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About Us - Shree Components

Engineering Excellence, Driving Power.

At Shree Components, we specialize in manufacturing high-quality tractor alternator shafts with over 12 years of proven experience in the industry. Known as one of the top shaft suppliers in Satara district and premier MIDC Satara shaft manufacturers, we have been dedicated to delivering precision engineered components since our inception. While we are trusted for supplying tractor alternator shafts, our capabilities go far beyond. As leading precision ground shaft manufacturers in Satara, we operate one of the best CNC turning centers in Satara, fabricating customized shafts for diverse industries including agriculture, automotive, industrial, and power generation.

Financial Integrity: A zero debt company with the capital strength to back large scale projects.
Proven Expertise: 12 years of hands on experience powered by a highly skilled professional team.
Single Source Efficiency: We act as a dedicated, sole point partner for industry leaders, streamlining their entire supply chain.
National Reach: Robust service capabilities across all regions of India.

With a strong commitment to quality, innovation, and customer satisfaction, we operate advanced steel shaft fabrication workshops in Satara. By combining high-speed CNC turning machines with cylindrical micro-grinding metrology, we ensure every shaft we produce meets strict international standards. Our products are trusted by Endusers, OEMs, and Distributors across India for their durability, strength, and seamless compatibility.

At Shree Components, we don’t just manufacture parts we build trust, reliability, and power that drive the backbone of agriculture.

Business Model

Manufacturing all types of Alternators Shafts.

12+ Year Of Expertise

Call Us

+91 7709006261

+91 8788729091

Custom industrial alternator rotor shafts
Shree Components business growth and market reach in India

Industries We Serve

Precision Engineering Across Diverse Sectors

With our 12+ years of manufacturing expertise and tight micron-level tolerances, we supply high-performance shafts for leading global industries.

Agriculture

Tractor PTO shafts, alternator shafts, harvester drive shafts

Power Generation

Hydroelectric & wind turbine shafts, diesel generator rotor shafts

Automotive

Alternator shafts, transmission shafts, gearbox components

Industrial Motors

AC/DC motor shafts, blower motor shafts, pump shafts

HVAC & Refrigeration

Compressor shafts, ventilation fan shafts

Textile Machinery

Spinning machine shafts, weaving loom drive components

Material Handling

Conveyor rollers and drive shafts, crane hoist shafts

Construction

Earth-moving equipment shafts, drill rig components

Aerospace & Defense

Starter-generator shafts, custom high-precision actuators

Marine

Propulsion shafts, onboard generator drive shafts

Machine Inventory & Capacity

Sr. No. Machine Name Numbers Production Capacity/day Total Capacity/day
1 Bar Cutting Machine 2 1000 2000
2 Hexbroching Machine 1 1000 1000
3 Center Facing Machine 2 1000 2000
4 CNC Turning Machine 2 1000 2000
5 Thread Rolling Machine 2 1000 2000
6 Key Way Milling Machine 2 1000 2000
7 Grinding Machines 4 2000 8000

Live Workshop

Our High-Precision Manufacturing Process

Watch our state-of-the-art machines in action, fabricating shafts with micron-level tolerances. Preloaded on-demand for maximum page performance.

1. Bar Cutting Machine

High-speed raw material sizing, preparing bars for precision machining. Capacity: 1,000 cuts/day.

2. Centering & Facing

Ensuring perfect axial alignment by precision facing and centering both ends. Capacity: 1,000/day.

3. CNC Turning (Process 1)

Computer-controlled diameter turning for precise rotor fits. Capacity: 1,000/day across 2 centers.

4. CNC Turning (Process 2)

Secondary turning operation for splined profiles and shoulders under micron control.

5. Hex Broaching

High-force broaching of internal profiles and key configurations. Capacity: 1,000/day.

6. Keyway Milling

Precision slotting for drive keys, enabling torque transfer. Capacity: 1,000 slots/day.

7. Thread Rolling

High-durability thread fabrication via metal displacement for alternator nuts.

8. Knurling Operation

Surface knurling pattern generation for enhanced mechanical grip and fitment stability.

9. Cylindrical Grinding (Process 1)

Micro-grinding the bearing journal to achieve strict 5-micron tolerance limits.

10. Cylindrical Grinding (Process 2)

Precision grinding of shaft body sections to reduce dynamic vibration runout.

11. Cylindrical Grinding (Process 3)

Final finish grinding operation ensuring a mirror surface roughness (Ra) profile.

FAQs

Frequently Asked Questions

We specialize in high-quality alternator shafts. While we are well-known for tractor alternator shafts, we also manufacture shafts for automobiles, generators, and industrial alternators.

Along with standard OEM models, we also manufacture customized shafts as per customer requirements, ensuring perfect fit and performance.

Shree Components specializes in manufacturing all types of high-quality shafts for various industrial applications. Currently, our state-of-the-art production facilities enable a monthly production capacity of 25,000 to 30,000 shafts, ensuring timely delivery and consistent quality for our clients.

Our shafts are produced using premium raw materials, precision machining, and strict quality checks, ensuring durability, accuracy, and long service life.

Yes, our shafts are designed to withstand heavy loads, continuous operations, and challenging environments, making them ideal for heavy duty tractors and industrial alternators.

We have been serving the industry for over 12 years, with proven expertise in manufacturing precision engineered alternator shafts.

Because we provide a perfect balance of experience, quality, customization, and reliability. Our shafts are not just components they are the driving force of performance and trust.

Shree Components is located at L-60, Additional MIDC, Satara, Maharashtra. This strategic industrial location offers easy connectivity, lower logistics costs, access to skilled labor and raw materials, and fast delivery to clients across Maharashtra and India.

Precision-ground shafts in electric motors are essential for reducing vibration, minimizing friction, and ensuring perfect alignment between the rotor and stator, which directly impacts the motor's lifespan and energy efficiency.

Tractor alternator shafts are engineered to withstand high-stress environments, including shock loads from PTO connections and exposure to harsh weather, requiring high-tensile alloy steel and specialized heat treatment.

For generator and alternator shafts, we typically recommend high-strength alloy steels like 4140 or 4340, which provide the optimal balance of fatigue resistance, hardness, and thermal stability under continuous operation.

For precision electric motor shafts, tolerances are typically controlled within -0.00 to +5.00 microns (equivalent to 0.005mm) to minimize bearing wear and dynamic eccentricity.

Heavy-duty tractor shafts require high-tensile alloy steels like AISI 4140, 4340, or EN19, EN24 carbon steels to provide maximum fatigue and torsion resistance under agricultural load conditions.

Shaft vibration in generator rotors is prevented by maintaining strict tolerances (+/- 5 microns), cylindrical micro-grinding (achieving Ra 0.2 surface finish), and performing dynamic balancing of the core assembly.

Induction hardening heat-treats the outer layer of the steel shaft to a hardness of 50-60 HRC to maximize resistance to surface wear and friction, while keeping the inner core ductile to absorb torque.

Precise shaft alignment prevents radial coupling strains, reduces bearing friction, minimizes core heat dissipation, and prevents premature mechanical breakdown, saving energy and extending motor lifespan.

High-speed applications demand materials with thermal stability and fatigue strength. We select tempered medium carbon steels like EN8, EN9 or chromium-molybdenum alloy steels to counter centrifugal stresses.

Agricultural shafts are manufactured according to standard international spline profiles, including DIN, ANSI, and ISO standards, ensuring modular interchangeability for tractor PTO gears.

Alternator shaft failure is typically caused by dimensional runout (causing radial vibration), incorrect core tempering (leading to fatigue cracks), or continuous overload stress from misaligned belts.

CNC turning centers guarantee repeating accuracy across bulk B2B production lines (30,000+ units monthly), enabling micro-level dimensional consistency that manual turning cannot achieve.

Essential quality checks include dimensional metrology inspection, surface roughness (Ra) profiling, thread gauge checking, runout and concentricity validation, and non-destructive hardness testing.

Get in Touch

Address

L-60, Additional MIDC, Satara, Maharashtra, India - 415001

Mail Us

shreecomponents9@gmail.com

Mobile Number

+91 7709006261

+91 8788729091

Request a Callback / Quote