Electric Pruning Shears Market By Product Type (Cordless, Corded); By Blade Type (Bypass, Anvil); By End User (Commercial, Residential); By Geography, Segment Revenue Estimation, Forecast, 2024–2030.

Introduction And Strategic Context

The Global Electric Pruning Shears Market is poised for strong growth, projected to witness a robust CAGR of 6.9% , with a market value of USD 215.6 million in 2024 , expected to reach approximately USD 324.1 million by 2030 , confirms Strategic Market Research. This market is gaining strategic importance as precision agriculture, labor optimization, and sustainability reshape global horticultural and landscaping practices.

 

Electric pruning shears — battery-powered tools designed to cut branches and vines with minimal manual effort — are revolutionizing vineyard management, commercial horticulture, and professional landscaping. Compared to manual shears, these tools offer increased efficiency , reduced physical strain , and greater pruning accuracy , making them highly attractive across both developed and emerging economies.

 

The strategic context of this market lies at the intersection of three macro forces:

• Labor scarcity in agriculture : With rising labor costs and growing difficulty in sourcing skilled manual labor, especially in Europe and East Asia, electric pruning tools offer a scalable solution.

• Surging horticulture and viticulture sectors : The global wine industry and greenhouse-based fruit and vegetable production are expanding. Countries like France, Italy, the U.S., and Chile are ramping up investment in mechanization.

• Environmental sustainability and ergonomic safety : Battery-powered pruning shears reduce reliance on gas-powered alternatives and mitigate risks of musculoskeletal disorders common among manual pruners.
   

Several stakeholders drive this market’s momentum:

• OEMs and tool manufacturers like STIHL, Pellenc , and FELCO are continuously innovating with lightweight designs and brushless motor technology.

• Commercial vineyards and horticulture estates are increasingly integrating automated tools for seasonal pruning.

• Government agencies are encouraging farm mechanization via subsidies, particularly in APAC and Europe.

• Investors and agri -tech firms are exploring bundled equipment solutions (e.g., IoT -connected shear systems).

In addition to their agricultural uses, electric pruning shears are gaining popularity in urban landscaping , municipal tree trimming , and residential gardening — adding consumer-level traction to a previously B2B-dominated market.

The growing demand for ergonomic efficiency, automation in pruning processes, and smart battery-powered tools is reshaping the competitive landscape — with mid-sized and specialized players finding room for innovation amid global OEM giants.

 

Market Segmentation And Forecast Scope

The global electric pruning shears market can be segmented across four primary dimensions to reflect its diverse applications and customer base:

By Product Type

• Cordless Electric Pruning Shears

• Corded Electric Pruning Shears

Cordless electric pruning shears dominate the market in 2024, accounting for over 68% of the global revenue. Their portability, improved lithium-ion battery life, and ease of use make them ideal for vineyards, orchards, and landscaping operations. Corded variants , although cheaper and more powerful in some settings, are limited by their dependence on external power sources.

Cordless systems are expected to remain the fastest-growing segment, driven by advances in compact battery design and reduced recharge times.

 

By Blade Type

• Bypass Blades

• Anvil Blades

Bypass blades , known for their clean cuts on live branches, are the preferred choice among professional users. In contrast, anvil blades are better suited for dead wood and general-purpose applications. This segmentation becomes increasingly relevant for targeted marketing in agriculture vs. landscaping use cases.

 

By End User

• Commercial (Vineyards, Horticulture Farms, Landscaping Services)

• Residential (Garden Enthusiasts, DIY Landscapers, Urban Greenhouse Owners)

Commercial users form the core revenue base of this market. In 2024, commercial applications constitute more than 75% of total market demand. These include high-volume pruning operations in vineyards (especially in France, Italy, and California) and ornamental tree trimming by professional landscapers.

However, residential users are expected to see faster growth from 2025 onward, as compact, consumer-grade models become widely available at retail stores and online platforms.

 

By Region

• North America

• Europe

• Asia Pacific

• Latin America, Middle East & Africa (LAMEA)

Among these, Europe currently leads the global market, supported by its expansive viticulture industry, skilled aging workforce, and progressive adoption of battery-operated tools. Asia Pacific is forecasted to grow the fastest due to expanding horticultural activities in China and India, government support for mechanized farming, and increasing urban gardening trends.

 

Market Trends And Innovation Landscape

The global electric pruning shears market is experiencing a period of accelerated innovation, driven by advancements in lithium-ion battery technology , ergonomic design , and integrated smart systems . These tools are transitioning from simple mechanical devices into intelligent, connected solutions that enhance productivity and user experience across both commercial and residential settings.

Key Innovation Trends

1. Battery Efficiency and Rapid Charging : Modern electric pruning shears now boast interchangeable lithium-ion batteries that deliver longer operational life with rapid recharge capabilities. Leading manufacturers have introduced fast-charge systems that enable full battery recovery within an hour — a vital feature for commercial use where downtime is costly.

Battery systems are becoming modular, allowing users to hot-swap units without interrupting workflow — particularly useful in large vineyards and orchards.

 

2. Brushless Motor Integration : The adoption of brushless DC motors has led to significant improvements in shear lifespan, energy efficiency, and cutting precision. These motors generate less heat and noise, increasing comfort during extended use.

 

3. Ergonomics and User-Centric Design : Companies are investing heavily in lightweight materials , anti-vibration handles , and trigger sensitivity adjustments . These innovations address operator fatigue and reduce the risk of repetitive strain injuries — a growing concern in agricultural labor.

 

4. Smart Features and IoT Connectivity : Some high-end models now include cut count monitors , pressure sensors , and Bluetooth connectivity for tracking productivity. This is particularly useful for fleet-based management in commercial agriculture, where operations require data on tool usage and performance.

“ IoT integration will likely become a standard feature among premium tools within the next three years,” note industry technologists tracking agricultural automation trends.

 

Technology Partnerships and Collaborations

Several OEMs have entered strategic partnerships with battery specialists and agri -tech startups to develop hybrid systems:

• Pellenc , a major European player, collaborates with ecosystem tool developers to ensure their shears are compatible with shared battery platforms.

• Makita and STIHL have introduced full tool suites — shears, trimmers, and saws — operating on unified battery systems for convenience and cost efficiency.

• Felco , a Swiss-based manufacturer, is integrating cutting analytics with mobile apps to optimize usage patterns and maintenance schedules.

 

Product Differentiation and Value-Added Services

Besides performance enhancements, manufacturers are exploring after-sales services , including:

• Maintenance kits bundled with tools

• Subscription-based battery replacement programs

• On-site training for commercial clients

These services are not just value additions but are turning into brand differentiators , especially in premium market segments where uptime and durability are crucial.

As the sector matures, innovation is shifting from pure hardware improvement to holistic ecosystem design — blending battery technology, data analytics, and ergonomic engineering to offer seamless, intelligent pruning experiences.

 

Competitive Intelligence And Benchmarking

The global electric pruning shears market features a mix of established power tool giants , horticultural equipment specialists , and emerging tech-forward manufacturers . These players compete on parameters such as cutting performance , battery life , ergonomics , pricing , and after-sales support . While the market has yet to experience full-scale consolidation, regional brand dominance and OEM partnerships are shaping competitive boundaries.

Below are key companies shaping the competitive landscape:

STIHL

One of the most recognizable names in outdoor power tools, STIHL offers a professional-grade electric pruning shear range that’s popular among arborists and landscape contractors. Their competitive advantage lies in:

• A broad distribution network across North America and Europe

• Shared battery platform ecosystems across tool families

• Durability-first engineering with advanced safety mechanisms

STIHL’s consistent investment in lithium-ion technology and user-centric design makes it a go-to brand for professionals seeking performance and reliability.

 

Pellenc

A French company with deep roots in viticulture equipment, Pellenc focuses exclusively on agricultural applications. It leads the European market with:

• Lightweight shear models tailored for grapevine pruning

• Innovative handle designs for one-handed use

• Integration with multi-tool battery systems

Pellenc’s close relationships with wine estates and its agronomic design philosophy make it highly specialized and trusted in the commercial horticulture sector.

 

Felco

Headquartered in Switzerland, Felco is widely regarded for precision pruning tools. Its electric shear models, such as those in the FELCO Power Blade series, offer:

• Clean, low-resistance cuts for high-value crops

• Bluetooth-enabled versions with usage tracking

• Excellent customer service reputation across Western Europe

Felco is particularly favored in premium orchard operations where blade precision and durability are paramount.

 

Makita

Known for its diversified portfolio of cordless tools, Makita has entered the electric pruning shear segment with models designed for:

• Homeowners and semi-commercial users

• Seamless integration with their 18V battery system

• Competitive pricing with respectable build quality

Makita’s advantage lies in global brand familiarity , allowing it to penetrate retail and consumer markets with ease.

 

Infaco

A French innovator and one of the earliest developers of electric pruning tools, Infaco pioneered the Electrocoup range . Their strengths include:

• Patented blade technology with adjustable opening width

• Dedicated focus on agriculture and fruit-growing sectors

• A global footprint in over 40 countries

Infaco’s reputation for precision, modular design, and continuous innovation gives it a loyal commercial user base.

 

Zenport Industries

Catering largely to the North American mid-market, Zenport provides electric pruning shears designed for:

• Semi-professional users and large garden centers

• Competitive pricing with decent performance

• Lightweight models for beginners and prosumers

While not a leader in high-performance tools, Zenport serves a volume-driven retail segment with growing demand.

 

Competitive Highlights

• STIHL and Pellenc dominate the commercial segment with high-performance models and dealer networks.

• Makita and Zenport are gaining traction in the residential and light-duty commercial markets , leveraging price and brand accessibility.

• Felco and Infaco differentiate through technical superiority and user-customized configurations , especially in European orchards.

The competitive landscape is expected to shift as battery interoperability, smart integration, and ergonomic innovation become key differentiators in the next wave of product launches.

 

Regional Landscape And Adoption Outlook

The adoption of electric pruning shears varies widely across global regions, influenced by agricultural mechanization levels , labor market dynamics , government subsidies , and landscape maintenance priorities . While mature markets lead in terms of current usage, emerging regions are quickly catching up due to shifts in commercial horticulture and urban green space development.

North America

North America, particularly the United States and Canada , represents a mature yet steadily growing market for electric pruning shears. Key adoption drivers include:

• Expansion of urban landscaping services

• High concentration of vineyards in California, Oregon, and British Columbia

• Growing demand from professional arborists and landscaping contractors

The region also benefits from well-developed retail infrastructure , making both consumer-grade and professional-grade tools accessible via e-commerce and home improvement chains like Home Depot and Lowe’s.

Canada has recently seen an uptick in adoption driven by its greenhouse vegetable sector and targeted government incentives for horticultural mechanization.

 

Europe

Europe is the largest and most advanced market for electric pruning shears, with France, Italy, Germany, and Spain leading the charge. The reasons for this dominance include:

• A robust viticulture industry , especially in Bordeaux, Tuscany, and Rioja

• Aging farming workforce , encouraging the shift to ergonomic tools

• Subsidies through CAP (Common Agricultural Policy) and national modernization grants

In 2024, Europe accounts for over 35% of global electric pruning shear sales. France is the undisputed leader, owing to homegrown OEMs like Pellenc and Infaco , which supply directly to vineyards and co-operatives.

European municipalities are also deploying electric pruning shears for public park maintenance and tree management under sustainability mandates.

 

Asia Pacific

Asia Pacific is the fastest-growing region , driven by rapid urbanization, agricultural modernization, and rising disposable income. Key countries to watch include:

• China : Government-led push for orchard modernization; growing e-commerce sales of gardening tools.

• India : Gradual shift in fruit-growing states (e.g., Maharashtra, Himachal Pradesh) towards mechanized pruning.

• Japan and South Korea : High adoption in bonsai care, ornamental horticulture, and urban landscaping — markets that value precision and compact tool design.

Major regional constraints include lack of operator training and limited service networks in rural zones. However, companies are responding by introducing low-cost, modular tools suited to smallholder farmers.

In China, several domestic tool brands are collaborating with universities to develop localized pruning solutions, signaling long-term scalability.

 

LAMEA (Latin America, Middle East & Africa)

This region represents a mix of untapped potential and selective maturity :

• Latin America : Countries like Chile and Argentina have notable viticulture sectors, increasingly investing in productivity-enhancing tools to remain export-competitive. Brazil is also a growing market for electric shears used in urban landscaping.

• Middle East : Adoption remains low but is gaining interest in countries like UAE and Saudi Arabia , where luxury landscaping projects are proliferating.

• Africa : Use remains sparse, constrained by cost sensitivity and limited mechanization. However, South Africa shows promise due to its established wine industry and export-focused agriculture.

Chile is emerging as a regional hub for advanced orchard tools, supported by public-private collaborations promoting agri -tech adoption.

 

Summary Outlook

• Europe leads the global market with strong infrastructure, OEM presence, and policy support.

• Asia Pacific is the fastest-growing region , driven by horticultural investment and product localization.

• North America maintains steady commercial demand, especially in vineyards and landscaping.

• LAMEA offers emerging opportunities, especially in Chile , South Africa , and the GCC .

As OEMs localize production, offer multilingual support, and expand dealer networks, global accessibility of electric pruning shears is expected to rise sharply over the forecast period.

 

End-User Dynamics And Use Case

The adoption of electric pruning shears varies significantly by end-user segment, shaped by pruning volume , labor availability , budget constraints , and tool familiarity . While large-scale commercial farms and vineyards have historically been the primary users, residential and municipal segments are increasingly adopting these tools due to their ergonomic benefits and declining price points.

Commercial Users

This segment comprises vineyards, orchards, horticulture farms , and landscaping service providers . Commercial users prioritize:

• Operational efficiency during peak pruning seasons

• Durability and long battery cycles

• Compatibility with broader tool ecosystems (shared battery systems)

In 2024, commercial users represent over 75% of global electric pruning shear revenue. These users demand high-quality, often IoT -enabled models with long runtimes and reduced downtime.

 

Key purchasing drivers:

• High labor costs in developed markets

• Labor shortages in manual-intensive crop systems

• Need for clean cuts to prevent plant disease and maximize yield

For instance, a mid-sized vineyard in Napa Valley deploys electric shears for winter vine pruning, reducing manual labor costs by nearly 40% while ensuring uniformity in cuts — which directly impacts grape quality and yield consistency.

 

Residential Gardeners

Urban consumers, DIY landscapers, and hobbyist gardeners make up this emerging user base. Growth in this segment is fueled by:

• Expansion of e-commerce availability

• Increased interest in home gardening and terrace orchards

• Introduction of affordable, lightweight cordless shears

These users tend to prefer entry-level tools that emphasize safety, portability, and ease of use. While this segment currently contributes a smaller revenue share (~18–20% in 2024), its CAGR is expected to exceed 9% , especially in urban markets across Asia and North America.

Manufacturers like Makita and Zenport are focusing on this segment with under-$150 models marketed via Amazon, Walmart, and regional hardware chains.

 

Municipal and Institutional Users

Municipalities and institutional landscapers (e.g., universities, airports, and botanical gardens) use electric pruning shears for:

• Public tree maintenance

• Shrub grooming in public parks

• Seasonal landscaping

These buyers often opt for mid-range tools with modest smart features, and typically invest in bulk tool acquisition with service contracts . Procurement is influenced by safety certifications, long-term maintenance support, and eco-friendly credentials.

 

Use Case Scenario: Commercial Vineyard in South Korea

A 15-hectare vineyard in Gyeongsangnam -do, South Korea, integrated 25 units of cordless electric pruning shears in 2023. Before adoption, the farm relied on 12 seasonal laborers during winter pruning. With electric tools, the same tasks were completed with 8 workers in 30% less time. Additionally, reduced hand fatigue resulted in better quality cuts, minimizing pruning injuries and improving vine regrowth in spring. The farm also used Bluetooth-enabled versions to log cut frequency data for yield correlation analysis.

Summary Insight
Electric pruning shears deliver significant labor savings, operational efficiency, and safety improvements across all end-user categories. As product variety expands and awareness improves, adoption is expected to deepen in both traditional commercial and emerging lifestyle segments.

 

Recent Developments + Opportunities & Restraints

Recent Developments (Last 2 Years)

1. STIHL Unveils ASA 85 with Enhanced Blade Motor System (2023 )
STIHL launched a professional-grade electric pruning shear model with a newly optimized blade drive, offering faster cutting response and longer battery endurance. The ASA 85 has gained popularity among European arborists and landscapers.

2. Pellenc Introduces VINION 250 Pruning Shears with Extended Runtime (2023 )
In late 2023, Pellenc launched the VINION 250, engineered specifically for vineyards. It features a high-capacity battery backpack and brushless motor, offering over 15,000 cuts per charge .

3. FELCO Launches Smart Pruning App Integration (2024 )
Felco expanded its product ecosystem by integrating Bluetooth-compatible shears with the FELCO App, allowing users to monitor usage data , receive maintenance alerts , and customize blade opening settings from a smartphone.

4. Zenport Expands into Latin America with New Distribution Partnerships (2024 )
To tap into emerging horticultural markets, Zenport signed distributor deals in Chile and Brazil , increasing its footprint in the viticulture and tropical fruit farming sectors.

5. Makita Debuts Residential Cordless Pruner Under $120 (2023 )
Targeting DIY gardeners and urban homeowners, Makita introduced a lightweight cordless model designed for low-intensity garden trimming. The model was a top seller in Japan and the U.S. during spring 2024.

 

Opportunities

1. Expansion in Emerging Agricultural Economies
Countries like India, China, and Chile offer immense growth potential, driven by rising labor costs, increased horticultural exports, and state-led mechanization programs.

2. Integration with IoT and Predictive Analytics
Smart electric shears that log performance data (e.g., cut count, blade pressure) will unlock value for commercial farms , enabling yield optimization and predictive maintenance .

3. Product Diversification for Residential Users
A surge in urban gardening and sustainability-driven landscaping trends presents opportunities in the consumer market , especially with affordable, safe, and easy-to-use models.

 

Restraints

1. High Upfront Cost in Price-Sensitive Markets
Despite long-term ROI, the initial cost of electric pruning shears (especially high-end commercial models ranging from $500–$1500) limits uptake in cost-conscious regions such as parts of Southeast Asia and Africa.

2. Limited Technical Familiarity and Training
Many smallholder farmers and workers in developing economies lack experience with electric tools, creating adoption friction unless paired with training programs or localized support.
 

7.1. Report Coverage Table

Report Attribute	Details
Forecast Period	2024 – 2030
Market Size Value in 2024	USD 215.6 Million
Revenue Forecast in 2030	USD 324.1 Million
Overall Growth Rate	CAGR of 6.9% (2024–2030)
Base Year for Estimation	2024
Historical Data	2019 – 2023
Unit	USD Million, CAGR (2024–2030)
Segmentation	By Product Type, Blade Type, End User, Geography
By Product Type	Cordless, Corded
By Blade Type	Bypass, Anvil
By End User	Commercial, Residential
By Region	North America, Europe, Asia-Pacific, LAMEA
Country Scope	U.S., UK, Germany, China, India, Japan, Brazil, South Korea, Chile
Market Drivers	Rise in labor costs, mechanization trends, surge in vineyard/horticultural investment
Customization Option	Available upon request