Materials handling specialists J.D. Neuhaus (JDN) is set to present its concept study of a new stainless steel air hoist at the forthcoming CeMAT 2016 international exhibition.
This is the world’s leading trade fair for supply chain management and intralogistics, which takes place in Hannover, Germany, on 31 May to 3 June. Exhibiting as part of the Cranes Pavilion in Hall 27 (Stand D68), the company will also be promoting its class-leading service capabilities, giving visitors the opportunity to learn about JDN’s industry-proven project planning and maintenance expertise.
Manufactured under the company’s mantra ‘engineered for extremes’, thousands of JDN pneumatic and hydraulic hoists and crane systems are in service worldwide, with many operating in harsh conditions such as those found on oil and gas platforms, or in mines or foundries. Underwater environments and extreme temperatures (as low as -45°C) are also familiar territories for JDN products, which are renowned for their operational reliability under even the most adverse conditions.
Of course, some indoor applications can be just as testing as external ones, particularly when it comes to equipment that needs to operate in extremely clean and hygienic environments. Indeed, growing demand in this area is what prompted JDN to undertake its conceptual study of a stainless steel air hoist, the results of which will be presented to visitors at CeMAT 2016.
There are clear target markets for stainless steel air hoists, such as the food and beverage sector, for example, as well applications in the chemical, pharmaceutical, medical and aerospace industries. Visitors to the stand at CeMAT 2016 will see that JDN’s detailed study assesses the benefits of using compressed air as a method of operation in combination with stainless steel as the hoist’s construction material. Resistance to corrosion and high levels of humidity will therefore be assured, while the products will also be easy to clean and disinfect, even using high-pressure cleaning equipment.
Cleanroom-based users in the optical and semiconductor industries would also benefit from the use of a stainless steel air hoist. This is because expelled air is extracted, while a bellows is deployed to protect the chain.
The hoists could also be put to work in environments at risk of explosion. The fact that the hoist uses compressed air as the driving media means it is explosion-protected (ATEX), making it suitable for dangerous atmospheres and even where organically flammable chemicals are in use.
Stand visitors will also see JDN Service present its extensive capabilities in project planning for maintenance and overhaul work. Among the initiatives are special spare parts kits and general overhaul kits that have been purpose-designed by the JDN Service team to provide customers with a simplified process for ordering spares. Further aspects of the JDN Service Programme include training courses and hoist rental options. Rental is a popular choice if there is a short term demand for hoists of any capacity.
Further highlights of the JDN display at CeMAT 2016 will include examples of the company’s standard air hoists, such as the best-selling Profi and Mini ranges. The Profi series is designed for heavy-duty industrial applications up to 100t load capacity. Offering 4bar or 6bar air pressure, various explosion protection classifications are available. Profi hoists feature sensitive, infinitely variable speed control for the precise positioning of loads, as well as easy operation, low maintenance requirements and sound absorption.
In contrast, the JDN Mini range widens the range of application in the light duty sector as a handy, flexible and universally deployable air hoist. The ideal tool for most light engineering workshops, the Mini series offers a selection of load capacities between 125kg and 980kg. Designed as a cost effective alternative to hoists that use other driving media, lifting heights of 3m, 5m and 8m are available.
JDN’s friendly team of experts will be on hand throughout CeMAT 2016 ready to discuss any specific applications, regardless of the complexities, and provide an overview of the optimum solutions available.