中文Soft-signage and grand-format textile producers are about to get a closer look at a workflow that promises to collapse several production steps into one. FASTSEWN has confirmed it will use PRINTING United 2026 to demonstrate its next-generation StitchNCut platform, which combines automated flatbed sewing and laser cutting inside a single, integrated workflow.
The centrepiece is the company’s full 3.3-metre production system. At the show, FASTSEWN will run live remote demonstrations streamed from its headquarters, showing the machine producing finished silicone-edge graphics (SEG) and pillow graphics under genuine production conditions rather than staged setups. On the show floor itself, attendees will be able to see the FS-12 compact demonstration unit, which lets visitors experience FASTSEWN’s Moving Cavity Technology first-hand.
What sets the approach apart is the unification of two operations that are normally separate, sequential and labour-intensive. By combining automated sewing and laser cutting into a single flatbed workflow, FASTSEWN says print providers can increase throughput, improve quality, reduce labour requirements and deliver finished graphics faster than conventional methods allow. That message speaks directly to a market under persistent pressure to shorten lead times while controlling costs.
Software integration is a key part of the pitch. FASTSEWN will also demonstrate its interface with Caldera PrimeCenter, enabling both sew lines and cut lines to be generated for output through a customer’s existing RIP workflow. For print service providers already standardised on Caldera, that means the new capability can slot into established prepress pipelines without forcing a rip-and-replace of familiar tooling.
Steen B. Mikkelsen, Founder, Inventor and CEO of FASTSEWN, framed the launch in terms of the bottom-line benefits customers care about. “By combining automated sewing and laser cutting into a single flatbed workflow, we’re enabling print providers to increase throughput, improve quality, reduce labor requirements, and deliver finished graphics faster than ever before,” he said.
Customer deliveries of production-ready systems are expected to begin after the show. Manufacturing will be split across two sites: Milwaukee, Wisconsin in the United States, and Aarhus, Denmark — a dual-continent footprint that underlines the company’s intent to serve both the North American and European soft-signage markets at scale.
The timing is notable. Demand for SEG and pillow graphics has grown well beyond traditional wide-format applications, reaching into retail environments, exhibitions, hospitality and interior décor, where finished, ready-to-hang textile products are increasingly preferred over rigid or framed alternatives. Yet the finishing side of that work — sewing, welding and cutting — has often remained a manual bottleneck. Platforms that automate those steps while preserving design fidelity are exactly where the productivity gains are now being captured.
For PRINTING United attendees evaluating grand-format and textile investments, FASTSEWN’s debut offers a concrete data point: the industry’s automation wave is no longer confined to the print head. It is moving decisively into finishing, where labour and throughput constraints have quietly limited margin for years. A 3.3-metre system that sews and cuts in one pass is a statement of where soft-signage production is heading — toward fewer touches, less handling and finished output that leaves the machine ready to sell.
The strategic logic is compelling. As labour costs rise and skilled sewers become harder to recruit, the economics of manual finishing deteriorate precisely as order volumes for textile graphics climb. Integrating sewing and laser cutting into one NC-controlled flatbed removes a hand-off, eliminates a re-fixturing step and reduces the skilled-labour dependency that has long capped the scalability of soft-signage operations. If the live remote demos deliver on the promise of real-production conditions, the StitchNCut could become a reference point for how the next generation of textile finishing cells is designed — and a warning to shops still relying on a sewing machine and a steady pair of hands.
Source: INKISH.NEWS, 7 September 2026.
The strategic logic is compelling. As labour costs rise and skilled sewers become harder to recruit across North America and Europe, the economics of manual finishing deteriorate precisely as order volumes for textile graphics climb. Integrating sewing and laser cutting into one NC-controlled flatbed removes a hand-off, eliminates a re-fixturing step and reduces the skilled-labour dependency that has long capped the scalability of soft-signage operations. It also closes a quality gap: seams and cut edges produced in a single automated pass are more consistent than those moved between separate machines by hand.
FASTSEWN is not the only company chasing this convergence, but its full 3.3-metre width positions it squarely at the grand-format end of the market, where SEG and pillow graphics for retail and exhibition environments are typically produced. Competitors have tended to address sewing and cutting as separate modules; bundling them under one workflow — and linking both to a customer’s existing Caldera RIP — lowers the integration burden on the printer. If the live remote demos deliver on the promise of genuine production conditions rather than show-floor theatre, the StitchNCut could become a reference point for how the next generation of textile finishing cells is designed, and a warning to shops still relying on a sewing machine and a steady pair of hands to stay competitive on turnaround.
