Mills of Mile Moving Systems

Compare the module groups that include the vibration and guidance layout of the bullet-wheel.

Examin the submodels of the compact, DKVM, DKZM and Spot series. The strok, load, moment and assembly direction creates the information that the product selection should be evaluated together.

The DKVM series

Product structure, technical selection information, assembly recommendations and offer preparation for the DKVM Series. Share your strok, load and application conditions with Advanced Engineering.

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The DKZM series

Product structure, technical selection information, assembly recommendations and offer preparation for the DKZM Series. Share your strok, load and application conditions with Advanced Engineering.

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The compact series

Product structure for the compact series, technical selection information, assembly recommendations and offer preparation. Share your strok, load and application conditions with Advanced Engineering.

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Spot series

Product structure for Spot Series, technical selection information, assembly recommendations and offer preparation. Share your strok, load and application conditions with Advanced Engineering.

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VMM 16 VIDAL National Module

VMM 16 model is evaluated together with the alternatives of the wire and the caplin and motor flange. The weight center of the piece to be connected on the upper plate is the...

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VMM 20 VIDAL National Module

This VMM 20 option is defined by 150x150mm top plate and Ø20 miles information. The existing machine will be linked to the plate holes and the engine side will be separated from the...

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VMM 20 VIDAL National Module

Bu VMM 20 seçeneğinde Ø25 mil düzeni kullanılır. Diğer VMM 20 seçeneğinden ayrım için 170x170mm üst plaka ve tablodaki vida seçeneklerini birlikte…

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VRM 15 Wire Module

The linear guidance in the VRM 15 model is created by the rail and car layout. The number of cars to be used and the plate connection, the load on the axis...

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VRM 20 Wire Module

The rail and car information of the VRM 20 model is shown separately in the table. The wire axis, the engine connection and the movement area of the carrier plate are integrated into the machine.

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50*110 Compackt Module

50*110 Wire Compackt Module is the option where the wire drive is collected within the compact body. The extraction is available with the extended body size, with different information; the wire drive is collected within the compact body.

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80*160 Compackt Module

80*160 Wire Compackt Module is controlled by equipment to be connected to the carrier, body and end locations.

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The mechanical structure of this group.

This section contains four series that provide controlled linear progress with a balled wire. DKVM and DKZM structures with round mile guidelines with compact and spot bodies have different settings. The motor and mechanical body for the same strok or load demand are evaluated together. The load holding scenario in the vertical installation is also planned.

How to compare the product group?

The following product cards allow you to study the options that approach the same movement needs from different mechanical structures. The external size or serial name is not enough to make a choice alone. First describe the sizes of the part to be moved, the connection form and in which direction the force is applied during the movement. The moving mass includes the weight of the connection plate, the apparatus and the assistant elements as much as the piece. If there are multiple load conditions, it makes it more clear to determine the assessment to specify them separately.

Indicate the total and total length separately.

Net strok is the movement distance the car will use during the work. The total length of the product may be different due to the end connections and the carrier elements. Showing the end position with the beginning in a settlement draw is more explicit than just writing the total machine size. If end stopers, sensors or cable carrier are required, plan the area they cover. The support points of the main structure to be installed and the spaces assigned for service are assessed in the technical interview.

Connection and environmental conditions

The module or bedroom should be considered from which surface to the machine to be connected, along with the rigidity of the main shell. A properly selected product may not show the expected behavior on an inappropriate assembly surface. If there is a contact with the dust, dust, moisture and liquid, share this information. Protecting coverings and covers are considered according to the use environment. Access to maintenance and lubrication points should be placed in the design headquarters, as it will be necessary not only on the assembly day, but also during the later use of the machine.

Variant and delivery

There may be different plates, miles, rails or connectivity options within a product group. When examining technical tables, make sure the data belongs to which configuration. Don't move a value such as load capacity, speed or precision directly to different strok and assembly direction. Motor, driver, caplin, sensor, lock and special connectivity plates can also be added to the delivery range. Showing the necessary equipment in a single list makes it easier to evaluate the different parts of the offer together.

Preparation for technical meeting

Share the size of the upper table, the distance of the load from the center and the circle frequency are also effective in the selection. If you have a available system, you can add a measurable drawing or photo. If all the details in a new design are not yet clear, it is enough to explain the use scenario for the beginning. The final assembly measurements, the working conditions and the components to be delivered are clarified together with the technical assessment in the offer stage.

Compare the application.

When comparing multiple models, examine them all through the same work scenario. It can be misleading to compare only the product names without the use of the same load, the same strok and the same assembly direction. If a problem occurs in a existing system, describe where the problem occurs. Observations such as difficulty at the beginning of the movement, noise at a specific position, release on the table or unconnection due to the narrow area may indicate different issues. These observations alone are not a failure diagnosis; it helps to understand where the technical examination will begin. Showing the directions and reference surfaces in a measurable drawing, it makes it easy to evaluate the product's conformity to your machine.

Setting a list of offers

Write the pieces and measurements for each model in a separate line. If there are multiple axes, separate them with clear names such as X, Y and Z; specify which axes carry the other. If different strokes from the same product are requested, don't combine them under one total size. Add to the list whether the connector elements, special plates and assistant equipment are included. If you need to match the existing piece, also mark the uncertain places of the size. Such a request list makes it easy to compare both the alternatives and to clarify the supply scope before the offer.