Prefab Precision: NYC's First Bullnose Façade Redefines High-Rise Design

NEW YORK, NY – March 10, 2026 – In the heart of Midtown Manhattan, a new luxury tower is not just rising, but revolutionizing the very skin of New York City architecture. Façade installation is underway at 38 East 35th Street, an 18-story condominium in Murray Hill, where Dextall is deploying what is reported to be the city's first full-scale prefabricated bullnose façade system. This milestone project challenges the long-held perception that off-site construction means compromising on design, proving instead that manufacturing precision can elevate architectural ambition to new heights.

The 73,000-square-foot façade, developed for Continuum Company and designed by SLCE Architects with INC Architecture, represents a significant step forward for modular building in a city known for its demanding construction environment. By integrating complex, high-end details directly into panels built in a factory, the project offers a compelling case for a smarter, faster, and more precise way to build.

A New Curve in Urban Architecture

The standout innovation at 38 East 35th Street is the full integration of a custom aluminum bullnose system. These rounded and rectangular extrusions create a continuous, flowing vertical rhythm up the building's exterior. In traditional on-site construction, achieving such a seamless look across a towering façade is a notoriously difficult and labor-intensive task, often plagued by misalignments and inconsistencies. Each joint, corner, and transition presents an opportunity for error.

By moving this process into a controlled factory setting, Dextall has overcome these traditional hurdles. Using advanced design software, the architectural vision is translated into precise, fabrication-ready models. The bullnose profiles are engineered to align perfectly across panel joints before they ever arrive at the logistically challenging Manhattan site. This method ensures a level of high repeatability and tight tolerance control that is nearly impossible to achieve with conventional site-built methods, resulting in a luxury-grade finish that appears monolithic and uninterrupted.

This project also marks the company's first integration of large-format porcelain tile finishes within its factory-assembled panels. Chosen for its durability, aesthetic appeal, and performance against the elements, the porcelain required a meticulously coordinated approach. The cutting patterns, attachment strategy, and assembly sequence were all engineered to guarantee both the visual fidelity of the design and the long-term reliability of the building envelope. The successful marriage of the delicate porcelain with the robust panel structure showcases the versatility of modern prefabrication.

Building Against the Clock: The Prefab Advantage

The architectural elegance of the new tower is matched by the profound practical benefits of its construction method. In a high-density market like New York, speed, cost certainty, and minimal disruption are paramount. Prefabrication directly addresses these core challenges. Industry analysis suggests that off-site manufacturing can accelerate project timelines by 20-50% compared to traditional builds. This is achieved by running site preparation and component fabrication in parallel, effectively eliminating the weather-related delays that can stall on-site work for weeks.

For 38 East 35th Street, a tight site wedged between Park and Madison Avenues, these benefits are amplified. Minimizing on-site labor, material staging, and waste is not just an efficiency—it's a necessity. The prefabricated panels arrive on-site as complete units, with windows, insulation, and the final porcelain and bullnose cladding already installed. This dramatically reduces the number of tradespeople needed on the exterior scaffolding and streamlines the installation process, leading to a faster enclosure of the building. Quicker enclosure means interior work can begin sooner, accelerating the entire path to occupancy and a faster return on investment for the developer.

Cost savings extend beyond the timeline. Factory production can cut labor expenses by up to 30% and reduce material waste by over 50% through optimized cutting and inventory management. The technical complexity of the project, including a challenging full-width cantilever façade feature, was also managed with greater predictability through off-site engineering and assembly, mitigating risks that could lead to costly change orders and delays in a conventional project.

Redefining Luxury and Sustainability

For decades, modular construction has fought a stigma of being aesthetically limiting—a solution for functional boxes, not luxury landmarks. 38 East 35th Street serves as a powerful rebuttal. The project demonstrates that prefabrication is not a design constraint but a tool for achieving sophisticated architectural expression with unwavering quality. The seamless vertical lines and rich texture of the porcelain tiles deliver a high-end visual that stands confidently among its Murray Hill neighbors.

Beyond the surface, the performance of the building envelope is equally impressive. Dextall's unitized panels feature non-combustible stone wool insulation, achieving a high thermal rating of R-16.9 that contributes to the building's overall energy efficiency goals. This superior insulation, combined with factory-sealed joints and high-performance windows, creates a tighter, more resilient envelope that reduces long-term energy consumption and operating costs for future residents. This focus on quality materials and construction also enhances durability, potentially reducing maintenance costs by up to 50% compared to some traditional systems.

“38 East 35th shows what happens when architectural ambition is supported by manufacturing precision,” said Aurimas Sabulis, CEO of Dextall, in a statement. “By collaborating early with the design team, we can deliver complex façade details with repeatable quality and a faster path to enclosure—without compromising the architect’s intent.”

This project arrives as New York City grapples with intersecting demands for more housing, higher building performance standards like Local Law 97, and more efficient construction practices. The success at 38 East 35th Street provides a clear signal that prefabrication is a mature technology ready to meet these challenges, capable of delivering not just speed and efficiency, but also the architectural excellence required for the city's next generation of landmark buildings.