SafeSew is a pioneering technology company developing the world's first fully automated continuous garment assembly line (FRFG — From Roll to Finished Good). Our patented MCNC technology combines ultrasonic sewing with multi-head CNC and mirrored control systems to produce protective coveralls from roll fabric to finished product with zero manual intervention.
Complete digital manufacturing ecosystem
Electronic inspection on every seam
Bringing manufacturing back to developed nations
30% total cost reduction vs. current processes
The breakthrough is our MCNC — Mirrored Computed Navigated Construction. Unlike every prior attempt at garment automation (which used 2D approaches), MCNC solves the fundamental 3D challenge of garment geometry. Both sides of the garment are produced separately until the final assembly step.
A technology-driven company built on a decade of engineering, innovation, and a clear vision: to bring apparel manufacturing back to the developed world through automation.
SafeSew was born from the conviction that the apparel industry's structural dependence on low-cost manual labor in Asia was unsustainable — environmentally, strategically, and economically. Founded by Eduardo Tavarez, a C-suite executive with deep roots in the protective apparel industry, SafeSew spent over a decade developing a proprietary automated garment assembly system from the ground up.
Today, SafeSew holds 3 patents for its MCNC (Mirrored Computed Navigated Construction) technology, with 40% of the detailed machine design complete and 100% of the core solutions engineered and validated in our laboratory.
Our mission targets the $80 billion disposable and chemical protection apparel market — an industry dominated by brands like DuPont, 3M, Kimberly-Clark, and Ansell that rely entirely on Asian contractors for production. SafeSew changes this equation fundamentally.
A revolutionary company formed from the vision of modernizing disposable apparel production worldwide.
We are living in times of high competitiveness and transformation, where new solutions and companies emerge every day. Companies that are unable to reinvent themselves at a fast pace are losing their way at the same speed.
SafeSew is a revolutionary company formed from the vision of modernizing the disposable apparel production worldwide. We don't just improve existing processes — we replace them entirely with something fundamentally better.
Our cornerstone concept utilizes proven technologies from dissimilar and unrelated industries. The FRFG (From Roll to Finished Good) production line changes all the manufacturing process and can impact the whole apparel industry, bringing manufacturing back to developed countries and reducing overall costs by a third.
Defining where we're going and why it matters.
A unique convergence of mechanical engineering, automation, apparel industry knowledge, and business strategy.
SafeSew's expertise spans mechanical engineering, CNC automation, ultrasonic welding technology, protective apparel manufacturing standards, and Latin American & global market dynamics. This rare combination allows us to solve a problem that has challenged the industry for decades.
Deep expertise in precision machining, CNC control systems, and mechanical design. The SafeSew machine spans over 100 meters and operates with sub-millimeter accuracy.
20 years of proven ultrasonic sewing technology adapted and enhanced for non-woven technical fabrics used in protective apparel, producing stronger seams than conventional sewing.
Comprehensive understanding of global standards for disposable, chemical protection, and clean room garments — enabling 100% certified production from day one.
Extensive experience in Latin America, North America, Europe, and Asia — enabling optimal plant location strategy, OEM negotiations, and M&A identification.
A decade of innovation, engineering, and persistence — building the future of apparel manufacturing.
Eduardo Tavarez conceptualizes and presents the SafeSew project to the board of Lakeland Industries, including a 3D conceptual layout of the machine. Sample garments are produced demonstrating the production method. The response: "Whoever makes this first will be successful globally."
With Lakeland choosing to focus on short-term projects, the path opens for independent development. An engineering team is assembled to design and detail the machine assembly and key components. A laboratory is established to test the most critical project concepts.
Intensive engineering investment produces 40% of the detailed project design, 100% of core solutions and part designs. Three patents are drafted. The production cost model is developed. A new ultrasonic sewing pattern is created and validated.
In November 2019, Eduardo Tavarez departs Lakeland Industries to commit full-time to the SafeSew project. The company transitions from a side project to a primary focus with a dedicated leadership team.
Comprehensive financial modeling demonstrates an IRR of 30%, payback of 4.8 years, and enterprise value of $144M. The team prepares for Phase 2 — building the first production machine. Initial investment of US$610K completed including engineering rights, lab equipment, hardware, and 3D design systems.
SafeSew is fully prepared to enter Phase 2: building the first production machine, with the initial plant to be located in the USA. Total investment requirement: US$34M. Full production capacity achieved within 30 months of investment. Revenue projections exceed US$12.5M in Year 1, growing to US$77M by Year 11.
Phase 1: Build the world's first automated continuous garment assembly machine and production plant.
Phase 1 of the SafeSew project focuses on designing, building, and commissioning the first FRFG (From Roll to Finished Good) automated garment production line — and establishing the first plant to produce disposable protective coveralls at commercial scale.
The initial plant will be located in the United States, with engineering and commercial operations based in São Paulo, Brazil. Total investment for Phase 1: US$34 million.
The foundational ideas that drive SafeSew's approach to automated garment manufacturing.
The core concept: a complete garment production line that begins with raw fabric rolls and ends with a packaged, quality-certified finished garment — with no human intervention at any point in between. One machine. One process. One quality standard.
SafeSew implements complete automation, electronic quality control, real-time data monitoring, and order-to-sale manufacturing methodology — bringing the principles of Industry 4.0 to an industry that has been left behind by digital transformation.
Current industry model requires 2–3 months of finished goods inventory and 1–3 months of raw material buffer — all shipped from Asia. SafeSew's speed and local production enable manufacturing only when orders exist, reducing total capital tied up in inventory by up to 75%.
By locating production near consumer markets (USA, Europe, South America), SafeSew eliminates import duties (up to 25% in the USA, 35% in Latin America, 12% in Europe), reduces logistics costs by two-thirds, and improves national security in critical PPE supply chains.
The MCNC — the world's first 3D automated garment assembly system.
Most garments have different dimensions for front and back, creating a 3D manufacturing problem. All previous automation attempts used 2D solutions — which is why they failed. SafeSew's MCNC technology was designed from first principles to solve the 3D challenge.
Labor costs reduced by 80%. Logistics costs reduced by two-thirds. Total direct production cost: $0.50/unit vs $0.70 current. Logistic cost: $0.05 vs $0.20 current. Total savings: 30% versus current process.
100% certified sewing through electronic inspection. Every seam verified. Automatic rejection of defective units. Consistent sizing — every garment identical. Ultrasonic seams are stronger than conventional thread sewing. Clean room production standard as default.
Raw material inventories reduced from 3 months to 1 month. Finished goods inventories from 2 months to 0.5 months. Total capital invested in working capital reduced by 75%.
SafeSew's automated cutting system achieves better overall fabric utilization than manual cutting — 17% waste vs 83% used, outperforming manual cutting across the full size mix. Fabric offcuts are reprocessed within the same plant.
Why no one has done this before — and how SafeSew solved it.
Most garments have different dimensions for their front and back — the hook (crotch area), the hood, the sleeves — making it a 3D manufacturing process. This is precisely why fully automatic garment production is so difficult.
Those who attempted automation thought in 2D. SafeSew's breakthrough was to change the entire manufacturing process paradigm and think in 3D — using a 3D robotic arm for hood placement and the MCNC mirrored system to handle the front/back dimensional differences.
Protective clothing is uniquely suited to automation: large production runs, no fashion cycle, consistent sizes, non-woven fabrics compatible with ultrasonic welding. The market leaders (DuPont, 3M, Ansell) don't manufacture themselves — they use Asian contractors. SafeSew will replace those contractors.
All prior automation attempts used 2D solutions — ignoring the inherent 3D geometry of garments. SafeSew's MCNC is the first true 3D solution.
The crotch hook and hood are the two most complex elements to automate. SafeSew has patented solutions for both — using a 3D robotic arm for hood attachment.
Major brands outsource production and have no interest in machine development. Smaller players lack the engineering capability. The gap was left for SafeSew to fill.
Ultrasonic sewing only works for non-woven fabrics — but non-wovens are exactly what protective coveralls use. This limitation is actually a perfect market fit for Phase 1.
The competitive advantages that make SafeSew an industry-transforming investment.
Protective apparel manufactured to a new standard — automated, certified, and produced near the markets that need it most.
The original SafeSew product — automated disposable protective coveralls for mining, pharmaceuticals, food processing, oil & gas, and industrial manufacturing.
The global market for disposable and chemical protective clothing represents $80 billion annually — and it is served today by an entirely manual, outsourced, Asian-based supply chain. SafeSew's Phase 1 targets this market directly.
Our automated line produces over 1,000 disposable coveralls per hour — 5,000 per shift — with 100% seam inspection, consistent sizing, and no human contact during production. The result: medical-grade cleanliness at industrial-scale pricing.
Non-woven fabric rolls (Tyvek, Tychem, or equivalent) are unwound and electronically inspected for defects before cutting. Defective fabric areas are automatically bypassed.
Front and back panels are processed simultaneously with mirrored CNC control. Ultrasonic welding creates seams stronger than conventional thread sewing.
A 3D robotic arm attaches the hood. The hook (crotch piece) is placed by the patented hook-insertion mechanism — the two most complex challenges of garment automation, both solved.
Every completed garment passes through a final seam inspection system. Defective units are automatically rejected. Accepted units are folded and packaged automatically.
Mining • Food Processing • Pharmaceuticals • Oil & Gas • Petrochemicals • Medical / Healthcare • Industrial Manufacturing • Laboratory
Sealed-seam chemical protection suits produced with ultrasonic bonding for the highest level of barrier performance in hazardous environments.
Chemical protection garments demand the most stringent manufacturing standards — sealed seams, zero defects, consistent barrier performance. The SafeSew system's ultrasonic welding technology and 100% electronic inspection make it uniquely capable of meeting these standards at industrial scale.
Sealed seam garments — currently a premium product requiring additional manual processing — are produced by SafeSew at the same cost as standard coveralls. This fundamentally disrupts the pricing of sealed-seam chemical protection apparel.
High-performance flame-retardant workwear for utilities, welding, and industrial environments requiring reliable thermal protection.
SafeSew's second-generation machine (Phase 2) will extend production capabilities to include flame-retardant woven fabric garments, opening the workwear and FR uniform market. This segment serves utilities, oil & gas field operations, welding, and any environment with arc flash or fire exposure risk. The automated consistency of SafeSew manufacturing eliminates the quality variability that is a persistent challenge in FR workwear production.
Zero-contact production makes SafeSew inherently suited for semiconductor, pharmaceutical, and life sciences clean room environments.
Conventional garment manufacturing involves hundreds of human operators handling fabric — an inherent contamination risk for clean room apparel. SafeSew's automated process eliminates human contact entirely, producing garments to clean room standards as a default — not an added cost.
Sealed seam garments for ISO Class 1–5 clean rooms are produced at the same cost as standard coveralls — a dramatic pricing revolution for semiconductor, pharmaceutical, and aerospace manufacturing environments.
Durable, standardized workwear for manufacturing facilities, produced to consistent specifications with automated quality control.
SafeSew's automated manufacturing approach is ideal for large-volume workwear programs — consistent sizing, consistent quality, and the ability to manufacture to order rather than to stock. Facilities requiring 10,000+ garments per year benefit from guaranteed specification compliance, zero sizing variability, and local production with fast lead times.
Pandemic-ready local production securing healthcare supply chains — lessons learned from COVID-19 demand a domestic PPE manufacturing solution.
COVID-19 exposed the catastrophic risk of depending on Asian supply chains for critical PPE. Developed countries — the USA, European nations — found themselves unable to source basic protective garments for healthcare workers during the peak of the pandemic.
SafeSew's local manufacturing model directly addresses this national security concern. With plants in the USA and Europe, healthcare-grade protective garments can be manufactured domestically at competitive costs — ensuring supply chain resilience in future health emergencies.
About 70% of all global apparel manufacturing is located in Asia, in countries like China, Vietnam, India, and Bangladesh — with about 60% of worldwide garment workers paid below minimum wage. SafeSew brings production home.
Whether you're an investor, potential partner, or OEM customer — we'd love to hear from you. Our teams in São Paulo and Orlando are ready to connect.