24 Textile Robots Compared: When Automated Sewing Actually Beats Local Labor Costs
The return on investment case for a sewing robot depends entirely on your regional labor market, not a generic payback period in a brochure. See real capability data from 20 manufacturers before building your business case. Whether you want to buy, hire or lease, every one of the 24 textile & sewing robots for sale below links straight to the manufacturer, with specifications pulled from their own site, not a reseller.
Compare the top picks
| Model | Maker | At a glance | Price |
|---|---|---|---|
| AiDLab WiseEye | Laboratory for Artificial Intelligence in Design (AiDLab), Hong Kong Polytechnic University | Category: Rail-mounted AI machine-vision textile inspection robot | Hardware configuration: High-power LED light bar paired with a high-resolution charge-coupled device (CCD) camera, motor-driven along a rail to traverse the full width of fabric during weaving | Contact AiDLab / Code-Create Limited for licensing and deployment pricing |
| Sewbot Workline | SoftWear Automation, Inc. | Core Technology: High-speed machine vision + lightweight robotics (Pick-Place-Sew) | T-Shirt Line Cycle Time: 162 seconds per shirt (13 steps, 1 operator) | Not disclosed (rental/leasing available via Sewbots-as-a-Service) |
| CreateMe MeRA (Modular-engineering Robotic Assembly) | CreateMe Technologies | Type: Autonomous robotic apparel assembly platform | Technology: Pixel microadhesive bonding (sub-1mm seams) replacing thread sewing | Contact manufacturer |
| FASTSEWN (Moving Cavity Technology System) | Mikkelsen Innovation ApS (FASTSEWN) | Core Technology: Patented Moving Cavity Technology (MCT), conveyorized flatbed with vacuum hold-down and a series of pulleys and rollers forming a movable cavity | Function: Combines sewing and cutting into one system, accesses the underside of the textile without strapping it into a frame | Contact FASTSEWN (Mikkelsen Innovation ApS) |
| Flow Gripper | Robotextile GmbH | Function: Uses controlled air flows to autonomously separate and pick individual textile layers from a multi-layer stack | Material compatibility: Knitted fabrics, non-wovens and woven fabrics | Contact Robotextile (retrofittable gripper attachment) |
Not sure which model fits your job, or want help with hire or lease terms? Email J2R with what you need done and your budget, and we will shortlist real options and help broker the deal.
All 24 textile & sewing robots for sale in the catalog
| Model | Manufacturer | Country | At a glance | Price | Source |
|---|---|---|---|---|---|
| ABB OmniVance Sewing Cell | ABB Robotics | Switzerland | Robot platform: 4-axis SCARA robot | Integrated hardware: Brother industrial sewing machine | Contact ABB Robotics for a quote; official pricing not published | Visit manufacturer site → |
| Aitu Ai10 | Aitu (Zhejiang) Intelligent Sewing Technology, a Jack Technology subsidiary | China | Form factor: Full-scale humanoid robot with a biomimetic, fabric-textured outer finish designed by IDEO | Debut: Shanghai launch event, September 24, 2025, described by Aitu as the world's first female sewing robot | Contact manufacturer | Visit manufacturer site → |
| AI-Powered Robotic T-Shirt Production Cell | CITEVE (Centro Tecnologico das Industrias Textil e do Vestuario de Portugal) | Portugal | Core innovation: AI-powered grip-point detection via real-time computer-vision pipeline that identifies fabric pieces on the cutting table and calculates optimal grasp points from shape, size and material | Cycle time: Just under 35 seconds per T-shirt in pilot testing | Not commercially priced; research/pilot cell, industrial licensing in development | Visit manufacturer site → |
| CreateMe MeRA (Modular-engineering Robotic Assembly) | CreateMe Technologies | USA (Newark, California) | Type: Autonomous robotic apparel assembly platform | Technology: Pixel microadhesive bonding (sub-1mm seams) replacing thread sewing | Contact manufacturer | Visit manufacturer site → |
| Fastsort-Textile | DataBeyond Technology | China | Throughput: 100 kg (220 lb) of clothing sorted in 2 to 3 minutes, up to 2 tons per hour | Technology: AI vision recognition combined with hyperspectral sensing | Contact DataBeyond | Visit manufacturer site → |
| Handman | Jeanologia | Valencia, Spain | Type: Automated Laser Finishing Robot (Denim/Garment) | Working Area: 170 x 142 cm (85 x 125 cm per mannequin) | Contact manufacturer | Visit manufacturer site → |
| JUKI MH-2960V with Robot Arm - Automated Double Chainstitch Sewing System | JUKI Corporation | Japan | Base machine: MH-2960V semi-dry direct-drive double chainstitch machine, 2 needles | Max sewing speed: 3,500 stitches per minute (JUKI official specification) | Contact JUKI for a quote | Visit manufacturer site → |
| AiDLab WiseEye | Laboratory for Artificial Intelligence in Design (AiDLab), Hong Kong Polytechnic University | Hong Kong | Category: Rail-mounted AI machine-vision textile inspection robot | Hardware configuration: High-power LED light bar paired with a high-resolution charge-coupled device (CCD) camera, motor-driven along a rail to traverse the full width of fabric during weaving | Contact AiDLab / Code-Create Limited for licensing and deployment pricing | Visit manufacturer site → |
| Lectra Vector Fashion Automated Fabric Cutting System | Lectra SA | France (Bordeaux-Cestas) | Cutting speed: Up to 8 meters per minute | Cutting head: Adapts to actual fabric characteristics in real time | Contact Lectra for a quote; sold through direct sales and regional distributors | Visit manufacturer site → |
| FASTSEWN (Moving Cavity Technology System) | Mikkelsen Innovation ApS (FASTSEWN) | Aarhus, Denmark | Core Technology: Patented Moving Cavity Technology (MCT), conveyorized flatbed with vacuum hold-down and a series of pulleys and rollers forming a movable cavity | Function: Combines sewing and cutting into one system, accesses the underside of the textile without strapping it into a frame | Contact FASTSEWN (Mikkelsen Innovation ApS) | Visit manufacturer site → |
| Morgan Tecnica Spidercut | Morgan Tecnica S.p.A. | Italy (Adro, Brescia, Lombardy) | Structure: Robotic cutting platform with carbon-fiber arms engineered for maximum speed, stability and precision in single-ply operation | Vision system: Advanced intelligent vision system with a line-scan camera and dual-optics setup for real-time material and pattern recognition | Contact Morgan Tecnica S.p.A. for unit and cutting-room integration pricing | Visit manufacturer site → |
| On LightSpray Robotic Shoe Upper Manufacturing Cell | On Holding AG (On Running) | Switzerland (Zurich) / South Korea (Busan) | Speed: Sprays a complete shoe upper in about 3 minutes | Scale: Busan, South Korea facility houses 32 robots, a 30 fold capacity increase over the original 4 robot Zurich facility | Not sold as a standalone machine; proprietary manufacturing process used exclusively in On's own factories | Visit manufacturer site → |
| Robotextile Flow Gripper | Robotextile GmbH | Germany | Mechanism: Air-flow based flow gripper with patented roller mechanism | Material Compatibility: Knitted fabrics, non-wovens, woven fabrics | Contact Robotextile | Visit manufacturer site → |
| Flow Gripper | Robotextile GmbH | Germany | Function: Uses controlled air flows to autonomously separate and pick individual textile layers from a multi-layer stack | Material compatibility: Knitted fabrics, non-wovens and woven fabrics | Contact Robotextile (retrofittable gripper attachment) | Visit manufacturer site → |
| Sewbo - Robotic Garment Sewing System (Polymer-Stiffened Fabric Handling) | Sewbo, Inc. | USA (Seattle, Washington) | Type: Robotic arm garment assembly system (fabric-stiffening method) | Core technology: Water-soluble polyvinyl alcohol (PVA) fabric stiffener, dissolved in a hot-water rinse after sewing; ultrasonic welding used to temporarily bond stiffened fabric edges before sewing | Contact Sewbo, Inc. for a quote; official pricing not published | Visit manufacturer site → |
| Sewbo | Sewbo, Inc. | USA | Type: Robotic Sewing System, Fabric-Stiffening Method | Robot Platform: Off-the-shelf industrial arm, such as Universal Robots UR5, with suction end effector | Not yet commercially sold; R&D and pilot licensing stage | Visit manufacturer site → |
| sewts.VELUM | sewts GmbH | Munich, Germany | Type: Robotic cell for textile feeding and handling of deformable materials | Throughput: Up to 700 items per hour, human-comparable speed | Contact manufacturer (SaaS plus robotic-cell pricing model) | Visit manufacturer site → |
| Shima Seiki MACH2XS WHOLEGARMENT Knitting Machine | Shima Seiki Mfg., Ltd. | Japan (Wakayama) | Knitting width options: 40 inch (100cm), 50 inch (125cm), 60 inch (150cm) or 68 inch (170cm) bed configurations | Gauge options: 8L, 12S, 15S, 15L, 18L | Contact Shima Seiki for a quote; industrial WHOLEGARMENT machines have historically been reported around $100,000 USD, not an official current published price | Visit manufacturer site → |
| Silana Sewing Robot | Silana GmbH | Austria | Founded: Vienna, Austria, by three co-founders | Automation Scope: Entire sewing process from fabric roll to finished garment | Contact Silana | Visit manufacturer site → |
| Sewbot Workline | SoftWear Automation, Inc. | USA | Core Technology: High-speed machine vision + lightweight robotics (Pick-Place-Sew) | T-Shirt Line Cycle Time: 162 seconds per shirt (13 steps, 1 operator) | Not disclosed (rental/leasing available via Sewbots-as-a-Service) | Visit manufacturer site → |
| SoftWear Automation Sewbot - Fully Autonomous Sewing Robot | SoftWear Automation, Inc. | USA (Atlanta, GA) | Core technology: Proprietary machine vision tracking fabric and stitching at the needle level to steer cloth in real time, needle placement accuracy within half a millimeter | Origin: Founded 2012 out of Georgia Tech research funded by DARPA and the Walmart Foundation; commercialized around 2015 | Contact SoftWear Automation for a quote; official pricing not published | Visit manufacturer site → |
| Sewbot | SoftWear Automation, Inc. | USA (Atlanta, GA) | Type: Machine Vision-Guided Robotic Sewing Workline | Founding: Established 2012 in Atlanta, growing out of research collaboration with Georgia Tech, DARPA and the Walmart Foundation | Contact SoftWear Automation | Visit manufacturer site → |
| TUKAcut | Tukatech | USA | Weight: 2200 kg to 3380 kg (by model) | Power Consumption: 14 to 15 kW installed, 5 to 6.3 kW average | Not disclosed | Visit manufacturer site → |
| OneWeave Automated 3D Weaving System (formerly Vega) | unspun, Inc. | USA (San Francisco, California) | Core technology: OneWeave (formerly branded Vega), a proprietary 3D weaving system that interlaces yarn directly into finished garment shapes rather than weaving flat yardage that must later be cut and sewn | Production speed: Can weave a pair of pants, jeans or chinos from yarn to near-finished garment in under 10 minutes | Not sold as a fixed unit price; delivered as an equipment/licensing partnership for brand and manufacturing partners, contact unspun for pricing | Visit manufacturer site → |
How to choose
Textile and sewing robots automate garment cutting and sewing in apparel manufacturing, a category where labor cost comparison drives most buying decisions.
Fabric type compatibility
Sewing and cutting robots are often tuned to a specific range of fabric weights and stretch characteristics. Confirm the unit handles your actual fabric range, a machine built for woven cotton may struggle with knit or technical stretch fabrics.
Changeover time between styles
For manufacturers running many small batches rather than one long run, changeover time between garment styles matters as much as raw sewing speed. Ask specifically about changeover time, not just stitches per minute.
Labor cost context for the business case
The return on investment case for textile automation depends heavily on local labor costs and availability. Build the business case around your actual regional labor market, not a generic payback period quoted by the manufacturer for a different market.
Buy, hire or lease
Textile automation is typically a capital equipment purchase integrated into a production line, rental is uncommon in this category. J2R can help you compare financing options across manufacturers.
Frequently asked questions
- What is a textile & sewing robot?
- Automated garment cutting and sewing robots for apparel manufacturing
- Are there textile & sewing robots for sale right now?
- Yes. This page lists 24 textile & sewing robots from 20 manufacturers including ABB Robotics, Aitu (Zhejiang) Intelligent Sewing Technology, a Jack Technology subsidiary, CITEVE (Centro Tecnologico das Industrias Textil e do Vestuario de Portugal), CreateMe Technologies and others, most sold or ordered direct. A handful of specialist and defense oriented models are quote only or program based rather than an instant checkout, that is noted on the individual listing.
- What is the best textile & sewing robot to start with?
- There is no single best textile & sewing robot, it depends on the job. The comparison table above lines up 5 real options side by side, from AiDLab WiseEye to Flow Gripper, so you can match specifications to your actual task instead of a marketing claim.
- How much does a textile & sewing robot cost?
- Almost no manufacturer in this category publishes a price online, this is quote based equipment priced to your project. Use the manufacturer link on each model below to request a real number instead of guessing from a brochure.
- Can I rent or lease a textile & sewing robot instead of buying?
- Some manufacturers in this category offer direct rental or lease terms. For the rest, J2R can help broker a short term hire or lease arrangement with the manufacturer or an approved reseller.