Myant Acquires mmHg Inc. To Enhance Precision Medicine For Cardiovascular Care

TORONTO — January 6, 2025 — Myant Corp., a provider of chronic disease prevention through precision medicine, announced the acquisition of mmHg Inc., a digital health company specializing in remote blood pressure monitoring, cardiovascular risk reduction, and chronic disease management. This acquisition expands Myant’s geographic footprint and market reach to the USA, where mmHg has a significant existing customer base, including a partnership with one of the largest manufacturers of highly accurate, reliable medical devices and health products, A&D Medical.

This acquisition is part of a broader strategy of “prevention through precision” to drive forward a new era of personalized, AI-enabled remote healthcare.

mmHg’s platform focuses on delivering efficient, guideline-concordant care for managing cardiovascular health, particularly in remote settings. Healthcare providers gain the capability to remotely track and analyze blood pressure and a spectrum of vital cardiovascular indicators through its innovative software. By aligning patient data with clinical best practices, mmHg enhances decision-making precision, driving timely and accurate interventions. Esteemed institutions across North America, such as Beth Israel Deaconess (Harvard Medical), Johns Hopkins, Columbia University, NYU, Tulane University, and the University of British Columbia, rely on the platform to advance both patient outcomes and clinical research.

By combining mmHg’s advanced remote monitoring capabilities with Myant’s advanced material and textile computing technology, healthcare providers will have access to continuous, real-time patient data, enabling earlier detection of health risks, personalized treatment plans, and better management of chronic conditions. The result is early disease detection that improves health outcomes, reduces hospital visits, and enhances the quality of life.

“Our company is on a mission to make healthy aging a reality for millions. We want to turn the tide on chronic conditions and redefine what it means to grow older. This acquisition enhances our ability to offer comprehensive cardiovascular monitoring and risk management solutions, strengthening our role in transforming digital health and enabling this large ageing demographic to live younger, longer” said Tony Chahine, CEO at Myant.

“The combination of Myant’s cutting-edge textile technology and mmHg’s clinically-infused software architecture will no doubt create the next generation of personalized care-delivery, where patients will be able to transmit clinical-grade, continuous vitals data feeds to a platform that presents the data in an efficient and clinically relevant manner to care teams.” said Peter Wood, co-founder and Chief Operating Officer at mmHg Inc.

This strategic acquisition aligns with Myant’s ongoing efforts to leverage AI and advanced materials to improve patient outcomes and extend human life, and adds new capabilities to Myant’s fully vertical integrated solutions

Posted: January 6, 2025

Source: Myant Corp.

SHEIN Ramps Up Denim Production Using Cool Transfer Denim Printing By 90% In 2024

SINGAPORE — January 6, 2025 — SHEIN is transforming the way its denim is being produced by increasing its adoption of Cool Transfer Denim Printing, a technology that consumes less water and energy compared to traditional denim manufacturing methods, while at the same time creating a more streamlined production process.

Cool Transfer Denim Printing

Approximately 380,000 pieces of SHEIN’s denim apparel produced in 2024 were made using the Cool Transfer Denim Printing process, saving more than 10,000 metric tons of water compared to traditional denim production techniques. This marks a 90 percent increase from 2023, when 200,000 denim pieces were made using this innovative method. Since introducing Cool Transfer Denim Printing in 2022, SHEIN has saved nearly 19,500 metric tons of water. These milestones illustrate the company’s ability to scale innovation within its supply chain, integrating advanced manufacturing practices, while promoting resource efficiency.

Traditional denim manufacturing is known for being resource-intensive, requiring vast amounts of water and energy for processes such as dyeing, bleaching, and washing. Recognizing these challenges, SHEIN partnered with NTX® in 2021 to introduce Cool Transfer Denim Printing, an innovative process that not only minimizes the use of water and energy but also simplifies the production cycle, ensuring precision and efficiency at every step.

This method of printing involves a digital printer using reactive ink to print denim textures, artwork or patterns onto a transfer film. The designs on the transfer film are then imprinted onto white denim fabric using cold transfer equipment, replicating the effects of washing denim to produce features like faded finishes, whiskering, and retro-worn effects. Verified by Bureau Veritas in October 2023, the process reduces water usage by 70.5 percent compared to conventional denim washing methods.

In addition to the savings in water and energy, the Cool Transfer Denim Printing process eliminates the need for workers to be in contact with harmful chemicals, such as chlorine and caustic soda, which may be used in traditional denim production. By reducing exposure to these substances, SHEIN aims to foster safer working conditions for workers providing support on denim production.

Innovative On-demand Denim Production Process Aimed at Reducing Water

The integration of Cool Transfer Denim Printing complements SHEIN’s on-demand business model, which leverages a digitalized supply chain to match customer demand with merchandise supply. SHEIN’s process involves launching new products in small initial batches of 100-200 items, assessing customer feedback in real-time, and restocking items based on demand. This approach ensures that suppliers produce what customers want, while helping to reduce overproduction and excess inventory.

Cool Transfer Denim Printing’s streamlined and efficient production process aligns perfectly with this methodology. By simplifying denim manufacturing and enabling precise replication of intricate designs and effects, the technology supports smaller production runs that can be quickly scaled based on customer interest. This synergy allows SHEIN to produce denim pieces to meet demand, while at the same time working towards reducing any additional waste.

Unlocking New Creative Opportunities

Cool Transfer Denim Printing is also a catalyst for creativity and innovation. This technology provides designers with unprecedented flexibility to produce vibrant, intricate, and highly detailed prints that were once challenging to achieve with traditional methods.

The process enables precise replication of denim textures and effects. These capabilities open up limitless possibilities for SHEIN’s design teams, allowing them to craft unique and standout denim pieces that resonate with diverse customer preferences and push the boundaries of modern fashion.

This initiative is part of SHEIN’s broader strategy to accelerate change in manufacturing processes, become more resource-efficient and promote innovation in the future of fashion.

Posted: January 6, 2025

Source: SHEIN

X-Rite Introduces Judge LED Light Booth for Seamless Transition to LED-Based Visual Color Evaluation

GRAND RAPIDS, Mich. — January 6, 2025 — X-Rite Inc., a global supplier of color science and technology, announces the Judge LED light booth, designed for precise visual color evaluation as industries shift from fluorescent to energy-efficient LED lighting. Building on 60 years of lighting innovation, this new light booth incorporates advanced LED technology to ensure compliance with environmental regulations and helps brands and suppliers transition smoothly to LED-based color assessments, maintaining quality without operational disruptions.

The global shift to LED lighting, driven by energy efficiency mandates and governmental regulations, presents a new challenge for industries such as textiles, automotive, paint and coatings, plastics, and packaging that depend on color accuracy. Fluorescent and LED illuminants have distinct spectral power distributions (SPD) that can dramatically impact color perception. To maintain color consistency across the supply chain — from design to production to retail — visual evaluation programs must integrate LED standards into their color workflows.

“The Judge LED light booth is a future-proof solution for brands and manufacturers transitioning from fluorescent lighting to comply with new energy regulations,” said Albert S Laforet, director of Strategic Projects, X-Rite. “Our custom-designed LEDs are optimized to offer the best SPD match for legacy fluorescent tubes, including U30, U35, CWF and TL84, ensuring a seamless integration into color workflows. This allows companies to meet regulatory requirements, ensure color consistency, and prevent color discrepancies before final product assembly.”

“The Judge LED light booth is ready for use immediately and allows for faster and more consistent color assessments. Our goal is to make color management more efficient across our global supply chain,” said Carmen Keim, Colorist and Digital Pioneer at Sympatex Technologies, a pioneer for high-tech functional materials in clothing, footwear, accessories and technical fields.

Fast, Reliable and Consistent Color Assessment

The Judge LED light booth delivers precise and consistent color evaluation with seven distinct light sources that simulate a variety of lighting conditions. The seven light sources can be selected from a wide range of industry-leading standard illuminants, including LED D50, D65, LED-B2 3000K, LED 3500K, LED-B3 4000K, UV, A, CWF LED, TL84 LED, U30 LED, and U35 LED.

Key features of the Judge LED light booth include:

  • Instant Warm-Up: Eliminates waiting time to improve daily efficiency.
  • Stabilized Illuminants: Ensures color evaluation consistency by delivering calibrated illuminants that offer fixed intensity levels and stable chromaticity.
  • Directional D65 Daylight: Facilitates defect inspection and surface evaluation for characteristics like orange peel to ensure superior product quality on complex finishes.
  • Digital Evaluation: Offers an optional integrated calibrated monitor, allowing for the comparison of physical samples with digital material twins to ensure consistency between digital prototypes and physical products.
  • Energy Efficient: Operates quietly, produces minimal heat, consumes less energy, and has longer lasting illuminants than fluorescent light booths.
  • Standards Compliance: Meets ISO, ASTM, AATCC, and BSI visual assessment requirements.

“The Judge LED light booth integrates visual and digital workflows, allowing designers, material suppliers, and marketers to compare digital renderings or material twins with physical samples under precise LED lighting. Paired with X-Rite’s end-to-end digital color solutions—including color specification, measurement, PANTORA virtual material creation, and color formulation and quality control software — companies can improve decision-making, streamline approval cycles, and accelerate time to market while ensuring consistent quality,” continued Laforet.

Register for the Judge LED Virtual Event

To formally introduce this innovative light booth, X-Rite will host a virtual event on January 9th at 10 am ET. During the event, technology experts, brand owners, and manufacturing suppliers will discuss the shift to LED technology and its impact on color evaluation processes, plus provide an in-depth look at the features and benefits of the Judge LED light booth.

Register for the event at https://go.xrite.com/Let-There-Be-LED-A-New-Standard-in-Color-Evaluation

The Judge LED light booth is now available worldwide. For more information on Judge LED, visit https://www.xrite.com/categories/light-booths/judge-led-light-booth

Posted: January 6, 2025

Source: X-Rite Incorporated

Swedish Automation Keeps Filter Products Moving

STOCKHOLM, Sweden — January 6, 2025 — Members of TMAS – the Swedish textile machinery association – are providing crucial manufacturing and automation services to the filtration sector, which is an often invisible but very significant part of the global textile industry.

Technical woven and nonwoven fabrics are used in a wide variety of products in filtration systems for air, gas and liquid filtration, touching on almost every facet of life in the 21st Century.

They are crucial to aerospace and road transportation and a vast range of industrial processes and also to be found in every home, hotel and institutional building in air conditioning systems and household appliances such as washing machines and vacuum cleaners.

Interfil manufactures produces a staggering range of over 15,000 filter media variants

At its Skjåk manufacturing plant in Norway, for example, Interfil manufactures an annual 230,000 air filter units from a staggering range of some 15,000 variants, with 9,000 products moving continuously through the differing stages of the plant at any time each day, and a daily finished output of 1,100 products.

It’s a similar situation at the U.S.-based plant of Filtration System Products (FSP) in Farmington, Mo., which now has a daily production of over 2,200 filter hoses and media.

Material handling

Both Interfil and FSP rely on the automated material handling expertise of TMAS member Eton Systems.

The Eton Systems team at the recent Filtech exhibition in Cologne, Germany. Left to right: Magnus Sundgren, Fredrik Andersson, Sven Sörbö and Olof Strömberg.

Eton’s individually addressable product carriers are designed to eliminate manual transportation and minimise handling throughout a manufacturing plant, ensuring each individual product arrives at its correct position precisely when required for each separate process step.

Interfil has relied on Eton automation since 2014, when a 50-metre overhead conveyor system was designed and installed to link the company’s two production halls at the Skjåk plant, eliminating the need for manual handling and truck transport between the facilities. This has resolved the challenge of having semi-finished products made far from the final assembly area, not only improving efficiency, quality control and component traceability across all parts of production, but also increasing on-site safety due to the need for fewer trucks.

Eton automation at FSP in St Louis.

FSP has meanwhile calculated that since installing an Eton system in 2023, it has increased its production output by 60 percent using the same number of operators and the same working hours as with the previous manual system. Eton’s inbuilt quality system also ensures that only 100% perfect products are unloaded from the system, allowing for a much more efficient quality control process. In addition, Eton’s compact method of moving single units through the production process has saved floor space and created a safer and more ergonomic work environment.

“FSP wasn’t sure if it was possible to find an automated production system that could handle the varying demands of filtration media production, due to the many style variations, but our system enables all carriers to be tracked in real-time and proved to be the perfect solution,” said Eton CEO Jerker Krabbe.

Filter bag production

ACG’s microfactory for filter bag production.

A fully automated microfactory for the production of fully finished filter bags has meanwhile been developed by TMAS members ACG Kinna Automatic and ACG Nyström, in cooperation with Juki Central Europe.

Until now, woven or nonwoven needlefelt filter bags been assembled and finished in laborious and time-consuming cut and sew operations by third party suppliers.

“The automation of these essential steps eliminates the need for the many hours of labor-intensive manual work that has previously been necessary,” says ACG Kinna Automatic CEO Christian Moore. “The output is 120 finished filter bags per hour and the entire configuration is guided by precise automatic steering and alignment, with quality control handled by the latest high-definition vision cameras. This type of automation is the way forward, not just for filter bags, but for many industries who heavily rely on such consumables in their operations.”

The ACG microfactory’s configuration is based on two separate interconnecting modules – the Smart Filter Line (SFL) and the Filtermaster 2.0.

The SFL handles the fabric feeding from rolls and its folding prior to seam construction, which can either be by automatic sewing, welding or with sewing and taping, depending on specifications. Very rapid changeover of the modular seaming methods can be achieved during product changes. The specific size of the now fully-tubular fabric is then precisely cut to size for each individual unit and further folded ready to be fed into the Filtermaster 2.0.

“The innovations coming from our companies are far-ranging and characterised by an advanced grasp of automation techniques and the need for more sustainable processing methods that is being demanded by their customers,” said TMAS Secretary General Therese Premler-Andersson. “Eliminating manual transportation and minimising handling is proving essential for textile manufacturers, especially across Europe and the United States, in providing competitive advantages.”

Posted: January 6, 2025

Source: TMAS – The Swedish Textile Machinery Association

Sinopec Completes Construction Of China’s Largest Petrochemical Industrial Base

NINGBO, China — December 25, 2024 — China Petroleum & Chemical Corp.’s (Sinopec) recently announced the mechanical completion of the second-phase expansion and advanced materials project at its Zhenhai Refinery. This milestone sets new benchmarks for innovation, smart manufacturing, and energy efficiency in large-scale projects. The refinery’s capacity has now been upgraded to 40 million tons per year, contributing to the Zhejiang Ningbo Petrochemical Industrial Base surpassing a total refining capacity of 50 million tons annually. The achievement solidifies its position as China’s largest, most advanced, and globally competitive petrochemical industrial base.

Sinopec Completes Construction of China’s Largest Petrochemical Industrial Base.

Located in the Yangtze River Delta, a key downstream product consumption hub, the Zhejiang Ningbo Petrochemical Industrial Base plays a vital role in Sinopec’s value chain. The second-phase expansion and advanced materials project, with a total investment of CNY 41.6 billion, incorporates 18 production units, including atmospheric distillation, catalytic cracking, polypropylene, and propane dehydrogenation units. By emphasizing chemical-focused processes, the project creates multiple high-value-added supply chains.

The facility’s expanded production capacity supports the development of high-end polyolefins, advanced materials, and specialty chemicals. It is expected to provide approximately 8 million tons of petrochemical products annually, significantly boosting the overall capacity of supply chains for industries such as automotive, home appliances, and textiles in the region. This expansion is forecast to generate trillions of yuan in upstream and downstream industrial value.

The project achieved remarkable progress in technological innovation and sustainability. Highlights include:

  • Localization of 10 core technologies, including the world’s highest-load vertical labyrinth compressor.
  • Extensive deployment of smart technologies, enabling simultaneous delivery of digital and physical factories.
  • Integration of a fully localized industrial operating system and a self-developed industrial internet platform to enhance decision-making and management.
  • Implementation of comprehensive energy-saving measures, achieving an overall reduction in energy consumption of 11.7 percent.
  • Safety and quality were paramount during construction, with over 90 million consecutive safe man-hours recorded and a 100 percent quality pass rate for all units, setting a new industry benchmark.

Zhenhai Refinery, Sinopec’s largest integrated refining and chemical enterprise, boasts an ethylene production capacity of 2.2 million tons per year. It is also the only enterprise in China consistently ranked in the top performance group of the Solomon Global Ethylene Performance Evaluation.

Posted: January 3, 2025

Source: SINOPEC

Manufacturing PMI® At 49.3 Percent; December 2024 Manufacturing ISM® Report On Business®: Textile Mills Report Contraction

TEMPE, Ariz. — January 3, 2025 — Economic activity in the manufacturing sector contracted in December for the ninth consecutive month and the 25th time in the last 26 months, say the nation’s supply executives in the latest Manufacturing ISM® Report On Business®.

The report was issued today by Timothy R. Fiore, CPSM, C.P.M., Chair of the Institute for Supply Management® (ISM) Manufacturing Business Survey Committee:

“The Manufacturing PMI® registered 49.3 percent in December, 0.9 percentage point higher compared to the 48.4 percent recorded in November. The overall economy continued in expansion for the 56th month after one month of contraction in April 2020. (A Manufacturing PMI above 42.5 percent, over a period of time, generally indicates an expansion of the overall economy.) The New Orders Index continued in expansion territory for the second month after seven months of contraction, strengthening to 52.5 percent, 2.1 percentage points higher than the 50.4 percent recorded in November. The December reading of the Production Index (50.3 percent) is 3.5 percentage points higher than November’s figure of 46.8 percent. The index returned to expansion after six months in contraction. The Prices Index continued in expansion (or ‘increasing’) territory, registering 52.5 percent, up 2.2 percentage points compared to the reading of 50.3 percent in November. The Backlog of Orders Index registered 45.9 percent, up 4.1 percentage points compared to the 41.8 percent recorded in November. The Employment Index registered 45.3 percent, down 2.8 percentage points from November’s figure of 48.1 percent.

“The Supplier Deliveries Index indicated marginally slower deliveries, registering 50.1 percent, 1.4 percentage points higher than the 48.7 percent recorded in November. (Supplier Deliveries is the only ISM® Report On Business® index that is inversed; a reading of above 50 percent indicates slower deliveries, which is typical as the economy improves and customer demand increases.) The Inventories Index registered 48.4 percent, up 0.3 percentage point compared to November’s reading of 48.1 percent.

“The New Export Orders Index’s ‘unchanged’ reading of 50 percent is 1.3 percentage points higher than the 48.7 percent registered in November. The Imports Index remained in contraction territory in December, registering 49.7 percent, 2.1 percentage points higher than November’s reading of 47.6 percent.”

Fiore continues, “U.S. manufacturing activity contracted again in December, but at a slower rate compared to November. Demand showed signs of improving, while output stabilized and inputs stayed accommodative. Demand analysis includes: the (1) New Orders Index remaining in expansion territory, (2) New Export Orders Index increasing (up 1.3 percentage points and now ‘unchanged’), (3) Backlog of Orders Index slowing its rate of decline but continuing in contraction territory, and (4) Customers’ Inventories Index dropping into ‘too low’ territory. Output (measured by the Production and Employment indexes) was positive; factory output stabilized compared to November, indicating that panelists’ companies are executing to plan. Employment contracted as final head-count adjustments were likely taken to prepare for 2025. Inputs — defined as supplier deliveries, inventories, prices and imports — generally continued to accommodate future demand growth, with inventories and imports improving marginally (though remaining in contraction), prices increasing and supplier deliveries marginally slowing.

“Demand improved, production execution met November’s performance (and companies’ plans), de-staffing continued (but should end soon), and price growth was marginal. Fifty-two percent of manufacturing gross domestic product (GDP) contracted in December, down from 66 percent in November. The share of manufacturing sector GDP registering a composite PMI® calculation at or below 45 percent (a good barometer of overall manufacturing weakness) was 49 percent in December, a 1-percentage point increase compared to the 48 percent reported in November. None of the six largest manufacturing industries expanded in December, down from two in November,” said Fiore.

The seven manufacturing industries reporting growth in December — listed in order — are: Primary Metals; Electrical Equipment, Appliances & Components; Wood Products; Furniture & Related Products; Paper Products; Miscellaneous Manufacturing; and Plastics & Rubber Products. The seven industries reporting contraction in December — in the following order — are: Textile Mills; Fabricated Metal Products; Printing & Related Support Activities; Machinery; Chemical Products; Transportation Equipment; and Nonmetallic Mineral Products.

What Respondents Are Saying

“Slightly lower due to seasonality and end-of-year destocking.” [Chemical Products]

“Automotive and powersport volume decreases.” [Transportation Equipment]

“We are seeing a softening in sales. This is concerning as it’s our peak season.” [Food, Beverage & Tobacco Products]

“We are constrained by technical labor, despite higher-than-normal backlog.” [Computer & Electronic Products]

“Significant slowdown in production requirements in the last two months of the year.” [Machinery]

“Order levels well below forecast projections.” [Fabricated Metal Products]

“The increase in new orders has our plant at full capacity.” [Electrical Equipment, Appliances & Components]

“Combo of seasonal factors plus increased demand outlook for 2025.” [Miscellaneous Manufacturing]

“There is definitely an uptick this month, though not a stable one.” [Primary Metals]

“The orders have increased slightly due to seasonal restocking.” [Plastics & Rubber Products]

MANUFACTURING AT A GLANCE
December 2024
Index Series
IndexDec
Series
IndexNov
Percentage

Point

Change

Direction Rate of
Change
Trend*
(Months)
Manufacturing PMI® 49.3 48.4 +0.9 Contracting Slower 9
New Orders 52.5 50.4 +2.1 Growing Faster 2
Production 50.3 46.8 +3.5 Growing From
Contracting
1
Employment 45.3 48.1 -2.8 Contracting Faster 7
Supplier Deliveries 50.1 48.7 +1.4 Slowing From Faster 1
Inventories 48.4 48.1 +0.3 Contracting Slower 4
Customers’ Inventories 46.7 48.4 -1.7 Too Low Faster 3
Prices 52.5 50.3 +2.2 Increasing Faster 3
Backlog of Orders 45.9 41.8 +4.1 Contracting Slower 27
New Export Orders 50.0 48.7 +1.3 Unchanged From
Contracting
1
Imports 49.7 47.6 +2.1 Contracting Slower 7
OVERALL ECONOMY Growing Faster 56
Manufacturing Sector Contracting Slower 9

Manufacturing ISM Report On Business data is seasonally adjusted for the New Orders, Production, Employment and Inventories indexes.

*Number of months moving in current direction.

Commoditites Reported Up/Down In Price And In Short Supply

Commodities Up in Price
Aluminum (13); Caustic Soda (2); Copper (3); Electronic Components; Labor — Temporary; Methanol; Natural Gas (3); Packaging Materials; Steel — General*; Steel — High Carbon; and Steel-Making Elements*.

Commodities Down in Price
Diesel Fuel (2); Plastic Resin (2); Polypropylene Resin; Solvents (2); Steel — General*; Steel — Hot Rolled (2); Steel — Scrap; and Steel-Making Elements*.

Commodities in Short Supply
Electrical Components (51); Electronic Components (9); and Labor — Construction Services and Skilled.

Note: The number of consecutive months the commodity is listed is indicated after each item.

*Indicates both up and down in price.

December 2024 Manufacturing Index Summaries 

Manufacturing PMI®
The U.S. manufacturing sector contracted for the ninth consecutive month in December, as the Manufacturing PMI registered 49.3 percent, 0.9 percentage point higher compared to the 48.4 percent reported in November. “After breaking a 16-month streak of contraction by expanding in March, the manufacturing sector has contracted for the last nine months. Of the five subindexes that directly factor into the Manufacturing PMI, three (New Orders, Production and Supplier Deliveries) were in expansion territory, compared to only one in November. The Employment Index remained in contraction, but the New Orders Index moved further into expansion in December. Of the six biggest manufacturing industries, none registered growth,” says Fiore. A reading above 50 percent indicates that the manufacturing sector is generally expanding; below 50 percent indicates that it is generally contracting.

A Manufacturing PMI above 42.5 percent, over a period of time, generally indicates an expansion of the overall economy. Therefore, the December Manufacturing PMI® indicates the overall economy grew for the 56th straight month after last contracting in April 2020. “The past relationship between the Manufacturing PMI® and the overall economy indicates that the December reading (49.3 percent) corresponds to a change of plus-1.9 percent in real gross domestic product (GDP) on an annualized basis,” says Fiore.

The Last 12 Months

Month Manufacturing
PMI®
Month Manufacturing
PMI®
Dec 2024 49.3 Jun 2024 48.5
Nov 2024 48.4 May 2024 48.7
Oct 2024 46.5 Apr 2024 49.2
Sep 2024 47.2 Mar 2024 50.3
Aug 2024 47.2 Feb 2024 47.8
Jul 2024 46.8 Jan 2024 49.1
Average for 12 months – 48.3

High – 50.3

Low – 46.5

 

New Orders
ISM’s New Orders Index expanded in December for the second consecutive month after seven months in contraction, registering 52.5 percent, an increase of 2.1 percentage points compared to November’s figure of 50.4 percent. The New Orders Index hasn’t indicated consistent growth since a 24-month streak of expansion ended in May 2022. “Of the six largest manufacturing sectors, two (Food, Beverage & Tobacco Products; and Computer & Electronic Products) reported increased new orders. Panelists noted an improved level of demand performance, with a 1.5-to-1 ratio of positive comments versus those expressing concern about near-term demand, an improvement compared to November,” says Fiore. A New Orders Index above 52.3 percent, over time, is generally consistent with an increase in the Census Bureau’s series on manufacturing orders (in constant 2000 dollars).

The six manufacturing industries that reported growth in new orders in December, in order, are: Electrical Equipment, Appliances & Components; Paper Products; Food, Beverage & Tobacco Products; Miscellaneous Manufacturing; Primary Metals; and Computer & Electronic Products. The eight industries reporting a decline in new orders in December — in the following order — are: Textile Mills; Printing & Related Support Activities; Nonmetallic Mineral Products; Wood Products; Transportation Equipment; Fabricated Metal Products; Plastics & Rubber Products; and Machinery.

New Orders %Higher %Same %Lower Net Index
Dec 2024 21.0 54.9 24.1 -3.1 52.5
Nov 2024 21.0 54.3 24.7 -3.7 50.4
Oct 2024 20.4 50.6 29.0 -8.6 47.1
Sep 2024 17.6 56.1 26.3 -8.7 46.1

 

Production
The Production Index emerged into expansion territory in December, registering 50.3 percent, 3.5 percentage points higher than the November reading of 46.8 percent. Prior to this month’s reading, the index was in contraction territory for six consecutive months. The last time the index registered above 50 percent was in May (50.2 percent). Of the six largest manufacturing sectors, only one (Computer & Electronic Products) reported increased production. “Production levels were stable to November’s performance, indicating that re-planning factory floor activity has likely been completed, head counts are likely synchronized with factory demand, and panelists are fully staffed and aligned for 2025,” says Fiore. An index above 52.2 percent, over time, is generally consistent with an increase in the Federal Reserve Board’s Industrial Production figures.

The five industries reporting growth in production during the month of December are: Textile Mills; Plastics & Rubber Products; Wood Products; Computer & Electronic Products; and Primary Metals. The six industries reporting a decrease in production in December, in order, are: Printing & Related Support Activities; Fabricated Metal Products; Nonmetallic Mineral Products; Machinery; Chemical Products; and Transportation Equipment. Six industries reported no change in production levels in December as compared to November.

Production %Higher %Same %Lower Net Index
Dec 2024 15.3 59.3 25.4 -10.1 50.3
Nov 2024 15.9 63.2 20.9 -5.0 46.8
Oct 2024 16.8 59.3 23.9 -7.1 46.2
Sep 2024 17.6 60.7 21.7 -4.1 49.8

 

Employment
ISM’s Employment Index registered 45.3 percent in December, 2.8 percentage points lower than the November reading of 48.1 percent. “The index contracted for the seventh consecutive month and the 14th out of the last 15 months. Of the six big manufacturing sectors, none expanded employment in December. Respondents’ companies are continuing to reduce head counts through layoffs, attrition and hiring freezes. This action is supported in December by the approximately 1-to-2 ratio of hiring versus staff-reduction comments, compared to a 1-to-1.5 ratio the previous month, meaning more workforce reduction activity is occurring as we close 2025,” says Fiore. An Employment Index above 50.3 percent, over time, is generally consistent with an increase in the Bureau of Labor Statistics (BLS) data on manufacturing employment.

Of 18 manufacturing industries, the two industries reporting employment growth in December are: Electrical Equipment, Appliances & Components; and Plastics & Rubber Products. The nine industries reporting a decrease in employment in December, in the following order, are: Textile Mills; Fabricated Metal Products; Machinery; Chemical Products; Furniture & Related Products; Food, Beverage & Tobacco Products; Primary Metals; Transportation Equipment; and Miscellaneous Manufacturing. Six industries reported no change in employment levels in December as compared to November.

Employment %Higher %Same %Lower Net Index
Dec 2024 7.0 75.3 17.7 -10.7 45.3
Nov 2024 14.2 65.3 20.5 -6.3 48.1
Oct 2024 9.0 70.6 20.4 -11.4 44.4
Sep 2024 8.0 69.3 22.7 -14.7 43.9

 

Supplier Deliveries†
Delivery performance of suppliers to manufacturing organizations was marginally slower in December, with the Supplier Deliveries Index registering 50.1 percent, a 1.4-percentage point increase compared to the reading of 48.7 percent reported in November. This expansion follows a contraction in November preceded by four consecutive months of slower deliveries, with four straight months of faster deliveries before that. After a reading of 52.4 percent in September 2022, the index went into contraction territory the following month and remained there for 20 out of 21 months (with February 2024 as the exception). Of the six big industries, two (Computer & Electronic Products; and Food, Beverage & Tobacco Products) reported slower supplier deliveries in December. “Supplier deliveries moved into ‘slower’ territory as supplier delivery performance continues to meet the expectations of panelists’ customers,” says Fiore. A reading below 50 percent indicates faster deliveries, while a reading above 50 percent indicates slower deliveries.

The six manufacturing industries reporting slower supplier deliveries in December — listed in order — are: Furniture & Related Products; Nonmetallic Mineral Products; Primary Metals; Computer & Electronic Products; Electrical Equipment, Appliances & Components; and Food, Beverage & Tobacco Products. The three industries reporting faster supplier deliveries in December are: Fabricated Metal Products; Chemical Products; and Machinery. Eight industries reported no change in supplier deliveries in December as compared to November.

Supplier Deliveries %Slower %Same %Faster Net Index
Dec 2024 6.4 87.4 6.2 +0.2 50.1
Nov 2024 5.7 86.0 8.3 -2.6 48.7
Oct 2024 11.9 80.1 8.0 +3.9 52.0
Sep 2024 10.4 83.6 6.0 +4.4 52.2

 

Inventories
The Inventories Index registered 48.4 percent in December, up 0.3 percentage point compared to the reading of 48.1 percent reported in November. The last time the Inventories Index registered above 50 percent was in August, when it registered 50.3 percent. “Manufacturing inventories continue to contract, though rates have slowed in in the last two months as panelists continue to manage working capital. This month’s index reading indicating a slowing rate of contraction suggests that companies are willing to invest more for the future, to (1) better perform to their customers’ delivery demands or (2) advance material deliveries to avoid potential tariffs, or a combination of both. Of the six big industries, none reported expanding manufacturing inventories in December,” says Fiore. An Inventories Index greater than 44.4 percent, over time, is generally consistent with expansion in the Bureau of Economic Analysis (BEA) figures on overall manufacturing inventories (in chained 2000 dollars).

Of 18 manufacturing industries, the five industries reporting higher inventories in December are: Primary Metals; Wood Products; Furniture & Related Products; Nonmetallic Mineral Products; and Electrical Equipment, Appliances & Components. The eight industries reporting lower inventories in December — in the following order — are: Textile Mills; Fabricated Metal Products; Computer & Electronic Products; Chemical Products; Plastics & Rubber Products; Food, Beverage & Tobacco Products; Machinery; and Transportation Equipment.

Inventories %Higher %Same %Lower Net Index
Dec 2024 14.4 64.8 20.8 -6.4 48.4
Nov 2024 15.5 63.2 21.3 -5.8 48.1
Oct 2024 14.2 59.1 26.7 -12.5 42.6
Sep 2024 11.2 66.5 22.3 -11.1 43.9

 

Customers’ Inventories†
ISM’s Customers’ Inventories Index registered a reading of 46.7 percent in December, down 1.7 percentage points compared to the 48.4 percent reported in November. “Customers’ inventory levels in December have dropped to the high side of ‘too low.’ Panelists are reporting that the amounts of their products in their customers’ inventories suggest a demand level that is positive for future production,” says Fiore.

The four industries reporting customers’ inventories as too high in December are: Textile Mills; Wood Products; Plastics & Rubber Products; and Miscellaneous Manufacturing. The 10 industries reporting customers’ inventories as too low in December, in order, are: Food, Beverage & Tobacco Products; Paper Products; Furniture & Related Products; Electrical Equipment, Appliances & Components; Machinery; Primary Metals; Computer & Electronic Products; Fabricated Metal Products; Transportation Equipment; and Chemical Products.

Customers’
Inventories
%
Reporting
%Too
High
%About
Right
%Too
Low
Net Index
Dec 2024 78 11.5 70.3 18.2 -6.7 46.7
Nov 2024 77 10.6 75.5 13.9 -3.3 48.4
Oct 2024 80 12.2 69.1 18.7 -6.5 46.8
Sep 2024 76 13.2 73.6 13.2 0.0 50.0

 

Prices†
The ISM Prices Index registered 52.5 percent, 2.2 percentage points higher compared to the November reading of 50.3 percent, indicating raw materials prices increased for the third straight month in December after a decrease in September. Of the six largest manufacturing industries, three — Food, Beverage & Tobacco Products; Machinery; and Computer & Electronic Products — reported price increases in December. “The Prices Index indicated increasing prices in December for the third consecutive month, but at weak rates. Aluminum, basic chemicals, copper and natural gas registered increases, offset by steel, plastic resins and diesel fuel moving down in price. Fourteen percent of companies reported higher prices in December, compared to 12 percent in November,” says Fiore. A Prices Index above 52.8 percent, over time, is generally consistent with an increase in the Bureau of Labor Statistics (BLS) Producer Price Index for Intermediate Materials.

In December, the seven industries that reported paying increased prices for raw materials, in order, are: Primary Metals; Wood Products; Food, Beverage & Tobacco Products; Miscellaneous Manufacturing; Machinery; Computer & Electronic Products; and Electrical Equipment, Appliances & Components. The three industries report paying decreased prices for raw materials in December are: Plastics & Rubber Products; Chemical Products; and Fabricated Metal Products. Seven industries reported no change in prices in December as compared to November.

 

Prices

%Higher %Same %Lower Net Index
Dec 2024 14.4 76.1 9.5 +4.9 52.5
Nov 2024 12.2 76.1 11.7 +0.5 50.3
Oct 2024 19.8 69.9 10.3 +9.5 54.8
Sep 2024 12.9 70.7 16.4 -3.5 48.3

 

Backlog of Orders†
ISM’s Backlog of Orders Index registered 45.9 percent, an increase of 4.1 percentage points compared to the November reading of 41.8 percent, indicating order backlogs contracted for the 27th consecutive month after a 27-month period of expansion. Of the six largest manufacturing industries, two (Food, Beverage & Tobacco Products; and Computer & Electronic Products) reported expanded order backlogs in December. “In December, the index recorded its best performance since April 2024 (45.4 percent), as new orders coupled with stable production levels slowed the rate of declining backlogs,” says Fiore.

Of the 18 manufacturing industries, three reported growth in order backlogs in December: Food, Beverage & Tobacco Products; Computer & Electronic Products; and Electrical Equipment, Appliances & Components. The 10 industries reporting lower backlogs in December — in the following order — are: Textile Mills; Primary Metals; Printing & Related Support Activities; Furniture & Related Products; Plastics & Rubber Products; Wood Products; Machinery; Transportation Equipment; Chemical Products; and Miscellaneous Manufacturing.

Backlog of
Orders
%
Reporting
%Higher %Same %Lower Net Index
Dec 2024 91 14.9 62.0 23.1 -8.2 45.9
Nov 2024 92 14.5 54.6 30.9 -16.4 41.8
Oct 2024 93 14.1 56.4 29.5 -15.4 42.3
Sep 2024 92 14.5 59.1 26.4 -11.9 44.1

 

New Export Orders†
ISM’s New Export Orders Index registered an “unchanged” reading of 50 percent in December, up 1.3 percentage points from November’s reading of 48.7 percent. “The New Export Orders Index reading indicates that export orders were ‘unchanged’ from last month, following six straight months of contraction. New export orders stabilized this month as international trading partners are showing signs of demand recovery as we enter 2025,” says Fiore.

The four industries reporting growth in new export orders in December are: Plastics & Rubber Products; Food, Beverage & Tobacco Products; Computer & Electronic Products; and Miscellaneous Manufacturing. The four industries reporting a decrease in new export orders in December are: Primary Metals; Transportation Equipment; Machinery; and Chemical Products. Eight industries reported no change in exports in December.

New Export
Orders
%
Reporting
%Higher %Same %Lower Net Index
Dec 2024 74 10.9 78.2 10.9 0.0 50.0
Nov 2024 75 10.6 76.1 13.3 -2.7 48.7
Oct 2024 74 7.7 75.6 16.7 -9.0 45.5
Sep 2024 73 7.2 76.1 16.7 -9.5 45.3

 

Imports†
ISM’s Imports Index continued to indicate cooling in December; the reading of 49.7 percent is 2.1 percentage points higher compared to the reading of 47.6 reported in November. “Imports contracted for the seventh month in a row after five consecutive months of expansion, preceded by 14 consecutive months of contraction. Imports moved closer to growth as inventory constraints weaken and panelists act to better absorb any potential tariff impact in the future,” says Fiore.

The seven industries reporting an increase in import volumes in December, in order, are: Wood Products; Plastics & Rubber Products; Furniture & Related Products; Food, Beverage & Tobacco Products; Machinery; Electrical Equipment, Appliances & Components; and Computer & Electronic Products. The five industries that reported lower volumes of imports in December are: Paper Products; Printing & Related Support Activities; Primary Metals; Transportation Equipment; and Fabricated Metal Products.

Imports %
Reporting
%Higher %Same %Lower Net Index
Dec 2024 85 12.8 73.8 13.4 -0.6 49.7
Nov 2024 83 10.2 74.8 15.0 -4.8 47.6
Oct 2024 84 11.7 73.1 15.2 -3.5 48.3
Sep 2024 82 10.2 76.2 13.6 -3.4 48.3

†The Supplier Deliveries, Customers’ Inventories, Prices, Backlog of Orders, New Export Orders, and Imports indexes do not meet the accepted criteria for seasonal adjustments.

Buying Policy
The average commitment lead time for Capital Expenditures in December was 175 days, an increase of five days compared to November. Average lead time in December for Production Materials was 81 days, an increase of two days compared to November. Average lead time for Maintenance, Repair and Operating (MRO) Supplies was 46 days, an increase of two days compared to November.

Percent Reporting
Capital
Expenditures
Hand-to-
Mouth
30 Days 60 Days 90 Days 6 Months 1 Year+ Average
Days
Dec 2024 14 5 8 15 30 28 175
Nov 2024 16 4 9 15 29 27 170
Oct 2024 16 5 12 12 28 27 168
Sep 2024 16 3 10 13 30 28 174
Percent Reporting
Production
Materials
Hand-to-
Mouth
30 Days 60 Days 90 Days 6 Months 1 Year+ Average
Days
Dec 2024 7 25 28 27 8 5 81
Nov 2024 8 24 28 27 9 4 79
Oct 2024 9 25 26 26 9 5 81
Sep 2024 7 26 28 27 7 5 80

 

Percent Reporting
MRO Supplies Hand-to-
Mouth
30 Days 60 Days 90 Days 6 Months 1 Year+ Average
Days
Dec 2024 30 35 16 13 5 1 46
Nov 2024 30 34 17 13 6 0 44
Oct 2024 30 34 18 12 5 1 46
Sep 2024 27 37 19 11 5 1 46

 

Posted: January 3, 2025

Source: Institute for Supply Management

Manufacturing Solutions Center (MSC) And NC Small Business Center Network Present Free “Developing Your Apparel/Textile Product In The US” Webinar On January 15

CONOVER, N.C. — January 2, 2025 — The Manufacturing Solutions Center (MSC) at Catawba Valley Community College is partnering with the NC Small Business Center Network to present a free webinar, “Developing Your Apparel/Textile Product in the US,” on January 15 at 12 noon.

MSC Resource Library Manager Tanya Wade will lead this session which will cover how entrepreneurs and businesses can proceed with developing and producing a textile or apparel product here in the United States. Topics include domestic material sourcing options and strategies for working with manufacturers as products move into the production stage.

There is no cost to attend, but pre-registration is required.  Visit www.manufacturingsolutionscenter.org for more information and to register.

Posted: January 2, 2025

Source: The Manufacturing Solutions Center (MSC)

ITMF: International Textile Industry Statistics — Slight Capacity Growth And Lower Fiber Consumption In 2023

ZÜRICH, Switzerland — December 23, 2024 — The International Textile Manufacturer Federation (www.itmf.org) has published its International Textile Industry Statistics (ITIS) on productive capacity and raw materials consumption in the short-staple organized (spinning mill-) sector in virtually all textile-producing countries in the world. ITMF has used a new calculation method and reviewed past time series.

The estimated global number of installed short-staple spindles reached 232 Mio units in 2023 and the number of installed open-end rotors grew to 9.7 million (see Figures 1 and 2). Capacity building is still disproportionally targeting Asia.

The number of installed air-jet spindles soared to 637 thousand. Outside Asia, the main capacity increase was registered in Türkiye.

The number of installed shuttle-less looms increased to 1.7 million in 2023 (see Figure 3). Total raw material consumption in the short-staple organized sector slightly decreased to 43 million tons (see Figure 4).

Global consumption of raw cotton and cellulosic short-staple fibers decreased by -4.4 percent and -2.9 percent, respectively. Consumption of synthetic short-staple fibers increased by 0.5 percent.

Find out more on itmf.org.

Posted: December 24, 2024

Source: The International Textile Manufacturer Federation (ITMF)

ACIMIT — Italian Textile Machinery: The Upcoming Colombiatex 2025 Speaks Italian

MILAN — December 19, 2024 — There will be 23 Italian textile machinery manufacturers partecipating at the upcoming Colombiatex, the main Colombian textile fair, which will take place in Medellín January 28-30, 2025, once again confirming the strong connection between local textile companies and Italian suppliers of textile technology.

Despite a decrease in demand for textile machinery from the Colombian textile sector during the first nine months of 2024, the country remains one of the main markets in the area for textile machinery manufacturers. Specifically, in 2023, Italy was the second largest technology supplier behind China, with an export value of around 13 million euros. In the first nine months of 2024, Italian sales in Colombia reached 8 million euros.

“The Colombian textile and clothing industry has experienced strong growth in recent years, also supported by a technological upgrade in which Italian machinery has often played a key role,” commented Marco Salvadè, president of ACIMIT. “For many of Italian manufacturers Colombiatex remains an unmissable event in the international trade fair calendar to strengthen partnership with Colombian textile companies”.

In the Italian pavilion organized by Italian Trade Agency and ACIMIT, the Association of Italian Textile Machinery Manufacturers, among the 23 exhibitors, the following ACIMIT member companies will also be present: Biancalani, Btsr, Color Service, Danti, Dettin, Fadis, Flainox, Isotex, Itema, Kairos Engineering, Lonati, Mcs, Mts, Monti-Mac, Ratti, Reggiani Macchine, Salvadè, Santoni, Stalam, Tecnorama, Tonello, Triveneta.

Posted: December 21, 2024

Source: The Association of Italian Textile Machinery Manufacturers (ACIMIT)

AATCC Announces The 2024 Herman And Myrtle Goldstein Graduate Competition Winners

(left to right, first row) Melissa Armistead, Yahya Absalan, Nur-Us-Shafa Mazumder, Hassan Ali, Kanti Jasani, Renuka Dhandapani. (left to right, second row) Dallas Crotts, Nelson Houser, Barry Brady, AATCC President John Crocker.

DURHAM, N.C. — December 20, 2024 — The AATCC Herman and Myrtle Goldstein Graduate Student Paper Competition, held under the auspices of the Education Advisory Board, aims to further the goals and objectives of the Association through educational support of future textile professionals. Held annually, the two-part competition asks textile-focused graduate students to write a paper on their original research, with the top four papers invited to present their research in person in front of a panel of industry experts. The 2024 competition was held November 12, 2024, in conjunction with the 2024 AATCC Fall Research Committee Meetings, with students representing NED University of Engineering and Technology, North Carolina State University, and the University of Georgia presenting.

AATCC extends its gratitude to all the students who participated in the competition and to the finalists for their presentations. Additionally, AATCC appreciates the contribution and participation from Kanti Jasani, AATCC C6 Membership Committee Chair, and the fellow esteemed judges of the competition: Barry Brady, Dallas Crotts, Renuka Dhandapani, Tim Dixon, and AATCC Past President Nelson Houser.

First Place: Nur-Us-Shafa Mazumder

Topic: Assessment of Legacy and Emerging PFAS in Firefighter Turnout Gear

Nur-Us-Shafa Mazumder is a fourth-year Ph.D. student in the Fiber and Polymer Science doctoral program at North Carolina State University. Working under the advice of R. Bryan Ormond, his research focuses on firefighters’ exposure to PFAS as an occupational hazard. He hopes to continuously be involved in research, better understand firefighters’ exposure to toxic chemicals, and improve their health and safety. Mazumder was awarded first place and a cash prize of $1000.

Second Place: Melissa Armistead

Topic: Evaluating the Total Filtration Efficiency and Breathing Resistance of Commercial Respiratory Devices for Wildland Firefighters using an Animatronic Headform

Melissa Armistead is a second-year Ph.D. student at North Carolina State University studying Fiber and Polymer Science under the direction of R. Bryan Ormond. Her research focuses on evaluating the protection and comfort of potential respiratory protection devices for wildland and wildland urban interface (WUI) firefighters. She hopes to continue her work in personal protective equipment for first responders to help mitigate the increasing number of risks they face on the job. Armistead was awarded second place and a cash prize of $800.

Third Place: Hassan Ali

Topic: Prediction of Effective Thermal Conductivity of Multilayered Plain Woven Carbon Composites

Hassan Ali is currently enrolled as a second-year MS Textile Management student at NED University of Engineering & Technology, where he also serves as a Graduate Research Assistant under the supervision of M. Owais Raza Siddiqui and M. Dawood Husain. His research focuses on woven carbon fiber composites, specifically in the domain of thermal analysis. Ali aims to contribute to the development of advanced composite materials and pursue a career in research or industry applications in materials science. Ali was awarded third place and a $600 cash prize.

Fourth Place: Yahya Absalan

Topic: Synthesis and Characterization of a Novel Anion-Doped TiO2 Nanoparticle for Photocatalytic Degradation of Textile Dyes

Yahya Absalan is a third-year graduate student studying chemistry science at the University of Georgia under advisors Sergiy Minko and Suraj Sharma. Absalan is working on the synthesis of different materials, including nanomaterials, metal organic framework, and inorganic complex compounds for different photocatalytic applications such as removing textile dyes from water. He continues to enhance his knowledge in this area and plans to continue in academia. Absalan was awarded fourth place.

AATCC congratulates the winners of the competition and thanks all participants for their contributions. Abstracts for the 2025 competition can be submitted in spring of 2025.

Posted: December 20, 2024

Source: American Association of Textile Chemists & Colorists (AATCC)

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