Philadelphia Fed Manufacturing Index in the United States increased to 15.90 points in July from -4 points in June of 2025. This dataset provides the latest reported value for - United States Philadelphia Fed Manufacturing Index - plus previous releases, historical high and low, short-term forecast and long-term prediction, economic calendar, survey consensus and news.

NY Empire State Manufacturing Index in the United States increased to 5.50 points in July from -16 points in June of 2025. This dataset provides the latest reported value for - United States NY Empire State Manufacturing Index - plus previous releases, historical high and low, short-term forecast and long-term prediction, economic calendar, survey consensus and news.

Business Confidence in the United States increased to 49 points in June from 48.50 points in May of 2025. This dataset provides the latest reported value for - United States ISM Purchasing Managers Index (PMI) - plus previous releases, historical high and low, short-term forecast and long-term prediction, economic calendar, survey consensus and news.

Business Confidence in China decreased to 49.30 points in July from 49.70 points in June of 2025. This dataset provides - China Business Confidence - actual values, historical data, forecast, chart, statistics, economic calendar and news.

UK toolmakers’ revenue is forecast to slump at a compound annual rate of 4.2% over the five years through 2024-25 to £1.3 billion. Declining revenue can be attributed to weak industrial activity, particularly in the manufacturing, oil and gas industries in recent years. The vast majority of household tools are manufactured in low-cost regions and countries like China. These imported tools pose fierce competition to domestic producers and have become increasingly popular, weighing on revenue. Revenue plunged in 2020-21 as pandemic restrictions meant construction and industrial markets reduced output, cutting the need for tools. Construction activity has since bounced back, benefitting from government-backed policies and frameworks, especially in the infrastructure and residential construction markets. However, industrial output remained constrained due to high borrowing costs and rampant inflation over the two years through 2023-24. In July 2024, the manufacturing sector saw its fourth consecutive month of expansion in activity since July 2022. However, on the price front, manufacturers are seeing upward pressure on both input costs and output charges as the Red Sea Crisis continues. Due to weak industrial activity, revenue is expected to inch downward by 3.6% in 2024-25. Revenue is estimated to slip at a compound annual rate of 3% over the five years through 2029-30 to £1.1 billion. Industrial output, particularly in the manufacturing sector, is set to climb in line with recovering economic conditions and easing inflationary pressures. However, manufacturing companies are likely to continue reducing output and shifting production to low-cost regions, reducing toolmakers' customer base in the UK. Import competition will also intensify, continuing to funnel sales away from domestic producers and driving revenue down.

Abstract

In Nepal, the industrialization process is stagnant; the contribution of Manufacturing Sector to the national economy is minor and most of the factories are of small scales. The fifth decennial survey of small manufacturing establishments (SSME) 2008-2009 is one of the primary source of industrial statistics which covers all functioned manufacturing activities of the nation with a formal registration that engage less than 10 persons. The sampling survey undertaken by the Central Bureau of Statistics in establishment approach has provided complementary information of the Census of Manufacturing Establishments (CME) which is summarized in a set of 101 tables. This information is based on the responses of 614 questions interviewed by permanent staffs in 3737 randomly selected sample establishments. The survey report has quantified the size, composition, and distribution of the small manufacturing sector including ten principal indicators by internationally comparable and standard industrial classification at Development Region level.

There were 32326 small manufacturing establishments found active during mid July 2008 to mid-July 2009, the reference period of the survey when the listing operation had conducted in all districts. In this period, they had altogether contributed Rs. 11.5 Arab value added in the national economy and generated employment for 122 thousand persons. Moreover, there were 75 types of industries which produced 154 items using 186 types of raw materials in the reference period.

The survey has disclosed that grain milling, wearing apparel sewing, furniture making, and jewellery designing are the top four small manufacturing activities in Nepal. Share of which are nearly 39, 17, 10, and 7 percent of total in number; and they contribute about 20, 14, 14 and 7 percent of total value added in the small manufacturing sector.

Geographically, the Central Development Region has the largest number of small factories. It belongs to 45 percent establishments and contributes 50 percent value added to the small manufacturing sector in Nepal which follows by Eastern Development Region with 27 percent establishments and 24 percent value added.

Finally, the survey has told about the capacity utilization status and problem faced by the small industries. Only 32 percent of the industries utilized 60 percent or more than their installed capacity during the reference period and their major problem is the lack of electricity followed by capital dearth in national level. The ratio of capital utilization and problem faced by those establishments are found vary from industrial activity to activity and region to region.

Geographic coverage

National 5 Development Regions Urban-Rural

Analysis unit

Establishment

Universe

The survey covered all active manufacturing establishments in Nepal that engage less than 10 persons and have a legal registration.

Kind of data

Sample survey data [ssd]

Sampling procedure

The sampling design of SSME 2008-2009 comprised of complete as well as sample enumeration. Actually, there were three modes of selecting samples and the probability of selection of a sample is unequal. The sampling frame for the design was obtained by conducting one year listing operation throughout the country. In that operation, there were 32326 small industries found active. Out of them, 3737 had been selected for the survey.

At first, the sampling frame was sorted and split by NSIC and development regions. Then, a cut-off point (<5 establishments) was determined and in turn, all establishments under a NSIC with frequency less than 5 in a development region are selected. The total number of such establishments was 152. In fact, they were chosen for complete enumeration. This was done to achieve more reliable and better representative sampling distribution. The probability of selection of these establishments was considered one.

Secondly, the remaining establishments of the sampling frame had been further divided into two groups. The first group contained all establishments within NSIC 1531, 1810, 2811, 3610 and 3691; and the next group belonged to remaining NSICs. The first group again classified into 3 strata by number of persons engaged. There were altogether 24837 establishments within this group. Out of them, 2485 simple random samples were selected with probability 0.10 proportional among the strata.

Thirdly, the next group had 7337 establishments. It was also divided into 3 strata by number of persons engaged. Among them, 1100 simple random samples had been selected with probability 0.15 proportionally.

Finally, about 12 percent of total industries were selected. Out of total about 45 percent belong to Central Development region. Eastern and Western Development Region contains nearly 27 percent and 16 percent samples respectively.

Mode of data collection

Face-to-face [f2f]

Research instrument

In CBS, it is a general procedure to consult with a Technical Committee composed of subject matter specialists, prominent users and data processing experts in order to give original shape to the questionnaire and tabulation plan before the survey or census starts. In place of such committee, during the questionnaire design stage of the SSME 2008-2009, a consultative committee was composed under the chairmanship of the Deputy Director General of Economic Statistics Division of CBS. This committee consisted of all six directors of each section under the division. At first, they discussed on the purposed first draft of the questionnaire prepared by the Section. Later many additional improvements were incorporated, in particular, related to the format, sequential flow or logical arrangement of data items in accordance with the recommendation provided by the committee.

In fact, the questionnaire for the SSME 2008-2009 was a kind of structured questionnaire especially based on the CME 2006-2007 questionnaire with some modifications and additions. An establishment questionnaire was administered to each establishment which collected various information on employment, input-output and capital formation including legal status, major activity, capacity utilization, indirect taxes paid and problem faced by the establishment.

It contains 15 sections as stated below: 1. Employment 2. Purchase of Fuels 3. Purchase of Raw Materials 4. Production and Sale 5. Service Industries Only 6. Cost of and Receipt from Industrial and Other Services 7. Stocks 8. Indirect Tax and Fees 9. Loan Transaction 10. Cost of Non-industrial Services 11. Receipts from Non-industrial Services 12. Utilization of Production Capacity 13. Fixed Assets 14. Environment 15. Major problems faced by the establishments during the reference period

Aside from these 15 sections, there was an introduction part at the first page of the questionnaire. It was a large questionnaire. There were altogether 614 questions to be filled or answered.

The questionnaire was first developed in Nepali language and translated into English version for report writing purpose. The translation was undertaken by Mr.Lok Bahadur Khatri, the Statistics Officer of ECSS of CBS. The translation was then reviewed finally by Mrs Ganga Dabadi, the Director of the section. The Nepali questionnaire was tested in some establishments at Kathmandu Valley.

Cleaning operations

For quality control and to make successive steps easier the usual practice was to have manual editing in the field of some key items which generally cannot be corrected in the center. Such edit instructions were mainly of the following types: i. To check if all cells are properly filled in according to the instruction manual; ii. To ensure whether all entries are consistent with one another; iii. To check if all skipping instructions have been correctly followed; iv. To work out some ratios or rates and see if they are reasonable.

For examples of such calculations are: a. Percentage of output quantity on principal raw material consumed, and b. Average wage per employees etc.

In spite of these strict and clear cut rules, many forms would be found with blank cells and incorrect entries. There was always a heavy load at the time of detailed editing. As far as possible, correction works including imputations were done by developing suitable procedures. But, sometimes, there was no way out except to return to the field for the correct information. It is still a general tendency of respondents to report more expenditures and less outputs or receipts. In most cases, the value added figures turn out to be very low or sometimes negative. This situation had created a lot of headache at the processing stage. Since it was not possible to go back to the field for a majority of the forms, the only meaningful alternative was to correct the wrong reporting by adopting some plausible assumptions.

After editing process, the next step was to perform coding work. In order to avoid clerical errors, a complete recheck process or, in some cases, on sampling basis was the general practice to correct previous mistakes as far as possible. As in the previous CME and SSME, in SSME 2008-2009, the coding scheme of NSIC and CPC 1.0 was used to made data comparable nationally and internationally.

Moreover, there were many inconsistencies found especially in the following area of the filled questionnaire: - Monthly wage and salary of a paid employee - Per unit cost of fuels - Per unit cost of raw materials - Per unit cost of sold items - Monthly house rent - Printing expenses - Travelling expenses - Rate of indirect taxes - Relation between the answer of capacity utilization and production

To overcome such variations, certain

Richmond Fed Manufacturing Index in the United States decreased to -20 points in July from -8 points in June of 2025. This dataset provides - United States Richmond Fed Manufacturing Index - actual values, historical data, forecast, chart, statistics, economic calendar and news.

Producer confidence is a sentiment indicator for the manufacturing industry that indicates the direction in which manufacturing production is expected to develop. The indicator is an unweighted arithmetic average of three component indicators from the Business sentiment survey of the manufacturing industry. Before the Producer confidence is calculated, seasonal effects are removed from the three component indicators. The questions concern the expected activity in the next three months, opinion on order books and opinion on stocks of finished products. Results of the latter question are inverted when calculating the producer confidence, since a surplus of finished products is seen as something negative.

The more optimistic or pessimistic manufacturing companies are, the more positive or negative the value of the producer confidence indicator is compared with the zero line, and the greater the expectation that manufacturing production in the coming months will increase or decrease respectively. The producer confidence indicator has been available since 1985. For the sectors of manufacturing industry given in this table, the results are available from the start of 1994. This publication is created using co-financing by the European Commission.

Data available from: January 1985

Status of the figures: The figures are definitive.

Changes as of July 30th 2025: Figures of July 2025 have been added.

When will new figures be published? Figures of August 2025 are expected to be published the 28th of August 2025.

The Fabricated Metal Product Manufacturing industry is navigating a complex landscape of mixed, fluctuating demand from downstream markets. The building construction sector remains a critical driver of industry activity, providing substantial demand despite slight weakening over the past few years. The government, utilities and military sectors support the industry by providing key downstream for manufacturing products, including ammunitions and weapons, with government defence spending hiking over the two years through 2024-25, supporting industry performance. Downstream construction activity has fluctuated over the past few years. An overall rise in demand from non-residential construction markets has benefited fabricated metal product manufacturers. However, falling demand from the residential construction market has weakened revenue performance. Industry revenue is expected to drop at an annualised 1.8% over the five years through 2024-25, to $6.6 billion. This includes an anticipated dip of 0.9% in 2024-25. Imports cover the majority of domestic demand and have continued to climb as overseas manufacturers expand their economies of scale. Intense competition from low-cost imports and non-metal substitute products constrain fabricated metal manufacturers' long-term profit margins. Even so, profit margins have been resiliently growing over the past few years. Revenue is forecast to inch upwards at an annualised 0.4% through 2029-30, to reach $6.7 billion. Demand from building construction as well as hardware, building and garden supplies retailing is set to expand, buoyed by ongoing infrastructure projects and residential developments. Forecast improvements in household discretionary income will stimulate consumer spending, benefiting sales in the retail sector. Despite these promising indicators, domestic manufacturers will have to navigate continued pressure from high import levels and intense competition. Manufacturers must respond to these challenges with a focus on innovation, cost efficiencies and by building strong relationships with key market stakeholders.

The global contract manufacturing market, valued at $680 million in 2025, is projected to experience robust growth, driven by several key factors. The increasing complexity of product designs, particularly within electronics and healthcare, necessitates specialized manufacturing expertise that many companies lack internally. This leads businesses to outsource production to contract manufacturers, who possess advanced technologies and economies of scale. Furthermore, the growing demand for faster product development cycles and shorter time-to-market pressures incentivize companies to leverage the agility and flexibility offered by contract manufacturing services. The market is segmented by service type (manufacturing, design, and post-manufacturing), end-user vertical (electronics, pharmaceuticals, automotive, consumer goods), and contract type (long-term and short-term). The electronics sector currently dominates, reflecting the high-volume, technologically advanced nature of many electronic products. However, growth within the pharmaceuticals and healthcare sectors is expected to be significant, driven by the increasing complexity of medical devices and the need for stringent quality control measures typically handled effectively by specialized contract manufacturers. Geographic expansion, particularly within emerging economies with lower labor costs and growing manufacturing capabilities, will also contribute to market growth. While potential restraints exist, such as geopolitical instability and supply chain disruptions, the overall outlook for the contract manufacturing market remains positive, with continued growth expected throughout the forecast period. The market's 8.70% CAGR suggests a substantial expansion over the next decade. Major players, including Hon Hai Precision Industry, Flextronics International, Jabil, and Celestica, hold significant market share, competing on factors such as technological capabilities, geographical reach, and pricing strategies. The market’s growth will be influenced by factors such as technological advancements in automation and AI, further enhancing efficiency and lowering costs for contract manufacturers. Increased sustainability concerns will also drive demand for contract manufacturers offering eco-friendly manufacturing processes. Companies are increasingly prioritizing supply chain resilience and diversification, potentially leading to a shift in geographic distribution of contract manufacturing activities. Recent developments include: August 2024: Eckert & Ziegler and Telix Pharmaceuticals Limited (Telix) announced a significant multi-year agreement. Under this contract, Eckert & Ziegler will act as the European contract manufacturing organization (CMO) for Telix's ProstACT GLOBAL Phase III study. The contract ensures the supply for the entire European patient base from Eckert & Ziegler's state-of-the-art facility in Berlin. Eckert & Ziegler will supply the essential starting material: their high-purity, non-carrier-added GMP-grade Lutetium-177 (Lu-177).August 2024: Salt Medical, a Contract Development and Manufacturing Organization (CDMO) focusing on medical device manufacturing, is set to debut at Claregalway Corporate Park in Co. Galway. Salt Medical boasts a distinguished international platform in the medical device arena, bolstered by a robust global research and development (R&D) and manufacturing network. While the company has established R&D and manufacturing hubs in Ireland, it also sources raw materials and precision components, complemented by large-scale manufacturing operations in both the United States and the Asia-Pacific region.. Key drivers for this market are: Cost Efficiency, Globalization and Market Expansion. Potential restraints include: Cost Efficiency, Globalization and Market Expansion. Notable trends are: Electronics Sector is Driving the Market.

The U.S. machine tool industry, a vital component of American manufacturing, is projected to maintain steady growth over the forecast period (2025-2033). With a 2025 market size of $12.25 billion and a Compound Annual Growth Rate (CAGR) of 3.38%, the industry is poised for continued expansion, driven by several key factors. Increased automation across various sectors, including automotive, aerospace & defense, and precision engineering, fuels demand for advanced machine tools. The rising adoption of Industry 4.0 technologies, such as CNC machining centers and robotics, further propels market growth. Government initiatives promoting domestic manufacturing and infrastructure development also contribute positively. However, challenges remain. Supply chain disruptions, fluctuating raw material prices, and skilled labor shortages could potentially constrain growth. The segmentation within the industry reflects this dynamism, with Metalworking Machines capturing a significant share, followed by parts and accessories, and services like installation, repair, and maintenance. The automotive and fabrication sectors remain dominant end-users, but growth is also anticipated from aerospace & defense and precision engineering. Companies like TRUMPF, Haas Automation, and Amada continue to hold significant market share, but smaller, specialized firms are also contributing to innovation and technological advancement within specific niches. This competitive landscape ensures ongoing development and refinement of machine tools, adapting to the evolving needs of diverse manufacturing sectors. The industry's trajectory is influenced by the interplay of technological advancements and macroeconomic conditions. While the consistent CAGR suggests a predictable growth pattern, unforeseen events could lead to deviations. For instance, a significant recession or geopolitical instability could negatively impact investment in capital equipment like machine tools. Conversely, increased government investment in infrastructure projects or a major technological breakthrough could accelerate growth beyond current projections. Continuous monitoring of these factors is essential to understand the true dynamism of this critical industry segment. The long-term outlook remains positive, contingent on the successful navigation of these potential headwinds and capitalizing on opportunities presented by technological progress and evolving manufacturing demands. This report provides a detailed analysis of the U.S. machine tool industry, offering invaluable insights for businesses, investors, and policymakers. We delve into market dynamics, growth drivers, challenges, and emerging trends, providing a comprehensive forecast from 2025 to 2033, with a historical overview spanning 2019-2024. The report utilizes a base year of 2025 and covers key market segments including metalworking machines, parts & accessories, and services (installation, repair, and maintenance). We analyze end-user industries such as automotive, aerospace & defense, and precision engineering, factoring in the impact of recent M&A activity and regulatory changes. This report is essential for understanding the complexities and growth potential of this critical sector of the U.S. manufacturing landscape. Recent developments include: July 2022: Peterson Tool Company, Inc. ("PTC"), a leading provider of machine-specific custom insert tooling solutions, had the previously announced finalized acquisition of its assets by Sandvik. Custom carbide form inserts are part of the product line and are used mainly in the general engineering and automotive industries for high-production turning and grooving applications. The operation will be referred to as Walter's GWS Tool division, which is a part of the Sandvik Manufacturing and Machining Solutions business area., June 2022: Doosan Machine Tools has declared that, as of June 2, 2022, it would become DN Solutions and reemerge as a provider of complete manufacturing solutions. Doosan Machine Tools' new moniker, DN Solutions, indicates a fresh beginning following its merger with DN Automotive, which took over as its parent business in January 2022. Together, DN Solutions and DN Automotive can maximize production capacities and find new growth engines which have a synergistic effect.. Notable trends are: Increasing demand for domestic machine tools driving the market.

The Additive Manufacturing (AM) market in the semiconductor industry is experiencing robust growth, projected to reach $266.67 million in 2025 and exhibiting a Compound Annual Growth Rate (CAGR) of 23.50% from 2025 to 2033. This expansion is driven by the increasing demand for customized, high-precision semiconductor components, particularly in advanced packaging and specialized sensor applications. The ability of AM to create complex geometries and intricate structures unattainable through traditional subtractive manufacturing methods is a key driver. Furthermore, the trend towards miniaturization and the need for higher levels of integration within semiconductor devices are fueling the adoption of AM technologies. While the higher initial investment cost of AM equipment compared to traditional methods presents a restraint, the long-term benefits in terms of reduced material waste, faster prototyping cycles, and enhanced design flexibility are steadily overcoming this hurdle. The market is segmented by component (hardware – desktop and industrial 3D printers; software – design, inspection, and scanning software; services); material (polymer, metal, ceramic); and technology (stereo lithography, fused deposition modeling, laser sintering, binder jetting, and other technologies). Key players include 3D Systems, GE Additive, and Stratasys, who are actively innovating and expanding their offerings to meet the evolving needs of the semiconductor industry. The regional breakdown, while not explicitly provided, likely reflects strong growth in North America and Asia, driven by significant semiconductor manufacturing hubs and research activities in these regions. The substantial CAGR indicates a rapidly evolving landscape. Continued advancements in AM technologies, particularly in resolution and material science, will further enhance the precision and capabilities of 3D-printed semiconductor components. The growing integration of artificial intelligence and machine learning in AM processes promises to improve efficiency and reduce production time. Furthermore, collaboration between AM equipment manufacturers and semiconductor companies is likely to accelerate innovation and drive market adoption. The forecast period of 2025-2033 presents significant opportunities for growth, driven by the increasing complexity and customization demands within the semiconductor sector. Specific growth within segments like metal-based AM for high-performance components or software solutions enhancing design and workflow efficiency is anticipated to be particularly strong. Recent developments include: July 2024: Prusa Research unveiled the Prusa Pro HT90 3D printer, signifying its foray into the industrial 3D printing sector. This innovative printer was presented at the Rapid TCT exhibition held in Los Angeles. Featuring delta kinematics, the printer boasts versatility and delivers high-speed performance, outstanding print quality, compatibility with an extensive range of third-party materials (eliminating vendor lock), and robust user data security.July 2024: Hello Additive unveiled its innovative Dragon Software, aimed at transforming the additive manufacturing sector. This software delivers sophisticated features for enhancing the 3D printing workflow, granting manufacturers exceptional control, accuracy, and efficiency.May 2024: Boston Micro Fabrication (BMF) announced launching the first-ever series of hybrid micro-precision 3D printers designed for micro-scale and ultra-high-resolution applications, offering customers enhanced options for high-precision 3D printing. The inaugural model in this series, the dual-resolution microArch D1025, is capable of printing at resolutions of 10 µm or 25 µm, as well as in a hybrid mode that allows for the use of both resolutions within the same or separate layers.. Key drivers for this market are: New and Improved Technologies To Drive Product Customization, Customization, Personalization, Complex Geometries and Design Freedom. Potential restraints include: New and Improved Technologies To Drive Product Customization, Customization, Personalization, Complex Geometries and Design Freedom. Notable trends are: Metal Segment is Expected to Hold Significant Market Share.

Dallas Fed Manufacturing Index in the United States increased to 0.90 points in July from -12.70 points in June of 2025. This dataset provides the latest reported value for - United States Dallas Fed Manufacturing Index - plus previous releases, historical high and low, short-term forecast and long-term prediction, economic calendar, survey consensus and news.

The sterile injectable contract manufacturing market is experiencing robust growth, projected to reach $14.44 billion in 2025 and expand at a compound annual growth rate (CAGR) of 12% from 2025 to 2033. This significant expansion is driven by several factors. The increasing prevalence of chronic diseases like cancer, diabetes, and cardiovascular diseases fuels the demand for injectable drugs, creating a substantial need for contract manufacturing services. Furthermore, the rising R&D investments by pharmaceutical and biopharmaceutical companies, coupled with a growing preference for outsourcing non-core activities like sterile injectable manufacturing, are key growth catalysts. The market is segmented by molecule type (small and large molecules), therapeutic area (cancer, diabetes, etc.), route of administration (subcutaneous, intravenous, etc.), and end-user (pharmaceutical companies and research institutes). The geographic distribution shows strong representation across North America, Europe, and Asia Pacific, with North America currently holding a significant market share due to established infrastructure and high healthcare expenditure. However, the Asia Pacific region is expected to witness faster growth due to increasing healthcare investments and a burgeoning pharmaceutical industry. The competitive landscape includes both large multinational corporations like Baxter and Fresenius Kabi, and specialized contract manufacturers such as Catalent and Vetter Pharma. These companies are continuously investing in advanced technologies and expanding their manufacturing capabilities to meet the growing demand. However, challenges remain. Stringent regulatory requirements for sterile injectable manufacturing pose a hurdle for smaller players. Maintaining consistent product quality and adhering to global Good Manufacturing Practices (GMP) standards are critical aspects influencing market dynamics. Future growth will likely be shaped by technological advancements in aseptic processing and filling technologies, alongside the continued rise in outsourcing trends within the pharmaceutical industry. The market is projected to witness further consolidation as larger players acquire smaller companies to strengthen their market position and service portfolio. Recent developments include: February 2024: Simtra BioPharma Solutions, a CDMO, announced an investment of more than USD 250 million to expand its sterile fill/finish manufacturing campus in Bloomington, Indiana. The expansion will include a new state-of-the-art 150,000-square-foot building that will feature two high-speed automated isolator syringe fill lines and a new high-speed isolator vial line equipped with three 30-square-meter lyophilizers., July 2023: WuXi STA, a contract manufacturing organization, launched its first high potency (HP), fully automated sterile injectable manufacturing line at its drug product site in Wuxi City, China.. Key drivers for this market are: Increasing Pipeline and Approvals of Injectables, Growing Demand for Biologics and Biosimilars; Rise in Investment Across Research and Development Activities for the Development of Novel Therapeutics.. Potential restraints include: Increasing Pipeline and Approvals of Injectables, Growing Demand for Biologics and Biosimilars; Rise in Investment Across Research and Development Activities for the Development of Novel Therapeutics.. Notable trends are: The Cancer Segment is Expected to Hold a Significant Share Over the Forecast Period.

The global industrial chain market, valued at $4.10 billion in 2025, is projected to experience steady growth, driven by the increasing demand across various end-user industries. A compound annual growth rate (CAGR) of 3.50% from 2025 to 2033 indicates a substantial expansion, reaching an estimated market value of approximately $5.8 billion by 2033. Key drivers include the growth of automation in manufacturing, particularly within the automotive and energy sectors, necessitating robust and reliable chain systems. Furthermore, the rising construction activity globally fuels demand for durable and high-performance chains used in heavy machinery. The market is segmented by type (roller, engineering class, leaf, and others) and end-user industry (automotive, energy, food & beverage, building & construction, and others). While the exact market share of each segment is not provided, it can be inferred that automotive manufacturing and energy & power likely dominate, given their reliance on heavy machinery and automation. The competitive landscape comprises established players like Renold Jeffrey, Rexnord Corporation, and Wippermann, alongside several regional manufacturers. Continued technological advancements in chain design, materials, and manufacturing processes are anticipated to influence market growth, along with the increasing focus on sustainable and energy-efficient solutions. The market’s growth is expected to be influenced by several factors. Ongoing infrastructure development projects across emerging economies, especially in Asia, will significantly contribute to the demand for industrial chains. However, fluctuations in raw material prices (steel, in particular) and potential economic slowdowns pose challenges. The adoption of innovative materials and designs focusing on enhanced durability and reduced maintenance requirements will likely shape the competitive dynamics. Companies are expected to focus on strategies such as product diversification, strategic partnerships, and geographic expansion to maintain their market position and capitalize on growth opportunities. The overall outlook for the industrial chain market remains positive, reflecting the sustained demand driven by industrial automation, infrastructure development, and economic expansion in key regions. This report provides a detailed analysis of the global industrial chain market, offering invaluable insights for stakeholders across the value chain. With a study period spanning 2019-2033, a base year of 2025, and a forecast period from 2025-2033, this research delves into market dynamics, growth drivers, and future trends. The report covers key segments including roller chain, engineering class chain, leaf chain, and other types, across diverse end-user industries such as automotive manufacturing, energy and power, food and beverage, and building and construction. The market size is analyzed in millions of units. Recent developments include: July 2024: Chiaravalli Group Spa signed a distribution agreement with Wippermann jr GmbH for roller chains in the European market. This partnership allows Wippermann to enhance Chiaravalli's offerings with a broader selection of premium solutions. Chiaravalli will oversee the integration of Wippermann's roller chains catalog into its operations.June 2024: The Ministry of Commerce and Industry, through its Department for Promotion of Industry and Internal Trade, issued a directive concerning Precision Roller and Bush Chains, Attachments, and Associated Chains Sprockets. This new directive enforces the mandatory use of the Standard Mark on certain goods that meet Indian Standards. The directive outlines penalties for non-compliance and sets implementation dates tailored to different categories of enterprises.June 2024: CHAIN & Conveyor Ltd (manufacturer of Leaf Chain) partnered with Hoverdale UK Ltd to leverage its combined engineering expertise and global stockholding capabilities. This strategic collaboration aims to maximize benefits for its respective customer bases. By deploying joint engineering teams, both organizations will streamline the installation and servicing of customer assets. This partnership will enhance Chain & Conveyor’s extensive inventory of parts and ancillary components, expanding it to all Hoverdale locations both nationally and internationally.July 2023: TIDC India designs and supplies high-performance Leaf Chains to global Original Equipment Manufacturers (OEMs) in the Material Handling sector. These chains strictly adhere to international standards, including ANSI, BS, and DIN. TIDC India's Leaf Chains are considered to be a trusted chain in Europe and the USA. TIDC India continually enhances the performance of its leaf chains by emphasizing key design elements.. Key drivers for this market are: Growing Manufacturing Industries and Increasing Usage of Industrial Chain Across the Industries, Increasing Technological Advancements. Potential restraints include: Growing Manufacturing Industries and Increasing Usage of Industrial Chain Across the Industries, Increasing Technological Advancements. Notable trends are: Roller Chain is Expected to Hold Significant Market Share.

Manufacturing Production in the United States increased 0.80 percent in June of 2025 over the same month in the previous year. This dataset provides the latest reported value for - United States Manufacturing Production - plus previous releases, historical high and low, short-term forecast and long-term prediction, economic calendar, survey consensus and news.

Abstract

The Census of Manufacturing Establishments (CME) 1996/97 is the seventh in the series of CMEs carried out in Nepal since 1964/65. The primary objective of CME is to provide updated data on the composition, growth and volume of manufacturing sector. The census is conducted in “Establishment Approach”. The reference period is considered as the fiscal year 1996/97. There were 3557 establishments found operated throughout the country engaging 10 or more persons irrespective of using power machines. Such establishments are called modern manufacturing establishments. Gross value added (GVA) contribution of modern manufacturing sector is Rs. 21,875,315 at current prices.

Following the international practices, the establishments surveyed are classified according to the Nepal Standard Industrial Classification (NSIC) at 4 digit level and designed results accordingly. There are altogether 19 tables presented in the CME final report at national level including employment and earning, fuel, raw material, value of shipment, industrial services and non-industrial services, indirect tax, stocks, capacity utilization, fixed assets.

10 indicators including number of establishments, number of persons engaged, number of employees, wages and salaries, change in stocks at the end of the year, gross addition to fixed assets, gross fixed assets at the end of the year, census input, census output and census value added are defined as principal indicators. The principal indicator tables of Nepal and Urban/Rural are prepared by legal status, ownership, number of persons engaged and size of fixed assets and by NSIC at 4 digit levels in the National Report. But the principal indicator by legal status, ownership, number of persons engaged, and size of fixed assets and by NSIC at 4 digit level are also kept in the District Level report.

Geographic coverage

All 75 Districts of Nepal

Analysis unit

Manufacturing establishment

Universe

All operational manufacturing establishments during the fiscal year B.S. 2053-54 (Mid July of 1996 to Mid July of 1997) engaging 10 or more persons.

Kind of data

Census/enumeration data [cen]

Mode of data collection

Face-to-face [f2f]; Self-administered

Research instrument

The questionnaire for the CME is a structured questionnaire based on the Recommendation of Statistics Section, Strategic Research and Economy Branch of UNIDO. It was designed to fulfill the National Accounts requirements. It contains 16 sections as stated below:

1. Introduction
2. Legal Status
3. Ownership
4. Major Activity
5. Employment
6. Production, Purchase and Sale of Fuels
7. Expenditure Paid for Industrial Services
8. Cost of Raw Materials Purchased
9. Production and Product Sold
10. Income Received from Industrial Services
11. Stock
12. Expenses for Non-Industrial Services
13. Indirect Taxes
14. Income Received from Non-Industrial Services
15. Fixed Assets
16. Production Capacity Utilization

Cleaning operations

A control form was used to verify establishment level input-output ratio as well as profit or loss status of the establishment at data collection stage. The data collection work was done only by the experienced permanent staff of CBS and its field offices. They were trained by the census officials of CBS worked in the head office. Statistical officers of branch offices were considered as supervisor of the census.

During Data entry, many range checks were introduced to minimize range errors. Some cross checks were used to control errors relating to the universe and pre-question of the entry variable during data entry. One big batch edit file with many edit commands were run and verify the observed missing or overvalued or undervalued data mostly by contacting the respondent of the establishment by telephone.

To establish consistency between the CPC of data recorded in section 9 of the questionnaire and NSIC of section 4, grouping of raw materials and products was made by CPC to make one to one correspondence with NSIC.

Data appraisal

CME 1996/97 data appraisal may be categorized by 3 stages: Pilot survey, data collection and entry/processing.

A pilot survey was conducted in 1996. A technical committee headed by the Director General of CBS was formed to supervise, suggest, control and review the overall process of the census from questionnaire design to data dissemination.

A control form was used to verify establishment level input-output ratio as well as profit or loss status of the establishment at data collection stage. The data collection work was done only by the experienced permanent staff of CBS and its field offices. They were trained by the census officials of CBS worked in the head office. Statistical officers of branch offices were considered as supervisor of the census.

During Data entry, many range checks were introduced to minimize range errors. Some cross checks were used to control errors relating to the universe and pre-question of the entry variable during data entry. One big batch edit file with many edit commands were run and verify the observed missing or overvalued or undervalued data mostly by contacting the respondent of the establishment by telephone.

To establish consistency between the CPC of data recorded in section 9 of the questionnaire and NSIC of section 4, grouping of raw materials and products was made by CPC to make one to one correspondence with NSIC.

After entering and editing data in ACCESS, frequencies and percentage distribution of the principal indicators like total number of establishment, total number of persons engaged, total number of employees, value of input, value of output, value added by NSIC, ecological belts, development regions, districts were tabulated and compared with that of previous census. Further, average output, value added, number of persons engaged, number of employees and fixed asset per establishment were calculated and discussed before finalizing the report of the census in the technical committee. Final results were immediately published when technical committee approved.

The global Industrial Manufacturing Services market, valued at $580.52 million in 2025, is projected to experience robust growth, driven by increasing automation in manufacturing, rising demand for electronics in industrial applications, and the expanding adoption of Industry 4.0 technologies. The market's Compound Annual Growth Rate (CAGR) of 5.90% from 2025 to 2033 indicates a significant expansion over the forecast period. Key drivers include the need for efficient and cost-effective manufacturing processes, the growing complexity of industrial products requiring specialized design and assembly services, and the increasing outsourcing of manufacturing activities by original equipment manufacturers (OEMs). The segment of Electronics Manufacturing Services within the broader Industrial Manufacturing Services market is anticipated to witness the highest growth, fueled by the widespread integration of electronics in industrial machinery and equipment. Geographically, North America and Asia Pacific are expected to dominate the market, driven by strong manufacturing bases and technological advancements in these regions. However, emerging economies in other regions are also showcasing significant growth potential. The market is segmented by service type (Electronics Design and Engineering, Electronics Assembly, Electronics Manufacturing, and Other Services) and application (Consumer Electronics, Automotive, Industrial, Aerospace and Defense, Healthcare, IT and Telecom, and Other Applications), providing a detailed understanding of specific market dynamics. Competitive dynamics are characterized by the presence of both large multinational corporations and specialized smaller companies catering to niche market segments. Strategic partnerships and mergers and acquisitions are expected to shape the competitive landscape in the coming years. The restraints on market growth primarily involve the cyclical nature of the industrial sector, potential fluctuations in global economic conditions, supply chain disruptions, and the rising costs associated with skilled labor. However, ongoing innovation in manufacturing technologies and the increasing adoption of sustainable manufacturing practices are likely to mitigate these challenges. The Automotive and Industrial sectors are anticipated to be the primary application areas driving demand, owing to the ongoing trend toward electrification, automation, and the integration of advanced technologies in vehicles and industrial equipment. Companies operating in this market are continuously investing in research and development to offer innovative solutions that enhance efficiency, reduce costs, and improve product quality, enabling them to maintain a competitive edge. Future growth will be particularly influenced by advancements in technologies such as artificial intelligence (AI), the Internet of Things (IoT), and advanced robotics within industrial manufacturing processes. Recent developments include: July 2024: Symmetry Electronics, a division of Braemac and a global distributor specializing in wireless, IoT, and Pro AV technologies, announced a strategic distribution partnership with Silex Technology, a renowned name in connectivity solutions. This collaboration, backed by the Exponential Technology Group (XTG), further solidified Symmetry's standing as a premier global provider of electronic components and associated services., June 2024: TVS Electronics Limited, a key player in electronics manufacturing, introduced its Electronics Manufacturing Services (EMS) at its facility in Tumakuru, Karnataka, near Bengaluru. TVS Electronics offers a comprehensive range of electronic solutions, spanning design, manufacturing, sales, services, warranties, and end-of-life services.. Key drivers for this market are: Growing Trends of Miniaturization, Adoption of Emerging Technologies in IIoT (Industrial Internet of Things), Blockchain, and Enhanced Communication. Potential restraints include: Growing Trends of Miniaturization, Adoption of Emerging Technologies in IIoT (Industrial Internet of Things), Blockchain, and Enhanced Communication. Notable trends are: Industrial Applications Are Expected to Drive the Demand for EMS.

Sirmax SpA (Sirmax) is undertaking the construction of plastic compounds and resins manufacturing plant in Lodz Voivodeship, Poland.The project involves the construction of 12,000m2 plastic compounds and resins manufacturing plant on 6ha land. It includes the construction of production units, processing units, 10,000m2 warehouse, loading and unloading facilities and related infrastructure, and the installation of machinery and equipment.In February 2018, Sirmax received the approval from the City of Lodz Voivodeship.As of July 2018, pre-construction activities are underway.Construction is expected to commence in August 2018 and to be completed by the second quarter of 2019. Read More

The Active Pharmaceutical Ingredients Market size was valued at USD 252.34 billion in 2023 and is projected to reach USD 373.21 billion by 2032, exhibiting a CAGR of 5.75 % during the forecast period. Active Pharmaceutical Ingredients (APIs) can be defined as the active components in drugs that trigger or cause the desired therapeutic effect. They are the principal components that define whether an illness is to be treated or the symptoms relieved. There are synthetic and natural APIs, and the base can be plant or animal material. These ingredients are essential in any formulation process in the pharmaceutical industry, as they tend to afford the requisite therapeutic activity. They said potency is one of its characteristics, as APIs are often included in doses, but their impact can be large. APIs offer several advantages. They maintain the compliance and profitability of drugs by providing specific and dependable therapy results. Recent developments include: In August 2023, EUROAPI announced its deal to acquire BianoGMP to enhance its CDMO expertise in oligonucleotide manufacturing, which is a high-growth industry. , In July 2023, Teva Pharmaceutical Industries Ltd. designed a new strategy for development with potential sale of its API unit on the table. The API manufacturing facility is worth USD 2 billion. , In June 2023, Lonza acquired Synaffix to improve its ADC services portfolio. , In April 2023, Eli Lilly announced an investment of USD 1.6 billion in the U.S.-based LEAP Innovation Park. This brings the total investment to USD 3.7 billion to manufacture complex APIs for products such as genetic medicine. , In February 2023, Lonza completed the manufacturing of its facility in Switzerland. The company enhanced its capacity for its High Potent Active Pharmaceutical Ingredient (HPAPI) manufacturing facility. , In January 2023, Sterling Pharma Solutions acquired an API manufacturing facility from Novartis in Ringaskiddy, Ireland. .