Manuals / Dukane / Computer Equipment / Scanner

Dukane DVP508 user manual Would like to view the X-ray film, Would like to compare images PBP

Models: DVP508

1 45
Download 45 pages 493 b
Page 28
Image 28

8.15.2 Setting delay time

1.Press [MENU] on the remote control or control panel to enter the setting menu.

2.Press [] or [] to the [Storage] menu.

3.Press [] to find [Delay].

4.Press [] or [] to select image switch mode between [0.5 Sec / 1 Sec / 3 Sec / 5 Sec / 10 Sec / Manual].

5.Press [MENU] to exit.

8.15.3 Activating/Stopping the slide show

<Note> Images over 8 MB, cannot be played.

If you use the remote control or the control panel:

1.Press [SLIDE SHOW] to start playing.

2.Press [SLIDE SHOW] again to stop playing.

8.16I would like to view the X-ray film

1.Place an X-ray film to be displayed under the camera.

2.Press [Lamp] button on the control panel to switch on the Backlight (in the sequence of arm lamp/backlight/OFF)

3.Press [AUTO TUNE] button to optimize the image.

8.17I would like to compare images (PBP)

This function will compare and contrast a live image with a captured image.

C1

C2

C3

C4

C5

C6

C7

Captured Image Live Image

Use Remote control

1.Press [PBP] to enter the PBP (Picture by Picture) photo selection screen.

2.Press [] or [] or [] or [] to select the file to be compared.

3.Press [ENTER] to activate image comparison.

4.Press [] or [] to move the image left or right.

<Remark> Press [ENTER] to switch between the captured and live images.

English - 27

Page 27 Page 29
Page 28
Image 28
Dukane DVP508 user manual Would like to view the X-ray film, Would like to compare images PBP, Setting delay time
Page 27 Page 29

DVP508 specifications

The Dukane DVP508 is an advanced digital ultrasonic welding machine renowned for its efficiency, precision, and reliability in the field of industrial automation. This model is particularly well-suited for applications requiring strong welds and high productivity.

One of the most notable features of the DVP508 is its advanced digital control system. This integrated system allows for enhanced monitoring and control of the welding process, enabling operators to make real-time adjustments to parameters such as amplitude, pressure, and time. By utilizing a user-friendly interface, operators can easily navigate through the settings, making adjustments on the fly to optimize the welding conditions for various materials.

The DVP508 is equipped with a powerful ultrasonic generator that offers significant advancements in energy efficiency and output control. This generator provides precise power delivery, resulting in consistent weld quality across different production runs. Additionally, the machine's frequency tuning capabilities ensure that it operates at optimal frequencies, reducing energy wastage while maximizing performance.

The design of the DVP508 also emphasizes versatility. It is compatible with a wide array of ultrasonic stack configurations, allowing it to handle varying workloads and materials, such as plastics, metals, and composites. This flexibility makes the DVP508 an ideal choice for manufacturers that require varying welding capabilities within a single machine.

Another key characteristic of the DVP508 is its robust construction, designed to withstand the rigors of industrial environments. The machine is built with high-quality materials and components, ensuring long-lasting durability and minimal maintenance requirements.

Furthermore, the DVP508 features built-in safety mechanisms that enhance operator safety during operation. These include emergency stop buttons and protective enclosures that guard against accidental contact with moving parts.

Overall, the Dukane DVP508 stands out for its impressive combination of advanced digital technology, user-friendly design, and robust performance capabilities, making it a preferred choice for manufacturers seeking efficient ultrasonic welding solutions. Whether in automotive, packaging, or consumer goods industries, the DVP508 delivers high-quality results, boosting productivity and operational efficiency.