Industry Blog

Pharmaceutical Lifting Column

The lifting and handling of heavy containers is extremely common in the pharmaceutical industry, where bulk containers, full of powder, are often manouvered around a factory.  The manual handling of these containers can be extremely dangerous and highly inefficient.

Hanningfield’s ‘Uni-Hoist’ lifting column is capable of lifting up to 1,500 kgs/hr and can lift, turn and invert bulk containers for ease of operator use.  This automated material handling can also increase productivity.

For more information on Hanningfield’s IBc and drum lifting columns, please click here.

Simple, Hygienic, Reliable

Hanningfield are proud to manufacture high quality equipment for the pharmaceutical, food and chemical industries.  In over 20 years we have learned the significance of keeping our equipment simple, hygienic and reliable.

Simple: Easy-to-use and easy-to-clean.  We keep our equipment simple to maximise your productivity and minimise your downtime.

Hygienic: Our equipment is made using stainless steel to meet the hygiene needs of the process industries.  Every care is taken to ensure the equipment meets customers expectations, whether this involves polishing out welds or creating an ‘easy-clean’ tri-clover design.

Reliable: Your process relies on your equipment - we know that.  Our equipment is designed to be dependable and to last help you meet the toughest of your processing challenges.

Pharmaceutical Dust Control

Dust control has become extemely important in the pharmaceutical industry.  As increasingly potent API’s are used in manufacturing, the risks associated can pose a serious problem.  One major concern is the operator hazard at being exposed to harmful substances which can be dangerous to health.  Another major concern is the safety of the process room itself, as the build up of powder can result in potentially fatal circumstances, as evidenced by the West Pharmaceutical Services dust explosion tragedy which took the lives of 6 people in North Carolina, 2003.

The Hanningfield ‘Uni-Dust’ Cyclone captures excess processing dust in the process room, to ensure powder does not escape to become a hazard to workers or the environment.  The cyclone also prevents a dangerous mix of powders from forming at the central dust extraction system, which again can be highly hazardous.  This again highlights the importance of pharmaceutical dust control.

To learn more about how the Hanningfield Uni-Dust cyclone can improve the safety of your process, please click here.

Vacuum Transfer of Pharmaceutical Powders

Vacuum transfer is an automated method of transporting material from Point A to Point B of a process, such as sucking powder directly from an IBC and transporting it to a hopper which will then load a tablet press.

This automated system negates the need for manual handling whilst offering increased throughput and safety.

For more information on vacuum transfer systems, please click here.

Dust Containment - Make Your Process Safe

The containment of dust during pharmaceutical, food and chemical processing is vital.

Any excess dust which is not properly captured can enter the working environment and compromise the safety of workers.  Airborne dust particles can be extremely hazarous, hence the containment of this becomes vital.  The Uni-Dust cyclone helps contain this problem, whilst making product reintroduction or batch loss reconciliation possible.

For more information on the issue of dust containment, please click here.

Dust Control in Pharmaceuticals

The control of excess dust in pharmaceutical processing is extremely important.  Wayward dust can become airborne and compromise the safety of the working environment and the validity of other products.

Controlling the excess dust becomes vital, and the Uni-Dust powder recovery cyclone can play a pivotal role in this.  By capturing excess dust before it reaches the central dust extraction system, the filterless cyclone is able to retain waste powder in the process room.  This prevents a dangerous mix of powders from forming in the central filter, making the working environment much safer.  This also helps significantly prolong the life of the filter, which is often difficult and expensive to replace.

To learn how you can capture up to 100% of your excess powder, please click here.

Pharmaceutical Hoists

Hanningfield’s hoists are designed specifically with the needs of the process industries in mind.  Hence, our systems incorporate the need for simplicity, reliability and hygiene.

Manufactured from stainless steel and capable of lifting almost anything, the Hanningfield Uni-Hoist is perfect for the needs of the pharmaceutical industry.

For more information on our IBC/Drum handling systems, please click here.

For more information on our Equipment Positioning hoists please click here.

Innovative Powder Cyclone

The Uni-Dust powder recovery cyclone is capable of collecting excess dust from process machinery such as tablet presses or capsule filling machines.

This offers excellent advantages, as captured powder can either be reconciled or even re-used.

For more information on the cyclone, please click here.

Uni Hoist : Equipment Positioning

The Hanningfield Uni-Hoist is often used for the positioning of equipment.

Process equipment such as mills and vacuum conveyors can be hoist mounted to give operational flexibility, in terms of both mobility and height..

For more information or just to find out more click here to read the Uni Hoist Material Handling Brochure.

Powder Handling Equipment

Powder handling equipment is vital to the productivity and hygiene requirements of the pharmaceutical, food and allied industries.

Powder handling through vacuum transfer can significantly increase productivity through the automation of manual tasks such as IBC loading or tablet press loading.  Meanwhile, the fully contained transfer system helps maintain the integrity of the product, whilst eliminating waste and operator exposure to dust.

Powder handling equipment can significantly improve your process; for more details, please click here.

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