Description
Zeiss Conquest HD 15×56 iARD Binocular Cap Set
MK Machining is excited to offer Zeiss Binocular Caps. Our Zeiss Conquest HD 15×56 iARD Binocular Cap Set (Non ARCA & ARCA) is made out of a Nylon 11 material using an HP MJF 5620 3D Printer. Nylon 11 is slightly flexible to fit over your binocular objective without
becoming brittle and is strong enough to handle wear and tear. Our binocular cap sets are sized down to .000 for a precise fit. No one size fits most options here. Binocular caps feature a custom made spring for full range opening and closing of the cap without unnecessary noise. Caps slip over the objective and are tightened down using a single bolt. This model does contain an ARCA mounting point cap & non ARCA cap.
New integrated ARD Upgrade:
● Signature Concealment: Hexagonal honeycomb pattern eliminates sun glint on
your objective glass.
● Maximized Light Transmission: Larger cell size than standard ARDs prevents the
dark, restricted view common in other anti-reflective products.
● Long-Range Optimized: Engineered specifically for high-power optics to maintain
crisp clarity at extreme distances.
● Added Lens Protection: Serves as a physical barrier against debris and impact
damage.
This Cap set has been tested to work with following Sig binocular:
Zeiss Conquest HD 15×56
Available in three types:
ARCA – Includes one ARCA cap (for attaching to an ARCA rail) and one non ARCA cap.
Non ARCA – Includes two regular caps
ARCA & Non ARCA – Includes one ARCA cap and two Non ARCA caps.
These binocular cap set will only fit the listed Zeiss. If you are unsure of which one to order contact [email protected] for assistance.
More Information About MJF Printing.
Multi Jet Fusion uses an inkjet array to selectively apply fusing and detailing agents across a bed of nylon powder, which is then fused by heating elements into a solid layer. After each layer, powder is distributed on top of the bed and the process repeats until the part is complete. The method of printing allows for fine details and part geometries that are difficult to accomplish via other manufacturing processes. After each print job is completed parts are allowed to cool off to prevent warping. After parts have cooled, excess powered is removed via and automated blasting machine. After the excess powder is removed the parts receive in an initial polishing via an automated blasting machine. Next parts are dyed black with a custom made dye made for us by RIT. After parts have dried, they are polished one additional time to improve surface finish and color consistency.
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