New Rotor Winding Equipment with Engine & Motor Core Components PLC Controlled Armature Winder
PLC-governed servo armature flyer winding unit with micro-tension continuous loop feed, ensuring micron-level coil tension uniformity and hook indexing.
Advanced Equipment Portfolio
Core Hairpin & Stator Manufacturing Machinery
Explore our high-precision production hardware engineered for high slot-fill ratios, zero-enamel-damage insertion, and rapid cycle times across automotive and industrial e-motor lines.
Automatic PLC Controlled BLDC Motor Rotor Magnet Inserting Machine
High-speed pneumatic-servo magnetic pole assembly workstation designed for radial rotor configurations with automated polarity and adhesive dispensing verification.
NIDE Automatic EV New Energy Motor Stator Production Line CE Certified 220V/380V
Complete CE-compliant flat-wire stator system incorporating 3D hairpin bending, paper slot insulation, linear insertion basket array, and CNC twisting crown stations.
Fully Automatic EV Hairpin Motor Stator Production Line for Flat Wire Motor
High-volume I-pin and U-pin stator line equipped with automated optical inspection (AOI) for crown twist alignment, 8-layer slot nested tooling, and laser welding.
Custom Precision Stainless Steel 608 Single Row Deep Groove Ball Bearing 608ZZ
Ultra-low vibration ABEC-5/P5 grade shielded 10mm ID bearing engineered for harsh e-powertrain high-RPM dynamics and high operational duty cycles.
Customized Copper Car Radiator Cooling Fan Motor Armature Hook Commutator
High-conductivity silver-copper alloy commutator designed for high thermal dissipation and automotive HVAC and engine cooling fan drives.
Automatic Double Ends Stator Coil Lacing Machine Induction Motor Manufacturing
Dual-station simultaneous end-turn binding workstation featuring programmable needle travel for industrial pump and HVAC induction stator assemblies.
24 Segments Hook Type DC Electric Motor Starter Armature Rotor Commutator
Precision-molded phenolic resin commutator built for high-torque starter motors, providing dielectric strength up to 2500V and minimal bar-to-bar profile deviation.
Deep Technical Engineering
Hairpin Insertion Mechanics & Electromagnetic Optimization
Transitioning from conventional random-wound round enameled wire to rectangular flat-copper hairpin winding delivers transformative electromagnetic efficiency, increasing the slot fill factor from under 48% to exceeding 72%.
Mastering Multi-Layer Insertion Challenges
In high-torque electric traction motors, hairpin technology reduces internal copper resistance, limits parasitic skin effect losses under high frequencies, and dramatically accelerates stator heat dissipation. However, simultaneous axial insertion of up to 48 or 72 hairpins per stator core introduces high mechanical friction and risk of enamel layer stripping.
Our CE-certified hairpin insertion machines incorporate synchronous servo thrust modulation coupled with high-precision tungsten carbide guides. By guiding each pin leg through an independent, optically confirmed trajectory, the system guarantees slot alignment within ±0.015mm tolerance.
- Multi-Axis Servo Insertion: Programmable velocity curves mitigate insertion peak forces and eliminate pin buckling.
- Zero-Scrape Basket Tooling: Mirror-polished and diamond-coated slot fingers eliminate micro-cracking in PAI and PEEK wire insulation.
- Crown Twist Calibration: High-precision mechanical die arrays execute dual-direction twisting with precise spring-back compensation algorithms.
Turnkey Technical Parameters
Core Stack Height: 30mm – 300mm (Customizable)
Stator Outer Diameter: Ø80mm – Ø350mm
Wire Dimensions: Conductor Width: 1.5–6.0mm | Height: 1.0–3.5mm
Layer Capability: 2, 4, 6, 8, and 10 layers
Insertion Tact Time: ≤ 18 – 35 sec/stator (Layer-dependent)
Control System: Siemens / Beckhoff Industrial PLC + Touch HMI
Malaysia Industry Applications
Localized Industrial Integration & Real-World Use Cases
Malaysia is rapidly emerging as the premier hub for e-mobility and advanced electrical component manufacturing in Southeast Asia. Our equipment addresses real production challenges across Malaysia's high-growth industrial clusters.
Tanjung Malim Automotive High-Tech Valley (AHTV)
Directly empowering national and joint-venture Tier-1 powertrain facilities transitioning to xEV and HEV architectures. Our flat-wire hairpin winding, paper insertion, and automatic core lacing lines provide scalable throughput, enabling Malaysian Tier-1 suppliers to meet domestic vehicle electrification quotas with high yield reliability.
Penang & Kulim Electrical & Electronics (E&E) Hub
Engineered for precision mechatronics, high-efficiency BLDC industrial drives, robotics servo motors, and cleanroom semiconductor air-handling units. Our compact automatic needle winding and rotor magnet insertion cells integrate smoothly into automated cleanroom environments throughout Bayan Lepas and Kulim Hi-Tech Park.
Selangor & Johor Commercial Logistics Hubs
Serving electric two-wheelers (E2W), light utility delivery vans, automated guided vehicles (AGVs), and material handling equipment. With local logistics fleets decarbonizing around Port Klang and Tanjung Pelepas, our adaptable outer-rotor wheel hub lines enable agile production across small to medium batch runs.
Regional Outlook & Market Growth
Malaysia Industrial Transformation & Policy Alignment
Strategic economic blueprints are fundamentally restructuring Malaysia's machinery demand toward higher automation, strict safety compliance, and energy-efficient motor assembly systems.
NIMP 2030 & Automation Capital Allowances
Under the New Industrial Master Plan (NIMP) 2030 and MIDA's Automation Capital Allowance (Automation CA), Malaysian enterprises adopting smart manufacturing receive strong tax incentives. Our hairpin insertion cells connect to factory MES platforms via OPC-UA/MQTT, meeting Malaysian Industry4WRD criteria for fiscal relief.
National Energy Transition Roadmap (NETR)
The NETR targets rapid commercial fleet decarbonization and local assembly of clean transportation drives. Hairpin motor architectures reduce vehicle power consumption by 8% to 14% compared to legacy round-wire designs, positioning our automated stator equipment as a critical enabler for local OEM certification.
CE & DOSH Regulatory Compliance
Malaysian plant operators and safety executives demand equipment meeting stringent international standards. Our systems are fully CE marked for Machinery Directive 2006/42/EC and Low Voltage Directive 2014/35/EU, facilitating swift registration and workplace compliance with Malaysia's Department of Occupational Safety and Health (DOSH).
Engineering Authority
Manufacturer Advantages: Why Global Tier-1 Suppliers Partner With Us
Combining complete vertical machinery fabrication with genuine motor component supply, delivering seamless project execution from concept to validation.
One-Stop Machinery & Parts Integration
Beyond building automation machines, we manufacture and supply critical matching motor components, including custom silver-copper commutators, 608ZZ precision deep groove bearings, carbon brushes, and insulation paper. This unified capability ensures our tooling, coil inserters, and fixtures match your raw materials perfectly from day one.
Rigorous Factory Acceptance Testing (FAT)
We believe in verifiable engineering. Before shipment, every machine runs full-scale trial tests using the buyer's proprietary laminations, copper hairpins, and wedges. We provide comprehensive run-off video verification, microscopic enamel wear evaluations, and HiPot/surge test reports, giving you complete confidence before equipment departs our facility.
13+ Years Machine Export & ASEAN Support
Backed by over 13 years of overseas automation exports across 50+ countries, we understand the technical, electrical, and logistics needs of Malaysian manufacturers. Our dedicated regional engineering specialists offer remote diagnostics, fast tooling changeover parts, and on-site commissioning across Klang Valley, Penang, and Johor.
Procurement Knowledge Base
Frequently Asked Questions by Malaysian Engineering Buyers
Clear, direct answers regarding grid compatibility, import tariffs, tooling life, and local after-sales support.
Are these hairpin insertion machines directly compatible with the Malaysian Tenaga Nasional Berhad (TNB) electrical supply?
Yes, absolutely. All machines delivered to Malaysian clients are configured at our factory for 415V, 3-Phase, 50Hz (or standard 240V single-phase where applicable), matching TNB industrial power specifications. Control circuits are grounded to international standards, utilizing CE-marked components that meet Suruhanjaya Tenaga (Energy Commission of Malaysia) requirements.
What CE directives apply to the equipment, and will it pass DOSH inspection in Malaysia?
Our equipment carries comprehensive CE declarations conforming to the EU Machinery Directive (2006/42/EC), Low Voltage Directive (2014/35/EU), and Electromagnetic Compatibility (EMC) Directive (2014/30/EU). Standard safety features include dual-channel safety door switches, Category 4 optical safety light curtains, and emergency stop interlocks, facilitating compliance with Malaysia's Department of Occupational Safety and Health (DOSH) and the Factories and Machinery Act (FMA).
How do we qualify our machinery purchase for MIDA Automation Capital Allowance (Automation CA)?
Our hairpin insertion machines and complete stator lines qualify as high-technology automated machinery under Malaysian Investment Development Authority (MIDA) guidelines. We supply detailed technical specifications, automated process flow diagrams, PLC software architecture documentation, and commercial invoices to support your 200% Automation Capital Allowance claim on qualifying capital expenditure.
How does the machine avoid damaging the delicate insulation coating on flat copper wire?
Protecting the enamel layer (such as PAI or PEEK) is essential to prevent partial discharge and stator short-circuits. Our hairpin machines employ mirrored tungsten carbide guides, precision servo-controlled feed velocities, and segmented basket fingers with polished radii. During Factory Acceptance Testing (FAT), we conduct pin-drop and surge tests to verify zero micro-abrasions along the wire edges.
What are the typical sea freight lead times and shipping options to Port Klang or Penang Port?
Standard fabrication for standalone insertion cells takes approximately 60 to 90 days depending on customization, while complete automated stator lines range from 120 to 180 days. Sea transit from Ningbo Port to Port Klang or Penang Port typically requires 8 to 12 days. We export under FOB, CFR, or CIF terms, packing equipment in treated, moisture-sealed seaworthy wooden cases that meet international ISPM-15 phytosanitary standards.
Can a single machine handle multiple stator models, stack heights, and layer counts?
Yes. Our insertion equipment features modular quick-change tooling. Changing between stator stack heights (e.g., 80mm to 160mm) is handled by selecting recipes via the touchscreen HMI with servo-adjusted height positioning. Transitioning between different slot counts or wire cross-sections is accomplished with modular insertion tooling baskets within 45 to 60 minutes.
What on-site commissioning and warranty services do you provide in Malaysia?
Every machine includes a standard 12-month mechanical and electrical warranty, backed by available extended coverage programs. We provide on-site technical support across Malaysia—including installation, mechanical alignment, and operator/maintenance training. Additionally, all machines feature encrypted remote IoT diagnostic modules, enabling our engineers to resolve PLC software issues within hours.
Modernize Your Stator Production With Proven Hairpin Automation
Send your stator core blueprints, lamination drawings, and targeted cycle times. Our engineering team will review your specifications and provide a detailed line layout, cycle-time simulation, and competitive turnkey proposal.
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