24V Brushless Motor Stator Core Supplier
24V Brushless Motor – Precision Stator Cores for Robotics, AGVs & Industrial Propulsion
24V BLDC motor efficiency lagging? Need reliable stator cores for robotics and industrial applications? The 24V brushless motor is a widely adopted standard for robotics, AGVs, delivery robots, and industrial automation—offering an optimal balance of safety, efficiency, and power density for battery-powered systems . As a specialist 24V brushless motor stator core supplier, Reenives delivers precision 12N14P stator cores with 0.2mm ultra-thin silicon steel, burr height < 0.03mm, and epoxy coating—optimized for 24V operation, reducing core loss by up to 30%, and delivering reliable power density for autonomous mobile robots, automated guided vehicles, delivery robots, and industrial applications.
- • What Is a 24V Brushless Motor?
- • Classification of 24V Brushless Motor Stator Cores
- • Technical Specifications & Verified Data
- • Applications: Robotics, AGVs, Delivery Robots & More
- • 6-Step Engineering Selection Guide for 24V BLDC Stators
- • FAQ: 24V Brushless Motor Technical Questions
- • Why Reenives – 24V Brushless Motor Stator Core Supplier
- • Dongguan Runlu Motor Technology Co., Ltd.
What Is a 24V Brushless Motor?
A 24V brushless motor is a brushless DC motor designed to operate on a 24-volt DC power supply. The 24V standard is widely adopted across robotics, AGV/AMR platforms, delivery robots, and industrial automation due to its excellent balance of safety, efficiency, and power capability .
Key characteristics of 24V brushless motors:
- Rated voltage – 24V DC, compatible with standard industrial power supplies and battery systems
- Power range – Typically 50W to 600W+, depending on motor size and application
- Speed range – 2,000–4,000 RPM typical, with some applications up to 10,000+ RPM
- Torque output – 0.6Nm to 2.5Nm+, with peak torque capabilities for demanding applications
- Typical applications – AGVs, AMRs, delivery robots, electric wheelchairs, industrial automation
The stator core is the critical component that enables 24V brushless motor performance:
- Magnetic circuit – Directs and concentrates magnetic flux for optimal torque
- Core loss reduction – Thin laminations (0.15–0.20mm) minimize energy loss and heat generation
- Power density optimization – Precision stamping enables maximum performance per unit volume
- Thermal management – Acts as a thermal path for heat dissipation
ⓘ 24V motor insight: "24V brushless motors are the backbone of modern robotics and industrial automation—delivering the power density, efficiency, and reliability that autonomous systems demand."
Reenives manufactures precision stator cores for 24V brushless motors using imported 0.2mm silicon steel, progressive stamping dies, and automated epoxy powder coating—delivering optimal performance for robotics, AGVs, delivery robots, and industrial applications .
Classification of 24V Brushless Motor Stator Cores
Reenives supplies 24V brushless motor stator cores across four primary series, tailored to different power classes and applications:
| Series | Power Class | Stator OD (mm) | Slot/Pole Configuration | Lamination Thickness | Best For |
|---|---|---|---|---|---|
| Series A – Micro 24V | 50–100W | 20–35mm | 9N12P | 0.15–0.20mm | Small robots, medical devices, fans |
| Series B – Standard Robotics | 100–300W | 35–60mm | 12N14P | 0.20mm | AGVs, AMRs, delivery robots |
| Series C – High-Power 24V | 300–600W | 60–85mm | 18N20P, 24N22P | 0.20mm | Industrial automation, heavy-duty AGVs |
| Series D – Custom OEM | Any | Any | Any configuration | 0.15–0.35mm | Specialized designs, proprietary motors |
24V brushless motor stator cores are optimized for:
- Energy efficiency – Up to 90% energy conversion efficiency
- Precise control – Compatible with resolvers and Hall-effect sensors
- Compact design – High power density for space-constrained applications
Technical Specifications & Verified Data
All performance data below is derived from Reenives in-house laboratory testing (IEC 60404-2), third-party validation, and industry standards for 24V brushless motor stator cores .
| Parameter | Value / Range (Reenives Standard) | Test Standard / Source |
|---|---|---|
| Voltage Rating | 24V DC (optimized) | Industry standard |
| Stator Outer Diameter | 20–85mm (customizable) | CMM / optical comparator |
| Slot/Pole Configurations | 9N12P, 12N14P, 18N20P, 24N22P | Reenives design standards |
| Material Type | Silicon steel (CRNGO / Non-oriented) | Material certificates / IEC 60404 |
| Common Grades | 35PN210, 35PN250, 50A470 | Material certificates |
| Lamination Thickness | 0.15mm / 0.20mm / 0.27mm / 0.35mm | Micrometer / IEC 60404-2 |
| Core Loss @ 1.0T, 400Hz (0.20mm) | ≤ 8.9 W/kg — 30% lower than 0.35mm | IEC 60404-2 / Reenives R&D |
| Saturation Flux Density B50 | 1.68 – 1.73 T | Epstein frame test |
| Burr Height (max) | < 0.03mm | Optical measurement |
| Epoxy Coating Thickness | 30–60 µm, dielectric > 2000V | ASTM D149 |
| Stacking Factor | ≥ 98.2% (interlocked) | Weight method |
| Concentricity Tolerance | ±0.01mm – ±0.015mm | CMM measurement |
| Typical Motor Efficiency | Up to 90% (with optimized stator) | Industry benchmarks |
🔬 Data Source: Reenives R&D Report 2024-Q4 + IEC 60404-2 standard + Material certificates + Industry benchmarks .
Applications: Robotics, AGVs, Delivery Robots & More
24V brushless motor stator cores power a wide range of robotics and industrial applications:
| Application | Typical Power Range | Configuration | Performance Priorities |
|---|---|---|---|
| AGVs & AMRs | 100–300W | 12N14P | Efficiency, reliability, compact size |
| Delivery Robots | 100–250W | 12N14P | Precision control, energy efficiency |
| Electric Wheelchairs | 100–300W | 12N14P | Smooth torque, reliability, safety |
| Industrial Automation | 200–600W | 18N20P, 24N22P | High power density, durability |
| Robotic Actuators | 50–150W | 9N12P, 12N14P | Precision control, compact size |
| Personal Mobility | 100–300W | 12N14P | Reliability, efficiency, smooth operation |
"24V brushless motors are the standard for modern robotics and industrial automation—delivering the power density, efficiency, and reliability that autonomous systems demand."
6-Step Engineering Selection Guide for 24V BLDC Stators
For procurement engineers and motor designers, selecting the optimal 24V brushless motor stator core requires systematic evaluation. Here is a practical 6-step framework:
- Define Application & Power Requirements – Identify your motor's intended use:
- AGV/AMR propulsion: 100–300W, efficiency-focused
- Delivery robots: 100–250W, precision control
- Industrial automation: 200–600W, durability-focused
- Select Stator Outer Diameter – Match motor size to power class:
- 20–35mm: Micro 24V motors (50–100W)
- 35–60mm: Standard robotics (100–300W)
- 60–85mm: High-power 24V motors (300–600W)
- Choose Slot/Pole Configuration – Match to motor characteristics:
- 9N12P: High RPM, compact—micro 24V applications
- 12N14P: Near-perfect winding factor (0.933)—most 24V applications
- 18N20P, 24N22P: High torque density—heavy-duty 24V applications
- Choose Lamination Thickness – Thinner laminations reduce core loss:
- 0.15mm: Premium efficiency, high-frequency operation
- 0.20mm: Optimal balance—most 24V applications
- 0.35mm: Industrial motors, cost-effective
ⓘ "0.20mm laminations reduce core loss by approximately 30% compared to 0.35mm at 400Hz—critical for 24V motor efficiency."
- Specify Insulation & Coating – Critical for 24V motor reliability:
- Epoxy powder coating (30–60µm, Class H 180°C)
- Dielectric strength > 2000V for reliable insulation
- Corrosion resistance for industrial environments
- Choose a Specialist 24V Stator Supplier – Evaluate 24V motor expertise:
- Experience with 24V brushless motor stator design
- Ultra-thin lamination capability (0.15–0.20mm)
- Precision stamping: burr < 0.03mm, concentricity ±0.01mm
- Epoxy coating capability for 24V motor environments
- Material certificates and third-party test reports
- Proven track record with robotics and industrial motor manufacturers
- Engineering support for 24V motor optimization
FAQ: 24V Brushless Motor Technical Questions
A 24V brushless motor operates on a 24-volt DC power supply, widely adopted in robotics, AGVs, and industrial automation . Typical specifications include: power ratings from 50W to 600W+ , speeds of 2,000–4,000 RPM , torque outputs of 0.6Nm to 2.5Nm+ , and efficiency up to 90% with optimized design . The 24V standard offers an optimal balance of safety, efficiency, and power capability for battery-powered systems.
For 24V brushless motors, the optimal stator lamination features: 0.20mm (or 0.15mm for premium) silicon steel, 12N14P or 18N20P slot/pole configurations, burr height < 0.03mm, epoxy coating (30–60µm, Class H 180°C) with >2000V dielectric strength, and stacking factor ≥ 98.2% . The 12N14P configuration is most common for 24V robotics applications due to its near-perfect winding factor of 0.933 .
24V brushless motors are used in: AGVs and AMRs (automated guided vehicles and autonomous mobile robots) , delivery robots , electric wheelchairs , industrial automation equipment , robotic actuators , and personal mobility devices . The 24V standard is preferred for these applications due to its safety, efficiency, and compatibility with standard industrial power systems.
Epoxy powder coating provides three critical functions for 24V brushless motor stators: (1) electrical insulation between laminations to minimize eddy currents and prevent interlaminar shorts, (2) thermal durability up to 180°C (Class H) to withstand heat during operation, and (3) corrosion resistance for industrial environments . The coating thickness (30–60µm) is optimized with dielectric strength exceeding 2000V .
24V brushless motors cover a broad range of performance specifications. Typical torque outputs range from 0.6Nm to 2.5Nm+, with peak torque capabilities for demanding applications . Speeds typically range from 2,000 to 4,000 RPM, with some applications up to 10,000+ RPM . Power ratings span 50W to 600W+, depending on motor size and application requirements .
Yes. Reenives supports full customization of 24V brushless motor stators including: stator outer diameter (20–85mm), lamination thickness (0.15–0.35mm), slot/pole configurations (9N12P, 12N14P, 18N20P, 24N22P, custom), stacking height, material grade (35PN210, 35PN250, 50A470), and epoxy coating specifications . Private mould development is available for high-volume OEM projects with exclusive design rights.
Why Reenives – 24V Brushless Motor Stator Core Supplier
Reenives has earned its reputation as a specialist 24V Brushless Motor Stator Core Supplier by combining advanced manufacturing technology with deep expertise in robotics and industrial motor design .
Our Advantages — 24V Stator Specialists
- ✅ 24V Optimized Designs: Stator cores engineered for 24V operation—maximizing efficiency and power density
- ✅ Ultra-Thin Silicon Steel: 0.15–0.20mm laminations reduce core loss by up to 30%—critical for 24V motor efficiency
- ✅ Precision Progressive Stamping: Burr height < 0.03mm, concentricity ±0.01mm, stacking factor ≥ 98.2%
- ✅ Wide Configuration Range: 9N12P, 12N14P, 18N20P, 24N22P—any 24V motor application
- ✅ Robotics & Industrial Focus: Optimized for AGVs, AMRs, delivery robots, and industrial automation
- ✅ Advanced Epoxy Coating: 30–60µm, Class H 180°C, dielectric > 2000V
- ✅ Full Customization: Private mould development, tailored configurations, and custom stack heights
- ✅ Trusted Quality Control: IEC 60404-2 testing, third-party verification, and material certificates
- ✅ Global Export Capability: Complete export qualifications with worldwide shipping to robotics and industrial manufacturers
- ✅ Proven Track Record: 4 years experience, 1,000+ enterprise clients, 100+ R&D patents
⚡ Our 24V promise: Stator cores that deliver reliable efficiency and power density for 24V brushless motor applications. Consistent quality that eliminates rework. Engineering support that optimizes your robotics or industrial motor design. That's why Reenives is the trusted 24V brushless motor stator core supplier.
⚡ Ready to power your 24V brushless motors with precision stator cores?
Contact Reenives today for engineering consultation, OEM samples, and competitive global pricing.
📱 WhatsApp: +86-13377741885
Dongguan Runlu Motor Technology Co., Ltd.
Reenives — Professional Drone Stator Core Manufacturer
Founded in 2022, Reenives has rapidly grown into a trusted 24V brushless motor stator core supplier for the worldwide robotics, AGV, industrial automation, and motor markets .
Independent R&D Technology · Imported stamping & epoxy powder coating production lines · Dust-free workshops · 4 years of manufacturing experience · Solved 24V stator challenges for 1,000+ enterprises worldwide—including leading robotics and industrial motor manufacturers .
From production to sales, we support bulk purchasing, private mould development, and sample making. We provide tailor-made solutions for your specific 24V motor production scenarios—with competitive global pricing, consistent quality, and reliable on-time delivery.
🌐 www.reenives-bldcmotor.com | 📧 linda_reenives@163.com | 📱 +86-13377741885
✈️ Global robotics and industrial manufacturers welcome — consult, visit the factory, or request free samples today!
Reenives — 24V Brushless Motor Stator Core Supplier
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