Description
Inspect reverse-angle stent undercuts and inverted component bevels using the Vision Engineering EVW001 25-Degree Adapter. Screwing directly to the underside of the EVO Cam II optical zoom housing, this 0.35 kg precision opto-mechanical module redirects the vertical light path by 25 degrees upward through multi-coated internal prism mirrors. It allows technicians to examine recessed shoulders, blind cavity edges, and overlapping micro-assemblies without physically propping up or tilting delicate workpieces on the bench.
The optical system preserves native zoom ratios and maintains motorized autofocus tracking through the integrated camera software loops, eliminating manual focus readjustments. The compact 68 mm diameter barrel features a pass-through design that allows simultaneous attachment of standard 8-point white LED ring lights. Finished in a high-durability anodized matte black coating that prevents internal barrel glare, this passive optical accessory operates with zero power cables or software calibration steps.
Key Features of Vision Engineering EVW001 25-Degree Adapter
A specialized 25-degree upward angular optical adapter engineered for EVO Cam II digital video inspection heads. Features multi-coated internal prism mirrors, pass-through ring light compatibility, autofocus preservation, and an anodized matte black finish.
- Fixed 25-degree upward deflection angle relative to standard vertical camera axis
- Multi-coated internal optical prism mirrors preserve high contrast and color fidelity
- Maintains native motorized autofocus tracking through camera software pathways
- Pass-through housing design allows direct attachment of standard 8-point LED ring lights
- Anodized matte-black aluminum barrel prevents internal workspace light reflections
- Threaded locking collar provides secure, wobble-free attachment to EVO Cam II heads
- Compact dimensions: 68 mm outer diameter, 45 mm barrel height, and 0.35 kg mass
- Completely passive optical glass module requires zero electrical power or data cables
Fixed 25-Degree Upward Deflection & Overlap Inspection
Checking for burrs on inverted shoulders or verifying welds beneath overlapping micro-components typically requires operators to prop specimens at awkward angles, risking slips and focal shifts. The EVW001 redirects the optical line of sight upward by 25 degrees, presenting an unobstructed profile view of reverse angles on the monitor while the part rests completely flat on the workstation.
Autofocus Preservation & Ring Light Integration
Precision-ground internal prism optics maintain optical path lengths so the camera’s motorized autofocus tracking continues to function without error. The outer 68 mm collar matches the housing profile of the EVO Cam II, allowing standard 8-point LED ring lights to clamp directly over the adapter. Technicians can use circular or segmented illumination to wash away highlights while inspecting difficult vertical reliefs.
- Fixed 25-degree off-axis angle reveals hidden defects on inverted component sidewalls
- Preserves full autofocus functionality without requiring manual focus overrides
- Pass-through barrel design allows simultaneous mounting of standard LED ring illuminators
Vision Engineering One-Year Hardware Warranty
Vision Engineering covers the EVW001 angular optical adapter with a comprehensive one-year factory warranty against internal prism misalignment, optical coating flaws, and thread machining defects. The factory package contains the EVW001 25-degree angular optical adapter module, internal thread locking ring, and protective optical lens storage cap.
Vision Engineering EVW001 25-Degree Fixed Upward Angular Optical Adapter Specs
| Brand | Vision Engineering |
| Full Model Code / SKU | EVW001 |
| Country of Origin | United Kingdom |
| Microscope Type | Specialized Angular Deflection Component for EVO Cam II Optical Zoom Head Units |
| Optical System Type | Precision multi-coated internal prism mirror beam block path redirection module |
| Observation Tube Type | None (Passive objective end modifier accessory component) |
| Tube Inclination & Rotation | Establishes a fixed 25° upward inclination viewing angle relative to the standard vertical camera axis |
| Eyepiece / Field of Number | None |
| Nosepiece Design | Threaded or friction-lock collar interface linking directly to the underside of the main zoom housing |
| Objectives Classification | Auxiliary Optical Beam Path Steering Deflector Component |
| Objectives Magnification Breakdown | Maintains native system zoom ratios while introducing a fixed angular off-axis perspective shift vector |
| Total Magnification Range | Dependent on primary objective choice paired with the native EVO Cam II motorized zoom module limits |
| Focusing Type & Graduation | Maintains auto-focus capability through the integrated camera system drive software pathways |
| Stage Dimensions & Surface Coating | None (Modular optical lens housing with high-durability anodized matte black protective finish layers) |
| Stage Travel Range & Controls | None |
| Condenser Type & Numerical Aperture | None |
| Illumination Transmitted Type | None |
| Illumination Epi-EPI/Reflected | Pass-through optical housing design allows simultaneous attachment of standard external ring light segments |
| Light Intensity Management | None |
| Camera Port / C-Mount Adapter Split | Routes oblique light paths directly into the native internal sensor alignment matrix of the camera head |
| Contrast Methods Capability | Reverse-angle undercut texturing, inverted component edge defect tracking, specialized oblique structural analysis |
| Power Supply & Voltage Input | None (Completely passive multi-coated precision optical glass hardware assembly) |
| Physical Dimensions & Net Weight | Outer interface diameter 68 mm, barrel height 45 mm, deflection angle exactly 25 degrees, mass exactly 0.35 kg |
| Standard Package Accessories Included | EVW001 angular optical adapter module, internal thread locking ring, protective optical lens storage cap |
| Primary Application & Environment | Medical stent undercut inspection routines, complex geometric component reverse validation, micro-assembly overlap reviews |
























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