TUKA3D Designer Edition is a 3D fashion design software that allows users to visualize artwork on realistic 3D garments, enabling faster design cycles, improved communication, and reduced reliance on physical samples.

TUKA APM by Tukatech is the fashion industry’s first fully automatic pattern making system. It allows users to generate graded patterns from a spec sheet in minutes, using customizable templates and measurement inputs. Designed for speed and accessibility, it streamlines apparel development and costing for manufacturers and designers.

SMARTmark by Tukatech is an automated marker making system that optimizes fabric usage through intelligent nesting algorithms. It reduces material waste, improves production efficiency, and supports global collaboration, helping apparel manufacturers save costs and streamline cutting operations across single or multi-user environments.

TUKAstudio is a digital fabric design software suite for print and textile development. It offers modules for color separation, repeats, colorways, weaves, and knits, and integrates with 3D garment visualization tools to streamline design workflows and enhance presentation quality.

TUKAcloud is a web-based digital sample room that enables fashion teams to collaborate globally, manage 3D samples, organize style data, and streamline approvals—all without requiring software installation. It enhances communication, reduces development time, and supports secure, centralized product lifecycle management.

TUKAcad is a fashion CAD software for digital pattern making, grading, and marker planning. It replaces manual processes with precise, customizable tools that improve accuracy, reduce waste, and accelerate product development for designers, manufacturers, and educators in the apparel industry.

TUKA3D is advanced 3D fashion design software that enables virtual sample making, fit analysis, and motion simulation using custom avatars and real pattern data. It eliminates physical samples, streamlines product development, and enhances presentation with realistic garment visualization.