Loading machines - Import export

Cable trunking for footfall loading in machining centres PFLITSCH Automobile-Trunking complies with the works standard for many automotive manufacturers and serves as walkable floor trunking in many automated manufacturing lines and robotic production plants, allowing loads of up to 1,200 N and using antislip channelled sheet covering (slip-resistance rating R10). With seven cross sections from 100 mm to 600 mm wide, standard base perforations and universal separating walls, this robust trunking can be placed and combined with other PFLITSCH trunking systems to customer requirements. Your advantages: Walkable floor trunking with high footfall load High strength, wide support spacing Channelled sheet for antislip safety Can be combined with other trunking systems

5-axis machining centres for powerful complete machining Setting standards in 5-axis: 5-sided and 5-axis simultaneous machining in HELLER quality Highlights Maximum output at optimum quality due to HELLER's extensive process experience Higher availability thanks to adequate speeds and proven HELLER components Innovative spindle technology in three variants providing optimum process stability (swivel head with PCU 63 or SCU 63, fork head with PCT 63) Two control options: Heidenhain iTNC 530 or Siemens Sinumerik 840D sl Advantages Reduced costs thanks to flexible complete machining Optimised life-cycle costs due to innovative manufacturing concept Two machine variants for maximum manufacturing flexibility: workshop machine FT (table loading) for machining of individual parts in tool and die manufacturing and production machine FP (pallet changer) for series production

Ideal for installation in platform scales and integration into machines: with the BCL-A single point load cell, you rely on proven quality from a leading manufacturer of industrial weighing technology. Suitable for load ranges from 300 g to 4.5 kg and a platform size of up to 300 mm × 300 mm.

We offer a great variety of loading systems for all the machines, dependent on the material, tube diameter and tube length. Tubes that have already been formed and with added components can also be loaded without any issues. The appropriate orientation is therefore very important, when loading the tube into the production cell. External workpieces, such as nuts, flanges, supporting sleeves can be added to the system in a controlled manner and included in any subsequent processing steps. A great variety of loading volumes is possible. Step feeder, Conveyor feeder, Chain feeder, Swivel arm feeder, Loading tables, Bowl feeder, Alignment station

The mobile robot ER Work from EasyRobotics is a compact robot station which can be used for handling work or CNC assembly. The ER Work is most often used in combination with the ProFeeder Compact. Here the ProFeeder Compact serves as a kind of parts store. In this case the ER Work loads and unloads the machine. Of course, the ER Work can also do its work alone in front of a CNC machine.

The 3FG15 3 finger gripper is ideal for gripping a wide variety of cylindrical objects. For example, for the feeding of CNC lathes. Due to the design of the gripper, workpieces are automatically centred. This ensures quick readiness for use as well as a strong, stable grip and precise placement. With a payload of up to 15 kg, the 3FG15 competes with larger, bulkier and much less flexible finger grippers. Like all OnRobot grippers, the 3FG15 can be seamlessly integrated into the robot of your choice. Seamless integration into the robot of your choice. For example Universal Robots, Nachi, Doosan, Yaskawa, TM Robot, Kawasaki, ABB, Kuka, Hanwha, Fanuc. Due to its flexibility and large stroke, the 3 finger gripper is suitable for various applications. For example for the CNC – machine loading . Another possibility of application would be assembly. It is also ideal for packaging and palletising.

The ProFeeder Compact from EasyRobotics is a robust robotic cell with compact dimensions that can be easily moved in your production. The ProFeeder Compact is placed separately in front of the machine to be operated. Then an ER Work or an ER Pedestal is positioned in front of the machine. The robot is located on the ER Work / ER Pedestal. The robot now takes workpieces from the ProFeeder Compact and loads and unloads the machine. It then loads the workpieces back into the ProFeeder Compact. This results in advantages for you, such as more space in your production, quick adaptability for different workpieces and a mobile robot cell. Thanks to the simple design of the drawers of the ProFeeder Compact, workpieces of various sizes and lengths can be processed without major changeover work.

This high performance computer-controlled machine provides maximum economic efficiency at treatment of big batch volumes at high throughput! The comfortable operator features on newest level leave no wish unfulfilled: touchscreen operation, USB/SSD hard disk, network connection (support via internet), recipes memory, user management, logging/documentation/traceability and optional barcode scanner/ID key. At any time, this machine is ready for upgrade to automated application, from the automatic loading & deloading of the machine up to a complete full automated feeding & forwarding system. For industry 4.0 demands, the E90 is best prepared. Standardwise, a monitoring of the processing data via network is possible also from an external working place. On option, the control via OPC-UA server is possible, too. Furthermore, this machine is able to perform cryogenic deburring without need of blasting media (drum-only deflashing), suitable for special applications only.

The ability to gently grip components of different dimensions, geometries and surface structures opens up completely new possibilities. Benefit from ✅ Increased efficiency of your processes ✅ Higher availability of your personnel ✅ Increased production speed ✅ Simple plug & play commissioning thanks to decentralized blower technology ✅ Modular design to increase performance Minimize ❌ Set-up times ❌ Maintenance costs ❌ Employment of personnel ❌ Process complexity Possible applications of the FH-E3020 ✅ Industrial robot applications for components up to 25 kg ✅ Loading and unloading of machines (e.g. press shop and body shop) ✅ Transporting parts (e.g. large, flat sheet metal parts such as fenders or hoods) ✅ Transportation of fragile parts ✅ Use in systems with high component variability ✅ Tube lifter applications

The ability to gently handle components of different dimensions, geometries and surface structures opens up completely new possibilities. The small gripping head offers flexible and simple cooperation between man and machine. Benefit from ✅ Increased efficiency of your processes ✅ Increased availability of your personnel ✅ Increase in the production speed ✅ Simple plug & play commissioning thanks to decentralized blower technology ✅ Modular design to increase performance Minimize ❌ Set-up times ❌ Maintenance costs ❌ Personnel deployment ❌ Process complexity Possible applications of the FH-R80 ✅ Industrial robot applications for components up to 2 kg ✅ Loading and unloading of machines (e.g. press shop and body shop) ✅ Bin picking applications ✅ Transportation of fragile parts ✅ Use in systems with high component variability ✅ Use with collaborative robots

The ability to gently grip components of different dimensions, geometries and surface structures opens up completely new possibilities for you. Benefit from ✅ Increased efficiency of your processes ✅ Higher availability of your personnel ✅ Increased production speed ✅ Simple plug & play commissioning thanks to decentralized blower technology ✅ Modular design to increase performance Minimize ❌ Set-up times ❌ Maintenance costs ❌ Personnel deployment ❌ Process complexity Possible applications of the FH-R15 ✅ Industrial robot applications for components up to 8 kg ✅ Loading and unloading of machines (e.g. press shop and body shop) ✅ Transporting parts (e.g. large sheet metal parts such as fenders or hoods) ✅ Transportation of fragile parts ✅ Use in systems with high component variability ✅ Use with collaborative robots

The ability to gently handle components of different dimensions, geometries and surface structures opens up completely new possibilities. The small gripping head offers flexible and simple cooperation between man and machine. Benefit from ✅ Increased efficiency of your processes ✅ Increased availability of your personnel ✅ Increase in the production speed ✅ Simple plug & play commissioning thanks to decentralized blower technology ✅ Modular design to increase performance Minimize ❌ Set-up times ❌ Maintenance costs ❌ Personnel deployment ❌ Process complexity Possible applications of the FH-R40 ✅ Industrial robot applications for components up to 1 kg ✅ Loading and unloading of machines (e.g. press shop and body shop) ✅ Bin picking applications ✅ Transportation of fragile parts ✅ Use in systems with high component variability ✅ Use with collaborative robots

BEST POSSIBLE ERGONOMICS & EFFICIENCY OF MAINTENANCE: FOR OPERATORS No platform required for machine loading and operating area Pivotable main control panel with good visibility into the work area FOR MAINTENANCE & SERVICE Sliding doors on the back provide generous central maintenance access to the machine, doors in the setup room can be opened wide Central and easily accessible media supply, hydraulic unit and maintenance access for A and W axis through movable housing segment

Our KIS slewing rings offer precise rotation technology to reliably connect two or more parts in your application. They are available in a wide variety of designs. As high load-bearing machine elements, they can safely absorb radial, axial and tilting moment loads with one bearing point and thus significantly reduce the effort required for the design of the adjacent construction. Sealed and lubricated, our slewing rings offer long-term performance even under demanding operating conditions. They are used in the fields of mechanical engineering, automation and robotics, among others. We are happy to work with you to develop the right slewing ring for your specific application requirements.

Cold-drawn heavy-duty rails offer exceptionally high load-bearing capacity and stiffness. In our eShop, you can find partial extensions, full extensions, and over-extensions up to 3000 mm in length and with a load capacity of up to 2400 kg. Cold-drawn heavy-duty telescopic extension rails are suitable for extreme loads and stresses. The precision-machined ball tracks ensure accuracy and provide excellent shock and vibration resistance. Therefore, these telescopic rail models are well-suited for demanding tasks in machinery manufacturing, the military sector, special vehicle construction, and heavy-duty shelving. Due to their extreme strength, these telescopic rails are particularly resistant to lateral forces, making them an excellent choice for dynamic and motorized applications, especially at very large lengths. They can also be used at high temperatures since no plastic parts are used.

Vacuum lifting devices standard are for the horizontal handling of plates. Transportation auf sheet metal, plastic plates, covered wooden plates or glass panes up to 2000 kg. Loading and unloading of machine tools. All AERO-LIFT vacuum lifing devices are build according the actually safety regulations EN13155. Standard lifting device AERO 350-6R Functionality and features Die Vakuumerzeugung der Vakuumheber geschieht durch wartungsarme trockenlaufende Drehschieberpumpen , ölumlaufgeschmierte Vakuumpumpen mit sehr hohem Endvakuum, druckluftbetriebene leistungsstarke Vakuumejektoren beim AERO-LIGHT oder Vakuumgebläse mit Sicherheitsnachlaufschwungmasse bei luftdurchlässigen Transportgütern. Alle AERO-LIFT-Vakuumheber haben eine nach EN13155 vorgeschriebene automatisch...

The very robust design allows extremely high mechanical and electrical (Heat) loads, which occur in machines with e.g. very short cycle times. Fields of application are e.g.: Table vibration of block making and pipe machines, etc, knock out grates, Vibrating beams. Special Features are: • Centrifugal force from 14 kN to 40 kN • Speed from 1000 RPM to 3000 RPM

Scharmann has developed the ECOSPEED F for highspeed machining of mediumsized aluminium structural components. The horizontal spindle arrangement, the vertical pallet arrangement and the Sprint Z3 parallel kinematic machining head, which delivers high travel speeds (50 m/min) and accelerations (9.81 m/s²), all come from the successful ECOSPEED. What sets the F version apart from the standard ECOSPEED is that the machine column is stationary. The pallet travels in the X direction on the vertically arranged table group. The ECOSPEED F is equipped with a rotating double pallet station, located parallel to the Xaxis, which enables component loading and unloading during the machining cycle.

Scharmann has developed the ECOSPEED F for highspeed machining of mediumsized aluminium structural components. The horizontal spindle arrangement, the vertical pallet arrangement and the Sprint Z3 parallel kinematic machining head, which delivers high travel speeds (50 m/min) and accelerations (9.81 m/s²), all come from the successful ECOSPEED. What sets the F version apart from the standard ECOSPEED is that the machine column is stationary. The pallet travels in the X direction on the vertically arranged table group. The ECOSPEED F is equipped with a rotating double pallet station, located parallel to the Xaxis, which enables component loading and unloading during the machining cycle

Scharmann has developed the ECOSPEED F for highspeed machining of mediumsized aluminium structural components. The horizontal spindle arrangement, the vertical pallet arrangement and the Sprint Z3 parallel kinematic machining head, which delivers high travel speeds (50 m/min) and accelerations (9.81 m/s²), all come from the successful ECOSPEED. What sets the F version apart from the standard ECOSPEED is that the machine column is stationary. The pallet travels in the X direction on the vertically arranged table group. The ECOSPEED F is equipped with a rotating double pallet station, located parallel to the Xaxis, which enables component loading and unloading during the machining cycle.

We offer our customers the leasing of our test bays for testing your machines and systems.The above-mentioned machines can also be coupled in sets of three so that even higher outputs are possible. At LDW we also have several DC machines with other speed ranges and lower outputs. We also have three-phase load machines with speed ranges from 750 to 3,000 1/min at an output range of 1,400 to 3,000 kW. Our largest measurement shaft has a torque of 5,000 Nm (accuracy class <1%). We usually verify the torque via a DC-machine. We have several DC machines with speed ranges of 100 to 6000 1/min in the test bay (depending on requirements) at an output range from 100 to 1,500 kWThe maximum torque of our largest measuring shaft is 5,000 Nm (accuracy class <1%), we usually verify the torque via a DC-machine. Depending on the specific needs we have several DC-machines with speed ranges from 100 to 6,000 rpm and outputs from 100 to 1,500 kW.

Rack & pinion jack for lifting, lowering, adjusting and fixing of mechanical components, devices, machines etc., load 0,5 t up to 10 t Rack & Pinion Jack, wallmounting 1659 Rack & pinion jack with flange, wallmounting, for pulling and pushing load, capacity 1,5 - 5 t

This PERKUTE cleaning system cleans simply and effectively with a very confined cleaning space. The machine is easily loaded by using either a crane or a loading carriage to place the items to be cleaned on the platform. A noticeable feature of the FR cleaning machine is that it offers several simultaneous work process. The PERKUTE-system: economically - environmental – effektive Basic equipment Made of stainless steel Simple operation Space-saving Tank cover, filter basket incl. Low water pressure switch as dry-run protection Suction filter made of stainless steel in front of the pump Adapter for steam extraction Minimum operational costs because of housing insulation in sandwich construction Rotationg blast pipe system incl. fan nozzles Adjustable feed Pneumatic lift gate Programmable electronic control

The MINI-LOAD series takes small-parts storage to previously unknown heights. Storage heights of up to 27 m can be reached without a drop in performance. Our units can work in automated small-parts warehouses handling containers or boxes equally well. The compact form of the MINI-LOAD results in especially low approach dimensions both horizontally and vertically. So DAMBACH rail-guided storage and retrieval machines (SRMs) for small parts storage make full use of the space available. A very diverse range of load-handling equipment is available to suit the goods to be stored and the performance targets. Telescopic forks are adequate for single-deep storage, but combination telescopic forks or grabs are necessary for double-deep storage or to boost the performance of transfer operations on the apron. Our MINI-LOAD SRMs can be adapted to customer requirements and loads. The integral lifting and lowering rope results in highly dynamic vertical transport.

Handling general scrap, steel chips, shredder scrap, wood chippings and much more, in sea and inland ports and at storage facilities. For various types of handling machinery (mobile, stationary, crawler or portal) designed to be connected to hydraulic attachments. Technical design Open, half-closed or closed grip; with 2, 4 or 5 shells Optimisation of machine load capacity thanks to its lightweight design which can hold maximum loads Grab drive: Hydraulic hoses connect the materials handling machine to the grab Closing and opening movements are controlled by the materials handling machine Closing and opening movements controlled by directly connected hydraulic cylinders Grab connection bearing Re-greaseable, robust steel bushing bearing Stable, torsion-resistant shells made of: Shell plates made of S355J2+N Welded shell tips made of special highly wear-resistant steel

Large surface area coating can more cost effectively be accomplished using fewer, moving spray guns. Optimize your coating efficiencies with the flexible automation delivered by Venjakob Reciprocators. Nutro, our factory in the USA is the leader in gun drive technology. Large surface area coating can be cost effectively accomplished using fewer, moving spray guns. Products include short-stroke machines equipped with a crank arm type mechanical design (oscillators), most common in powder coating applications. These designs are impractical for long stroke machines (reciprocators) which have used a variety of drive systems including chain driven units, and other electronic systems. Nutro machines are respected for their robust design, high payload capacity and reliability. Since these spray gun drives often support a high payload of guns, hoses and accessories, a heavy duty design is desirable since these machines are often loaded beyond their rated capacity. Nutro’s machines are also cost-efficient and the simplicity of design makes them easy to service. While Nutro has frequently sold spray gun drives to end customers, more commonly Nutro spray gun drives are resold by other OEM manufacturers under a private label arrangement such as Nordson Corporation. Nutro has worked closely with these OEMs to design machines according to their budgets, specifications and preferences. The scope of delivery includes both standard spray gun drives which can be used in series machine lines as well as customer specific machines as required.

Bulk handling of any kind in sea and inland ports or storage facilities. For ship-to-ship, ship-to-storage/wagon/silo handling. For various types of handling machinery (mobile, stationary, crawler or portal) designed to be connected to hydraulic attachments. Technical design Half-closed or closed grip; with 2 or 4 cylinders Optimisation of machine load capacity thanks to its lightweight design which can hold maximum loads Grab drive: Hydraulic hoses connect the materials handling machine to the grab Closing and opening movements are controlled by the materials handling machine Closing and opening movements controlled by directly connected hydraulic cylinders Grab connection bearing Re-greaseable, robust steel bushing bearing Stable, torsion-resistant shells adapted to material flow: Shell plates made of S355J2+N Cutting edges made of special, highly wear-resistant steel

Hydraulic grab systems: efficiency is important for successful cargo handling. Our KROGER grabs with hydraulic technology improve your handling systems’ efficiency in multiple ways. Speed and long service life are recognised worldwide as the key factors for this efficiency. Our hydraulic grabs’ lightweight design, which optimises the machines’ load capacity and therefore maximises their handling scope, is also crucial, and part of KROGER’s measurable added value. Our variety of specific grab types and sizes – from the smallest standard hydraulic grabs to large, custom grabs – increases your efficiency and profitability with every lift.

The microCut model was specifically designed to meet the requirements of profile and creep-feed grinding applications. The modular column design offers a small footprint which can be easily configured into economical production cells frequently used in the turbine manufacturing industry. This machine is available in compact standard sizes but special designs with spindle power up to 52 kW are also available. The integration into production lines is achieved through automatic material handling and tool changers. A common solution to reduce non-productive time is to equip the microCut with an index table to allow loading and unloading during the machining cycle. For high-precision applications, dressing of the grinding wheel can be done on the table with a diamond roll dressing unit or via interpolation of feed and cross axes. For production grinding the overhead diamond roll dressing unit is used for CDCF or intermitten dressing.