I pulled recent market reports, company filings and vendor pages and assembled a concise, source-backed brief for the Riveting Tools market (global) including multiple published market-size estimates, recent developments, drivers, restraints, regional breakdown, trends, top use-cases, challenges, opportunities and a company reference table with values (parent-company revenues where available). I note when numbers are company-level totals (not a rivet-tools line) — many large firms don’t disclose a dedicated “riveting tools” revenue line. Sources follow each major paragraph so you can verify details.
This versatile research report is presenting crucial details on market relevant information, harping on ample minute details encompassing a multi-dimensional market that collectively maneuver growth in the global Riveting Tools market.
This holistic report presented by the report is also determined to cater to all the market specific information and a take on business analysis and key growth steering best industry practices that optimize million-dollar opportunities amidst staggering competition in Riveting Tools market.
Read complete report at: https://www.thebrainyinsights.com/report/riveting-tools-market-13694
Riveting Tools — quick snapshot & market size (pick the scope you prefer)
global riveting tools market valued at USD 219.0 million in 2024, forecast CAGR ~5.1% (2025–2030).
Research & Markets (broader scope / systems + tools): market estimate USD 482.5 million in 2024, projected to ~USD 714.8 million by 2030 (CAGR ~6.8%).
Reports & Data / other houses: alternative forecasts range widely (examples: reports that project the market to reach ~USD 1.0B by the early-to-mid-2030s depending on whether automatic/robotic riveting and related accessories are included). Expect variance because definitions differ (hand, pneumatic, hydraulic, battery, automated/robotic riveting equipment; inclusion/exclusion of fasteners or only tools).
Takeaway: published estimates vary from ~USD 200M–500M (2024) up to larger numbers when automated systems/assembly equipment are included. Always check each report’s scope before citing a single figure.
Recent developments
Greater adoption of battery-powered (cordless) riveting tools for shop-floor flexibility and safety, plus continued use of pneumatic tools in heavy manufacturing; manufacturers are expanding battery portfolios.
Automotive lightweighting (aluminum, multi-material joints) and aerospace production growth are lifting demand for specialist riveting (self-pierce riveting, blind rivets, lockbolts) and automated riveting cells.
Process-monitoring and quality-verification (smart/monitoring rivet setters) are increasingly offered by vendors — driven by aerospace and automotive traceability requirements.
Drivers
Automotive & aerospace production growth (esp. lightweight/ mixed-materials joining that favors rivets over welding).
Infrastructure & construction projects (metal fabrication, HVAC, solar panel mounting) maintaining steady demand for pneumatic and manual riveting.
Shift to cordless/battery tools and automation for higher productivity, ergonomics and reduced operator fatigue—battery-powered riveting is one of the fastest-growing product segments in some regional reports.
Restraints
Fragmented reporting / small ticket size — riveting tools are often low-value per unit compared with other industrial equipment, so vendor revenue visibility is low and many small suppliers compete on price. This fragmentation complicates accurate market sizing.
Raw-material / component cost volatility (air motors, battery cells, composite tips) and cyclical capital spending in end markets can slow purchases of higher-end automated units.
Regional segmentation (high level)
Asia-Pacific: large and fastest-growing by volume (manufacturing hubs, automotive production, India growth noted as especially rapid). Grand View and regional outlooks put APAC as the largest revenue contributor in many cases.
North America & Europe: high value per install (aerospace, automotive integration, rental & service markets), strong adoption of automated riveting solutions.
Emerging trends
Self-piercing riveting, blind rivets and lockbolts for mixed-material joining in EVs and lightweight structures.
Automation / robotic riveting cells for high-volume automotive and aerospace lines (integration with feeders/mandrel collection and process monitoring).
Sustainability & lifecycle: suppliers promote longer-life tools and repairable modules (service/aftermarket) to reduce total cost of ownership.
Top use cases
Automotive body and structural assembly (including EV body-in-white and body panels).
Aerospace assembly (structural riveting, bearing high quality/traceability needs).
Industrial fabrication & HVAC / solar mounting / rail (construction of panels, ducting, enclosures).
Major challenges
Quality traceability for high-safety industries (aerospace) — drives expensive tooling and monitoring requirements.
Price competition & aftermarket fragmentation — many low-cost suppliers for general-purpose tools reduce margins for branded toolmakers.
Attractive opportunities
Service & consumables (mandrel collection, sensor add-ons, maintenance contracts) — recurring revenue play.
Robotic / automated riveting systems for EV and aerospace lines — higher ASPs and integration services.
Battery-powered / ergonomics solutions for small series production and field service — fast-growing segment in APAC and EMEA.
Key factors of market expansion
End-market growth (automotive, aerospace, construction), increasing adoption of automated riveting cells, rollout of battery-powered tools, and improved supply-chain availability for high-quality fasteners. Policy or macro cycles (capex) will modulate growth.
Company reference table (useful for vendor/competitor slides)
Values shown for each row are parent-company total revenues (most vendors don’t publish a dedicated “riveting tools” revenue line). I mark when the entry is a dedicated riveting-tools brand or a product line within a larger industrial group.
Stanley Black & Decker (Stanley Engineered Fastening / AVDEL / POP brands) — Parent total revenue (FY2024): USD 15.4 billion. Role: global power-tool & engineered fastening portfolio (Avdel, POP, structural rivet systems).
Howmet Aerospace (Huck / aerospace fasteners & systems) — Parent total revenue (FY2024): USD 7.4 billion. Role: major supplier of aerospace fastening systems and lockbolt/rivet solutions used in aircraft assembly.
Atlas Copco (including Henrob/self-pierce & riveting solutions) — Group revenue 2024 (reported): ~EUR 15 billion (Atlas Copco group). Role: industrial fastening & riveting solutions (Henrob, POP/self-pierce lines) and automated assembly systems.
Ingersoll Rand (power tools / industrial riveters) — Reported revenue 2024: USD 7.235 billion. Role: air & cordless riveting tools for industrial and aerospace applications.
SFS Group / GESIPA (fastening systems & riveting tools) — SFS Group sales 2024: CHF 3,039 million (group sales). Role: GESIPA brand is an SFS specialist for blind riveting tools and process-monitoring systems.
Emhart / POP® brand (part of Stanley Engineered Fastening portfolio historically) — Role: POP® rivets & high-volume tooling and automation for blind rivet setting; used widely across automotive & industrial lines. (Tool brand pages & product systems).
Aerospace specialists (Cherry Aerospace, Brown Aviation, LAS Aerospace) — Role: niche high-precision aerospace riveting equipment & services; often cited in aerospace riveting market lists. (Company product pages / MarketsandMarkets).
Quick choices — which follow-up would you like right now? (I’ll produce immediately)
CSV (downloadable) with the company table above plus FY2023–FY2024 parent revenues and links to each source.
Extracted segment revenues (where companies disclose a tools/engineered-fastening line) — I’ll return a table marking company totals vs. tool-line numbers and highlight which items are company totals vs estimated tool revenues.
1-page PPTX summarizing market size range, 6 takeaways and the vendor slide above.
Pick 1, 2 or 3 and I’ll generate it now (no waiting).
