kinds.
Hooks, hoists, magnets, and other devices affixed to overhead cranes can lift, move, and place loads for maximum facility coverage. Their range can span a narrow corridor for a dedicated task, or be designed to span an entire facility, moving any material for any process.
Simply versatile, this type of machine is similar to a crane, designed to lift and move freely suspended loads. They’re useful in manufacturing facilities as well as in construction and warehousing environments, using wire, rope, or chain to move materials.
This unique overhead lifting solution runs on tracks in either a single circuit or a route network. Installed directly into the roof of a facility, one or more carriers traverse the tracks to transport materials. They’re ideal for dangerous or hard-to-reach applications, eliminating the opportunity for human error with the fixed track system.
Each of these systems can be adapted and engineered to solve a company’s specific problems. Additionally, they do so while taking up minimal space, being installed along the edges or — in the case of monorails — on the roof of a facility. As a strong, long-lasting high-load solution, these machines offer durability and versatility in moving a wide variety of materials and containers, making workflow easy and effective.
Beyond all of these benefits, these overhead lifting systems reduce injuries and physical stress on employees. Workplace safety is the number one priority at American Crane. We are devoted to maintaining a safe, healthy work environment, because we value our employees as individuals and as part of our overall success.
We’re proud to be able to share tools to help solve problems and enhance wellbeing and safety for our fellow manufacturers. Learn more about our problem-solving solutions by downloading our free eBook, The Ultimate Cheat Sheet for Overhead Equipment.
October is a month full of awareness campaigns and holidays – some more widely recognized than others. We’ve become accustomed to seeing football players don bright pink shoes and gloves in support of breast cancer awareness; we look forward to seeing what crazy costumes people can come up with for Halloween; and for the perennially stressed, there’s even Moment of Frustration Day to let out all of that pent up energy (not that this is ever an issue in our office).
But here at American Crane, we feel it’s important to celebrate and promote some additional holidays that particularly matter to those of us in the industrial space. In October, for example, we celebrated Manufacturing Day on Friday, October 3rd, and we’re also pleased to celebrate Nuclear Science Week this month, which runs from October 20th to the 24th. This is a national event aiming to educate people about the field of nuclear science. Each year, one U.S. city is chosen to host the main Nuclear Science Week event, and this year it’s Seattle’s turn. Across the country, numerous events will be taking place before, during and after the actual week-long celebration. For a full schedule of events, check out the Nuclear Science Week Calendar of Events.
As October winds down, what other events are you celebrating this month? Let us know on Twitter!