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About Project

There’s no mistaking the sleek, predatory silhouette of the Widow’s Kiss. For fans of Overwatch, this rifle represents the pinnacle of cold, calculated precision. As the signature weapon of the elite Talon assassin Widowmaker, this 3D-printed replica brings one of gaming’s most iconic designs into the physical world. From the distinctive white-and-grey plating to the aggressive angles of the sniper scope, every inch of this prop screams “high-tech lethality.”

What makes this specific build stand out is the incredible attention to detail in the mechanical assembly. In the game, the rifle is a marvel of engineering, shifting from a rapid-fire assault weapon to a long-range sniper rifle. While this replica might not be taking down targets at 100 meters, it captures that “collapsible” look perfectly. The textured grips, the simulated vent ports along the barrel, and the crimson accents provide a level of realism that makes it feel like it was pulled straight from the King’s Row rooftops. It’s the ultimate centerpiece for any cosplay or gaming room.

Bringing a complex, multi-part prop like this to life requires precision that home printers often struggle to achieve. That’s where FacFox comes in. As a leading provider of professional 3D printing services, FacFox offers industrial-grade SLA and SLS technology that ensures your props have the smooth surface finish and structural integrity they deserve. Whether you are a cosplayer looking for a lightweight, durable rifle or a collector wanting a high-resolution display piece, FacFox can turn your digital files into reality with a wide range of materials and expert finishing services.

Ready to build your own arsenal? Head over to FacFox and get an instant quote for your next project today!

Solution

• Step 1: The high-resolution 3D mesh of the Widow’s Kiss rifle was sliced into multiple printable sections using specialized software.
• Step 2: Durable PLA filament was selected as the primary material to ensure a balance of lightweight handling and structural strength.
• Step 3: The individual components were printed using FDM (Fused Deposition Modeling) technology with optimized infill patterns for durability.
• Step 4: Support structures were carefully removed from the overhangs and complex internal geometries of the scope and barrel.
• Step 5: The printed surfaces were sanded and primed to minimize visible layer lines before the final paint application.
• Step 6: A multi-part assembly process was performed, where the stock, magazine, and barrel were permanently bonded and reinforced.
• Step 7: The signature white, grey, and red color scheme was applied using automotive-grade paints for a professional, matte finish.