Stixels

Stixels is an interior designer in Redford, Michigan, offering specialized services in architectural and interior design, 3D floor plans and rendering, aluminum cladding, and branding. The firm serves architects, contractors, and designers across residential, commercial, and industrial sectors, delivering accurate, certified site plans and photorealistic 3D visualizations. With a decade of experience in design and 3D visualization, Stixels focuses on creating functional, aesthetically compelling spaces tailored to each client’s unique needs. The company is recognized for its precision and commitment to bringing client visions to life through advanced digital modeling and rendering techniques.

Stixels was founded by a team of designers and architects with a shared passion for innovative, modern design. The firm has over 15 years of combined service, leveraging the latest 3D technology to produce realistic, interactive representations of spaces. It provides comprehensive design solutions including custom floor plans, certified site plans, 3D facades, interior layouts, product design, and branding services such as logo and identity development. The team works closely with clients to ensure every project meets technical requirements and aesthetic goals, from initial concept to final visualization.

Located at 25505 West 7 Mile Road in Redford, the business sits just a short drive from Claude Allison Park and the Redford Fire Station 1, with Grand River Avenue and Beech Daly Road nearby. The address is near the intersection of West 7 Mile Road and Redford Oaks, a shopping mall located approximately 0.1 miles away.

Stixels maintains a 5.00 rating based on customer reviews, reflecting consistent client satisfaction with the accuracy, professionalism, and visual quality of its design services. The firm is known for its reliability in delivering detailed, technically sound plans and renderings that support timely project development.

In Redford, Stixels stands out as a trusted partner for transforming architectural and interior concepts into vivid, functional realities.