Drawing Die Inspector (DDI) for
Precise Visual Inspection

Die Inspection Microscope

  • Given the high polish and reflective nature of the die surfaces, traditional illumination methods often fall short, resulting in a black image field where crucial details are missed.
  • The Drawing Die Inspector (DDI) is engineered to facilitate the precise visual inspection of the inside surfaces of wire drawing dies.

Drawing Die Inspector (DDI) for
Precise Visual Inspection

Die Inspection Microscope

Die Visual Inspection Microscope
Die Visual Inspection Microscope
Die Visual Inspection Microscope

See Die Visual Inspection Microscope in Action

SIPCON’s DDI employs an indirect, diffuse illumination system that reveals a clear and detailed image of the drawing die's interior. This innovative approach ensures that even the most subtle imperfections are detected, helping you maintain the stringent quality control standards essential for your wire drawing operations.

With Sipcon's DDI, you have a comprehensive, one-tool solution for addressing the various inspection challenges associated with wire drawing dies, ensuring your equipment operates at peak performance.

OBSERVATION HEAD

Trinocular

ZOOM RATIO

6.5:1

MAGNIFICATION ON EYEPIECE

7X-45X (14X-90X)

OPERATION

Manual

VISION

5MP

MAX DIE DIAMETER

12 mm

EYEPIECE

10X/20X

WORKING DISTANCE

90 mm

MINIMUM DIE DIAMETER

50 micron (Standard)
30 micron (Optional)

EYEPIECE TYPE

Compensating

CONSTRUCTION

Metal Base

OBJECTIVE LENS

0.7X-4.5X

ILLUMINATION

Surface: LED

Contour: LED

  • Outstanding for evaluating depths
  • Beneficial for inspecting the surface of wires
  • The die geometry is rotatable and observable from all directions
  • lights that are self-contained and include bottom and top adjustments
  • An integrated zoom feature
  • There is no room for eye strain
  • Unparalleled accuracy and particulars
  • Assessment of medium-to-ultra-fine dies
  • Assess the dies' surface condition
  • Reduced specimen damage: reduces risk by providing a more gentle and uniform light source.
  • Enhanced contrast: subtle details and structures can be better visualized and distinguished.
  • Minimization of Glare: reduced reflections provide a clearer and more detailed image.
  • Improved surface finish: reduced diffraction effects and enhanced visibility of fine details
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