Unloading system - Import export

OKTOMAT® ECO is an emptying station for the automatic emptying of Octabin and BigBags. A pallet jack is enough to move the container under the emptying station. The bulk bags can be completely and trouble-free emptied from above. The OKTOMAT® uses a vibrating suction head and the automatic bag tightening mechanism pulls the foil inlet or BigBag upwards. The material flows towards the middle and is continuously sucked. The ECO series is the basic model of the OKTOMAT® emptying stations and is ideally suited for the majority of applications dealing with free-flowing to poorly flowable materials. OKTOMAT® emptying stations are easy to use, low maintenance, robust and durable. Due to its pedestal form, the ECO is particularly space-saving in width, the height is individually adjustable.

OKTOMAT® SOS is an emptying station for the automatic emptying of Octabin and BigBags. A pallet jack is enough to move the container under the emptying station. The bulk bags can be completely and trouble-free emptied from above. The OKTOMAT® uses a vibrating suction head and the automatic bag tightening mechanism pulls the foil inlet or BigBag upwards. The material flows towards the middle and is continuously sucked. The SOS series with its full equipment is ideally suited for the majority of applications and difficult tasks. The integrated oscillating systems for foil / BigBag tightener and suction head enable the emptying of free-flowing to heavily bridge-forming materials. Due to its pedestal form, the OKTOMAT® SOS is particularly space-saving in width, the height is individually adjustable. OKTOMAT® emptying stations are easy to use, low maintenance, robust and durable.

OKTOMAT® SOS Classic is an emptying station for the automatic emptying of Octabin and BigBags. A pallet jack is enough to move the container under the emptying station. The bulk bags can be completely and trouble-free emptied from above. The OKTOMAT® uses a vibrating suction head and the automatic bag tightening mechanism pulls the foil inlet or BigBag upwards. The material flows towards the middle and is continuously sucked. The SOS series with its full equipment is ideally suited for the majority of applications and difficult tasks. The integrated oscillating systems for foil / BigBag tightener and suction head enable the emptying of free-flowing to heavily bridge-forming materials. Due to its portal form it is particularly space-saving in depth and the increased tension force allows even high-density materials to be emptied without a problem. OKTOMAT® emptying stations are easy to use, low maintenance, robust and durable.

OKTOMAT® SOS is an emptying station for the automatic emptying of Octabin and BigBags. A pallet jack is enough to move the container under the emptying station. The bulk bags can be completely and trouble-free emptied from above. The OKTOMAT® uses a vibrating suction head and the automatic bag tightening mechanism pulls the foil inlet or BigBag upwards. The material flows towards the middle and is continuously sucked. The SOS series with its full equipment is ideally suited for the majority of applications and difficult tasks. The integrated oscillating systems for foil / BigBag tightener and suction head enable the emptying of free-flowing to heavily bridge-forming materials. Due to its pedestal form, the OKTOMAT® SOS is particularly space-saving in width, the height is individually adjustable. OKTOMAT® emptying stations are easy to use, low maintenance, robust and durable.

Versatile transfer system for metal sheet handling, designed as the main element in a series of presses which eventually combine with load/unload systems. The system features high positioning precision with heavy duty cycles and high dynamics, and is also available for very extended lengths. It manages cantilever loads to keep one side of the series free for operations. The system is driven by a belt with Ω transmission. The Z axes can be placed at different distances, according to the loads. LOAD CAPACITY ACCORDING TO DYNAMICS Reported data must be verified according to the application. Please get in touch with our technical department for more information.

Loading and unloading during cutting process - increased system duty Easier accessibility of the pieces produced by moving the material support Increasing efficiency by minimising downtime Easy handling Automatic table shift after cutting process possible System is not encapsulated - Robot assembly possible (24/7 - operation) New material is located on the top shuttle table - thereby no material remaining is falling on the new material. Shuttle Table System automatic (STA) Table shift at the touch of a button Process starts automatically after cutting is finished Time saving by optimised processes Minimising supervision of the laser system Additional manual handling possible Snapping table module in after the shuttle process prevents incorrect handlings Of course, the Shuttle Table System is still available as a mere manual version.

Handling Systems for Handling Printed Circuit Boards JUKI’s handling solution includes a wide range of reliable products to assure the secure handling of printed circuit boards involving SMT manufacturing conveyors; loaders and unloaders; buffers for PCBs; other systems such as turn units, stacker units; customised solutions for individual customer requirements etc. JUKI believes in durability and reliability. Our handling products are suitable for the requirements both of small and large production systems – while providing a highly attractive price performance ratio. Our partner Electro Design has more than 30 years of expertise in the development and manufacturing of handling systems for the electronic industry. In 1987, the company marketed its first conveyor belt and has since sold about 5,000 units to customers worldwide.

SERVOLIFT’s drum blender is designed for the demands of the pharmaceutical and chemical industries. Equipped with easy-to-use equipment, optimal ergonomics, converted to a space-saving and compact machine housing. The blender offers the ability to take up drums of varying sizes. The drum blender can be ideally connected to previous or follow-on processes, to refill or sieve into underneath placed containers, for easy attachment of drums either manually or hydraulically, to blend various containers with fitting clamp or take-up systems. Blending and Handling Technical description Stainless steel or cGMP-compliant design Can lift all customary drums as well as special drums Free-standing or floor- or ceiling-mounted design Loading using trolleys, hand lifters up to fully automatic roller conveyor feeds and unloading Various container clamping systems, from manual up to fully automatic designs Safety housing depending on where set up, and processes Standard tipping setting on the...

SERVOLIFT container blenders are specially designed for gentle product blending and flexible pick up of various containers. The hydraulic clamping system ensures absolutely secure take-up of the blending container. The PLC and recipe-controlled blending process provides optimal adaptation to the blended goods. The Servolift horizontal clamp bar system easily picks up various container sizes or adapters for drums and small containers. The ability to extend the handling functions of lifting, lowering, inverting, pivoting the blender columns provides many applications for the container blender. This is extended through optional installed and auxiliary systems such as automatic feed and unloading, chopping in the blending container, spray system to add liquids to the blended product, prior and follow-on weighing machinery, dosed unloading, NIR systems, etc.. Blend in a closed system Technical description Stainless steel or cGMP-compliant design Take up blending containers which are...

The Gronemeyer discharging device for residual liquid permits emptying residual liquids from reusable bottles. Bottles with large quantities of residual liquid can be fed into the machine via a bypass. Cleaning occurs during continuous material flow. In addition to turning and cleaning, differences in height can be overcome at the same time. Technical data: —Conveyor performance: up to 60,000 units/h —Overhead track: up to 10 m —Difference in height: up to 10 m —Product weight: up to 40 kg —Product width: 20 - 450 mm —Solid steel construction in painted or stainless-steel version —Manual width adjustment —Automatic tensioning station for the cleated chain —Central lubrication system for the cleated chain optional equipment: —deflecting pulleys —motorized width adjustment —machine cover made of Makrolon or steel grid —electrical control system —loading and unloading belts —water lances for cleaning support of the cleated chain

The Gronemeyer depalletizer is an economical alternative to a completely automatic machine. It is used when processing small to mid-sized numbers of items. An individual arrangement of depalletizers lets one person operate several machines. Easy operation allows for a short training period for new personnel. Technical data: —Use of EURO pallets (1200x800 mm) or special sizes (1200x1000 mm) —Pallet height: up to 2250 mm —Pallet weight: up to 1000 kg —Depalletizer performance: up to 64 layers/h for 8 pallets —Independent electrical control system Optional equipment: —Unloading belts —Accessible platform according to customer request

The Gronemeyer head space moistener permits moisting of the cap with the fluid in the container. Machine dimensions depend on the conveyor performance and the desired moisting time. Moisting occurs during continuous material flow. The machine is a space-saving solution due to the vertical moisting track. The design permits products to run through the machine without turning process, if necessary. Technical data: —Conveying performance: up to 60,000 units/h —Moisting path: up to 10 m —Product weight: up to 40 kg —Product width: 20 - 450 mm —Solid steel construction in painted or stainless-steel version —Manual width adjustment —Automatic tensioning station for the cleated chain —Central lubrication system for the cleated chain optional equipment: —deflecting pulleys —motorized width adjustment —machine cover made of Makrolon or steel grid with maintenance doors —electrical control system —loading and unloading belts