Lifting Winches
Reliable and Efficient Lifting Winches for Industrial, Mining, and Marine Operations
At Neumann Equipment, we recognize the critical role of reliable and efficient lifting winches in supporting industrial, mining, and marine operations. We understand the importance of having equipment that can withstand the demanding environments and rigorous tasks faced in these industries. That’s why we specialise in designing and manufacturing custom lifting winches that are specifically tailored to meet the unique requirements of each application. With our lifting winches, you can have confidence in the reliability and performance of your equipment. We prioritise quality and ensure that every winch we produce undergoes rigorous testing to meet and exceed industry standards. Our commitment to excellence extends to all aspects of our manufacturing process, from selecting high-quality materials to utilising advanced engineering techniques.
Versatile Applications of Our Custom Lifting Winches
Our custom lifting winches have a wide range of applications across various industries. Whether you need a winch for conveyor tensioning/take-up, coal harrow operations, materials lifting, marine recovery, drill rig applications, or crane operations, we have the expertise to provide the perfect solution for your specific needs. By offering versatile applications, we ensure that our lifting winches can adapt to different tasks and environments. Our team of experienced engineers works closely with clients to understand their unique requirements and design winches that are optimized for their intended applications. This level of customization guarantees that our winches are not only reliable and efficient but also tailored to the specific demands of your industry.
Strength and Durability Assured with Advanced Engineering Techniques
At Neumann Equipment, we prioritize the strength and durability of our lifting winches. To achieve this, we employ advanced engineering techniques and technologies, including Finite Element Analysis (FEA). By utilizing FEA, we can simulate and analyze the structural integrity of our winches, ensuring that they can withstand the heavy loads and harsh operating conditions encountered in industrial, mining, and marine environments. Our lifting winches undergo extensive testing and verification processes. They are designer verified, and we take an additional step by having them third-party verified by a Registered Professional Engineer Queensland (RPEQ). These thorough checks and verifications confirm that our winches meet and exceed the highest standards of quality and safety.
Exceeding Industry Standards – Trust Neumann Equipment for Superior Lifting Winches
When you choose Neumann Equipment for your custom lifting winches, you can have confidence in receiving equipment that not only meets industry standards but exceeds them. We take great pride in our commitment to quality and ensure that every aspect of our manufacturing process adheres to the most stringent guidelines. By exceeding industry standards, we demonstrate our dedication to delivering reliable, efficient, and durable lifting winches that stand the test of time. Our focus on superior craftsmanship, advanced engineering, and strict quality control enables us to provide equipment that surpasses the expectations of our clients.
Let us assist you in finding the right lifting winch for your specific needs. With our expertise and personalized approach, we can work together to design a solution that perfectly aligns with your requirements. Trust Neumann Equipment for superior lifting winches that deliver exceptional performance, durability, and reliability in industrial, mining, and marine operations.
Standard Inclusions:
- Fail-safe multi-disc spring-applied brake,
- The drum is supported with a fully sealed self-aligning outrigger bearing,
- Carbon steel construction,
- Rope terminator designed per AS2074-Wedge Type Sockets,
- Reduction gearbox,
- Factory acceptance testing per AS1418.2,
- All components are grit blasted and primed with two-pack epoxy primer and finished with heavy-duty two-pack epoxy polyamine industrial/marine coatings.
Available Options:
- Line lift capacities – up to 100,000kg,
- Hauling line speeds – up to 50 metres per minute,
- Steel or stainless steel construction,
- Overload detection,
- Overspeed detection,
- Slack rope detection,
- Drum overwind detection,
- Electric/hydraulic drive,
- Electric/hydraulic control system,
- Grooved/plain drum,
- Wire feeder/level winder,
- Tension and distance monitoring,
- Custom-designed electric/hydraulic power pack.
Lift Winches
Call or email us today to discuss your specific requirements
Lifting Winch Image Gallery
The images, drawings, and specifications shown for our lifting winches are indicative and may not represent the current models or configurations. We reserve the right to change the designs and specifications as new models are developed. Neumann Equipment is constantly striving to improve its range of products. Call our expert sales and customer service team to discuss the best product to suit your needs.
Our lifting winches have a range of weight capacities, from smaller models capable of lifting a few tons to heavy-duty winches with capacities up to 200 tonnes. We can tailor the weight capacity to suit your specific lifting requirements.
Yes, we specialise in designing and manufacturing custom lifting winches. We understand that every application is unique, and we work closely with our clients to tailor the winches to their specific needs, including capacity, speed, control options, and other specifications.
Absolutely! Our lifting winches are designed to withstand marine and offshore conditions. They are built with corrosion-resistant materials and coatings to ensure longevity and reliable performance in marine environments.
Yes, we prioritise compliance with industry regulations. Our lifting winches adhere to specific industry standards, such as AS 1418 Cranes, Hoists and Winches, DNV-OS-H2O5 Offshore Lifting, and Lloyd’s Register. Compliance with these regulations ensures the safety and reliability of our winches.
Our lifting winches undergo rigorous testing and verification processes to ensure their strength and durability. They are designer verified, and we engage third-party experts, such as a Registered Professional Engineer Queensland (RPEQ), to conduct thorough checks and verifications for quality assurance.
Yes, we offer comprehensive after-sales support for our lifting winches. Our services include maintenance, spare parts availability, and technical assistance to ensure the continued optimal performance of your equipment.
Yes, we can provide lifting winches suitable for hazardous environments. We can incorporate safety features such as explosion-proof enclosures, spark-resistant components, and compliance with specific hazardous area classifications.
We offer a range of control options for our lifting winches, including manual controls, remote controls, and advanced electronic control systems. We can customize the control setup based on your preferences and operational requirements.
While we primarily focus on the design and manufacturing of lifting winches, we can provide guidance and recommendations for the installation process. We work closely with our clients to ensure a smooth integration of our winches into their operations.
Absolutely! Our experienced Sales team is knowledgeable about our range of lifting winches and can assist you in selecting the right winch based on your specific requirements. We take into account factors such as load capacity, operating environment, and desired functionalities to recommend the most suitable solution for your application.
Neumann Equipment is the industry leader when it comes to the design and manufacture of high-quality lift winches that are tailored to meet your exact needs. With years of experience, we bring practical solutions to clients all around the globe.
Whether you need a winch for a demanding industrial application or a lift winch for marine and offshore applications, our team of experts has got you covered. We take pride in our craft, and we use the best materials and techniques to ensure that every winch we manufacture is of the highest quality.
Our satisfied clients are a testament to the quality of our work, and we are committed to delivering winches that meet and exceed our clients' expectations. So, if you are looking for a reliable and efficient winch that is built to last, look no further than Neumann Equipment. We will work with you every step of the way to ensure that your needs are met and that your project is a success.
At Neumann Equipment, we take great pride in ensuring that every lift winch we produce meets the highest standards of quality and reliability – and we achieve this through rigorous design and engineering in-house by our qualified mechanical engineers using the latest FEA computer modelling software. We also enlist third-party experts to conduct thorough checks to confirm compliance with all relevant specifications and industry standards. When you choose a lifting winch from Neumann Equipment, you can rest assured that you’re investing in a product built to last.
Our commitment to quality goes beyond the design stage, with our fully compliant AS/NZS ISO 9001:2008 Quality Assurance Systems in place from start to finish. And with all our equipment designed and manufactured at our state-of-the-art facility in Currumbin, on the Gold Coast, Queensland, you know you’re getting the best Australian-made quality.
When it comes to lifting winches, you won’t find a better range of options than what we offer at Neumann Equipment. And with our experienced Sales, Service, and Spare Parts team to guide you through the process, you’ll find the perfect lift winch for your needs. So why settle for anything less? Please contact us today to discuss your lift winch requirements and experience the Neumann Equipment difference.
Articles about Lifting Winches:
Lifting winches are essential equipment widely used in various industries, including construction, mining, marine, and offshore. They are designed to lift, move or pull heavy loads and come with different specifications, depending on the application. Australian winch manufacturers have a reputation for producing high-quality and reliable winches, adhering to industry standards and regulations. This essay discusses the design and manufacturing of lifting winches in Australia, focusing on specific industry regulations, such as AS 1418, DNV-OS-H2O5 and Lloyd’s Register.
Design of Lifting Winches in Australia
The need for innovation, efficiency, and safety drives the design of lifting winches in Australia. Depending on the application, the winches are available in different configurations, including hydraulic, electric and pneumatic. Hydraulic winches are popular in heavy-duty applications, such as mining and offshore, due to their high lifting capacity and durability. Electric winches are commonly used in construction and marine industries, where lighter loads are lifted or moved. Pneumatic winches are used in hazardous or explosive environments where electric or hydraulic winches are unsuitable.
The design of lifting winches in Australia also considers the control systems and safety features. Lifting winches are controlled through a remote control or a pendant system, which allows the operator to control the movement of the load from a safe distance. Safety features include emergency stop buttons, overload protection, and limit switches, which prevent the winch from exceeding its capacity.
Manufacturing of Lifting Winches in Australia
Manufactured lifting winches in Australia are carried out by specialised companies with the expertise and facilities to produce high-quality winches. The manufacturing process includes the following stages:
1. Material Selection: The materials used in manufacturing lifting winches are of high quality and durability. They include stainless steel, high-tensile steel, and other materials that can withstand the pressure and stress of lifting heavy loads.
2. Machining: The manufacturing process involves using advanced machining techniques, such as CNC machining, to ensure precision and accuracy in producing winch components.
3. Assembly: The components are assembled by skilled technicians following specific procedures to ensure the winch is built correctly.
4. Testing: The winch is tested to ensure it meets the required standards and specifications. Testing includes load capacity, durability, and safety features.
Industry Regulations for Lifting Winches in Australia
Lifting winches in Australia are regulated by industry standards and regulations to ensure safety, efficiency, and reliability. Some of the industry regulations include:
1. AS 1418 Cranes, Hoists and Winches: This standard provides guidelines for the design, manufacture, testing, and maintenance of winches used in various industries. It covers different types of winches, including electric, hydraulic, and pneumatic.
2. DNV-OS-H2O5 Offshore Lifting: This standard is specific to winches used in offshore applications, such as oil and gas platforms. It provides guidelines for designing, manufacturing, testing, and maintaining winches to ensure safety and reliability.
3. Lloyd’s Register: This classification society provides assurance and certification services to the marine and offshore industries. Winches certified by Lloyd’s Register have been tested and approved to meet industry standards and regulations.
Conclusion
Lifting winches are essential equipment used in various industries, and their design and manufacturing in Australia follow strict guidelines and regulations to ensure safety, efficiency, and reliability. Using advanced technology, materials, and manufacturing techniques ensures that Australian winches are of high quality and durability. Adherence to industry regulations, such as AS 1418, DNV-OS-H2O5 and Lloyd’s Register, ensure that lifting winches in Australia are safe and reliable for use in different applications.
AS 1418 is an Australian Standard that provides guidelines for safely using various industries’ cranes, hoists, and winches. It is a comprehensive standard that covers everything from the design and construction of lifting equipment to its maintenance and inspection. AS 1418 was first introduced in 1983 and has been updated several times to reflect changing industry practices and technologies. This essay will provide an overview of the Australian Standard AS 1418 and its importance in ensuring the safety and efficiency of cranes, hoists, and winches in various industrial applications.
Scope of AS 1418:
AS 1418 applies to all types of cranes, hoists, and winches, including mobile, tower, vehicle-mounted cranes, overhead cranes, gantry cranes, jib cranes, chain hoists, rope hoists, and various types of winches. The standard covers everything from the design and manufacture of these lifting devices to their installation, maintenance, inspection, and testing. It provides guidelines for the safe operation of these devices to reduce the risk of accidents and injuries in the workplace.
Design and Construction Requirements:
AS 1418 provides specific design and construction requirements for cranes, hoists, and winches. These include provisions for the strength and durability of the lifting device, the materials used in its construction, and the safety features that must be incorporated into its design. The standard also provides guidelines for calculating the lifting capacity of cranes, hoists, and winches, to ensure that they can safely lift the loads they are intended to.
Installation and Commissioning:
AS 1418 provides guidelines for installing and commissioning cranes, hoists, and winches. These guidelines cover everything from selecting an appropriate site for the lifting device to testing and commissioning the device once it has been installed. The standard provides specific requirements for the erection of cranes, hoists, and winches, including using appropriate equipment, such as cranes and hoists, to install the lifting device safely.
Operation and Maintenance:
AS 1418 provides guidelines for safely operating and maintaining cranes, hoists, and winches. These guidelines cover everything from training personnel who keep the lifting device to the regular inspection and maintenance of the device to ensure that it remains safe and efficient. The standard provides specific requirements for inspecting and maintaining different components of the lifting device, including the ropes, chains, and electrical systems.
Testing and Certification:
AS 1418 provides guidelines for the testing and certifying of cranes, hoists, and winches, to ensure they are safe and reliable. The standard provides specific requirements for testing different components of the lifting device, including the load-testing of cranes, hoists, and winches, to ensure that they can safely lift the loads they are intended to. It also provides guidelines for the certification of lifting devices, including the documentation and records that must be maintained to demonstrate compliance with the standard.
Conclusion:
In conclusion, the Australian Standard AS 1418 is an essential guideline for safely using cranes, hoists, and winches in various industrial applications. It provides comprehensive guidelines for the design, construction, installation, operation, maintenance, testing, and certification of these lifting devices to ensure that they are safe and efficient to use. By adhering to the requirements of AS 1418, individuals and organisations can minimise the risk of accidents and injuries in the workplace while also improving the efficiency and productivity of their lifting operations.
Lifting winches are used in various offshore industries, including oil and gas, marine research, and renewable energy. A lifting winch is a mechanism used to lift and move heavy loads safely controlled manner. Lifting winches must be designed and manufactured in offshore environments to withstand harsh weather conditions and extreme temperatures. To ensure the safety and reliability of these winches, DNV-OS-H2O5 Offshore Lifting standards have been established, which set out specific requirements for the design and manufacture of lifting winches.
DNV-OS-H2O5 Offshore Lifting Standards:
DNV-OS-H2O5 is a standard for offshore lifting created by DNV GL, a global quality assurance and risk management company. The standard specifies the requirements for the design, manufacture, assembly, testing, and inspection of offshore lifting appliances, including winches. The objective of this standard is to ensure that offshore lifting operations are performed safely and efficiently. The standard also covers the inspection and maintenance of offshore lifting equipment.
Design and Manufacture of Lift Winches:
The design and manufacture of lifting winches must comply with DNV-OS-H2O5 standards to ensure the equipment’s safety and reliability. Manufacturers must consider different factors, such as the load’s weight and size, the lift’s distance, the lifting operation’s speed, and the environment in which the winch will be used.
Winch Frame Design:
Winch frame design is an essential aspect of the construction of lifting winches. The winch frame must be designed to support the maximum weight load and withstand offshore operations’ inevitable wear and tear. The frame must be made of high-strength materials such as steel or aluminium, which can handle loads in harsh weather conditions. It should also be designed to reduce the effects of the dynamic load during the lifting process.
Winch Drum Design:
The winch drum is the main component of the winch, responsible for storing and releasing the wire rope. Selecting the correct drum size, configuration, and appropriate wire rope is essential. In addition, the design must ensure that the wire rope is positioned correctly on the drum to be appropriately wound and unwound.
Brakes:
Brakes are a critical component of the winch system, as they prevent the load from falling in the event of a winch failure. DNV-OS-H2O5 requires winches to have multiple brakes, each with its own power source, to ensure redundancy in the event of a loss. The brakes must also withstand the maximum load capacity of the winch.
Safety Factors:
DNV-OS-H2O5 specifies minimum safety factors for components of the winch system, such as the winch drum, wire rope, and frame. This ensures that these components can handle loads that exceed the winch’s rated capacity, to provide an extra margin of safety.
Testing and Inspection:
After manufacture, lifting winches must undergo rigorous testing and inspection by DNV-OS-H2O5 standards. This includes testing the winch’s maximum load capacity, braking capacity, and performance in various weather conditions. Regular examinations are also required to ensure the winch meets these standards over time.
Conclusion:
In conclusion, DNV-OS-H2O5 offshore lifting standards are a crucial aspect of designing and manufacturing lifting winches. These standards ensure that winches are constructed to withstand harsh offshore environments and can safely and efficiently lift and move heavy loads. By adhering to these requirements, lifting winches can be used in various industries to safely and effectively handle heavy lifting operations.
The Australian Standards (AS) regulate the design, manufacture, and operation of cranes and hoists in the country. Among the AS Standards is AS1418.2, which specifies the testing requirements for cranes, hoists, and winches. The standard outlines the essential testing procedures that must be performed on this equipment to ensure they are safe and reliable. This essay provides a detailed discussion of the testing requirements stated in AS1418.2.
Scope of AS1418.2
AS1418.2 focuses on the testing requirements for cranes, hoists, and winches with a lifting capacity of 500 kilograms or more. The standard provides guidelines on the testing procedures that must be carried out to ensure this equipment complies with the Australian legal requirements and are safe for use in the workplace.
Pre-Test Inspections
Before any testing procedures can be conducted, the equipment must undergo a series of inspections to ensure they are in good condition. These inspections are necessary to identify defects and make essential repairs before testing can commence. AS1418.2 stipulates that pre-test inspections include visual checks, functional tests, and non-destructive testing where applicable. The inspections must be carried out by a competent person qualified to identify defects and make necessary repairs.
Dynamic Load Test
The dynamic load test is essential to AS1418.2 and must be conducted on all cranes, hoists, and winches. The dynamic load test involves using a test load that corresponds to the equipment’s rated capacity. The equipment is subjected to various loading conditions during the test to determine its capacity and stability. The manufacturer’s specifications and Australian Standards must carry out the dynamic load test.
Static Load Test
The static load test is another essential testing requirement of AS1418.2. The test is mainly carried out on cranes and hoists with a lifting capacity of more than 10 tons. During the test, the equipment is subjected to a load equal to 125% of its rated capacity, and it must hold the load for a minimum of five minutes without showing any signs of deformation or failure. The static load test is critical in determining the strength and stability of the equipment.
Function Test
The function test is a requirement applied to all cranes, hoists, and winches. The test involves a series of trials to determine the functionality of the equipment, such as its braking system, limit switches, and other safety features. The function test must be carried out by the manufacturer’s specifications and Australian Standards. Any defects identified during the function test must be rectified before the equipment can be used.
Proof Load Test
The proof load test is a destructive testing requirement carried out on cranes, hoists, and winches. The test involves applying the equipment with a load of 150% of its rated capacity and holding it for a specified period. The primary objective of the proof load test is to ensure the equipment can withstand loads beyond its rated capacity without failure or deformation. The proof load test must be carried out in a safe environment and under the supervision of a competent engineer.
Conclusion
The testing requirements stated in AS1418.2 are essential in ensuring the safe and reliable operation of the workplace’s cranes, hoists, and winches. The standards specify the essential procedures that must be carried out to ensure equipment complies with the Australian legal requirements and is safe for use. By adhering to the testing requirements, companies can minimise the risk of accidents and injuries in the workplace while improving the efficiency and productivity of their lifting operations.
Offshore lifting is one of the most crucial operations in offshore oil and gas exploration, marine research, and other similar offshore industries. The lifting process involves the movement of heavy loads, which requires specialised equipment, including lifting winches, cranes, and hoists.
To ensure the safety and reliability of offshore lifting operations, the International Maritime Organization (IMO), the American Bureau of Shipping (ABS), and other regulatory bodies have developed specific guidelines and standards for manufacturers and operators of offshore lifting equipment to adhere to. One of those standards is the DNV-OS-H2O5 Offshore Lifting Standard.
The DNV-OS-H2O5 Offshore Lifting Standard provides guidelines and requirements for the design, manufacture, installation, and operation of offshore lifting techniques and equipment, including lifting winches. The standard ensures that lifting operations are performed safely and efficiently, with minimal environmental impact.
Design and Manufacture of Lifting Winches in Compliance with DNV-OS-H2O5
The design and manufacture of lifting winches play a crucial role in ensuring offshore lifting equipment’s safe and efficient operation. Therefore, manufacturers of lifting winches must comply with the relevant standards, such as the DNV-OS-H2O5, to ensure that their products meet the required safety and reliability standards.
Design Considerations
Lifting winches are an essential component of offshore lifting equipment, and their design must consider specific factors, including the lifting capacity, speed, and environmental conditions. Compliance with DNV-OS-H2O5 requires manufacturers to ensure that the lifting winches they produce meet the required strength, durability, and reliability standards.
Environmental Conditions
Offshore lifting operations can be challenging due to the harsh environmental conditions experienced at sea. Therefore, the design of the lifting winches must meet the requirements outlined in the DNV-OS-H2O5 standard for the specified environmental conditions. This includes resistance to corrosion, saltwater damage, and other environmental factors.
Manufacturing and Testing
Manufacturing and testing are critical stages in the production of lifting winches. The DNV-OS-H2O5 standard sets specific requirements for the manufacturing process and testing procedures to ensure that the finished product meets the necessary safety and quality standards.
Manufacturing Process
Manufacturers must ensure that the lifting winches are produced using the correct materials and manufacturing processes to meet the required specifications outlined in the DNV-OS-H2O5 standard. Employing inferior materials or manufacturing processes can result in weak and unreliable products, resulting in accidents and fatalities.
Testing Procedures
Testing is a critical stage in the manufacturing process of lifting winches. Manufacturers must comply with the testing requirements outlined in the DNV-OS-H2O5 standard to ensure that the lifting winches meet all the necessary safety and performance standards. This includes load testing, endurance testing, and other tests required by the standard.
Operational Considerations
After the design and manufacturing of lifting winches, the operational phase is the next crucial stage that requires strict adherence to DNV-OS-H2O5 requirements. The standard provides guidelines and requirements for installing, maintaining, and operating lifting winches to ensure their safe and efficient use.
Installation
Installing lifting winches must comply with the DNV-OS-H2O5 standard requirements to ensure safe and efficient operation. This includes proper anchoring, alignment, and connection to other offshore equipment.
Maintenance
Proper maintenance of lifting winches is critical to their safe and efficient operation. The DNV-OS-H2O5 standard provides guidelines and requirements for maintenance procedures, including regular inspections, repairs, and replacement of worn-out or damaged components.
Conclusion
The DNV-OS-H2O5 offshore lifting standard is an essential guideline that ensures offshore lifting equipment’s safe and efficient operation, including lifting winches. The standard sets specific requirements for the design, manufacture, installation, and operation of lifting winches to ensure their safety and reliability. Manufacturers of lifting winches must comply with the standard to produce safe and reliable products that meet the required specifications. Adhering to the DNV-OS-H2O5 offshore lifting standard ensures that lifting operations are performed safely, minimising the risk of accidents and fatalities in the offshore industry.
Neumann Equipment is an Australian company specialising in designing and manufacturing a range of winches, lifting, and rigging equipment used in various industries. The company has operated since 1967, and its products are well-regarded for their quality, reliability, and durability. Neumann Equipment complies with Australian standards and regulations and international standards such as DNV-OS-H2O5 Offshore Lifting and Lloyd’s Register when designing and manufacturing its lifting winches.
AS 1418 Cranes, Hoists, and Winches:
Neumann Equipment designs and manufactures its lifting winches in compliance with the Australian standard AS 1418 Cranes, Hoists, and Winches. This standard provides guidelines on the safe design, manufacture, installation, and operation of cranes, hoists, and winches. Neumann Equipment’s design process for lifting winches begins with thoroughly assessing the customer’s requirements and specifications. These specifications include the intended application, load capacity, lifting speed, and safety features required.
Neumann Equipment’s design process for lifting winches considers the safety factors such as the maximum load capacity, safety factors, and the materials used to manufacture lifting winches. According to AS 1418, safety factors are applied to ensure that the equipment can handle the maximum load capacity and avoid equipment failure or accidents. Neumann Equipment employs experienced engineers and designers to ensure their lifting winches are designed and manufactured in compliance with AS 1418.
DNV-OS-H2O5 Offshore Lifting:
Neumann Equipment also designs and manufactures lifting winches in compliance with international standards such as DNV-OS-H2O5 Offshore Lifting. This standard specifies the requirements for designing and manufacturing lifting equipment in offshore lifting operations. It covers various aspects, including load capacity, safety features, and durability.
Neumann Equipment’s lifting winches are designed and manufactured to meet the requirements of DNV-OS-H2O5. The company uses high-quality materials such as stainless steel and alloy steel to ensure the durability and reliability of its lifting winches. Furthermore, Neumann Equipment’s lifting winches are subject to rigorous testing and inspection to ensure they meet the safety and quality standards specified in DNV-OS-H2O5. These tests include load testing, non-destructive testing, and visual inspection.
Lloyd’s Register:
Neumann Equipment also designs and manufactures lifting winches in compliance with the regulations set by Lloyd’s Register. Lloyd’s Register is a global organisation that provides technical assessment and certification services for various industries, including the marine industry. Lloyd’s Register certification ensures the equipment is designed and manufactured to meet maritime operations’ safety and quality standards.
Neumann Equipment’s lifting winches are designed and manufactured to meet the standards set by Lloyd’s Register. The company employs experienced engineers and designers to ensure that the lifting winches are designed in compliance with the Lloyd’s Register regulations. Furthermore, the company’s manufacturing process is subject to rigorous inspection and testing to ensure that the lifting winches meet the safety and quality standards set by Lloyd’s Register.
Conclusion:
In conclusion, Neumann Equipment’s commitment to compliance with industry regulations ensures that its lifting winches are designed and manufactured to meet the safety and quality standards required for their intended applications. AS 1418 Cranes, Hoists, Winches, DNV-OS-H2O5 Offshore Lifting, and Lloyd’s Register are just some of the regulations Neumann Equipment complies with the design and manufacture of its lifting winches. The company’s rigorous design and manufacturing process and commitment to quality and innovation make Neumann Equipment a trusted partner for businesses across various industries.
