Wherever machinery relies on timed rotation or controlled torque, a spline shaft becomes the silent backbone. These shafts don’t just spin—they connect, align, grip, and transfer power with remarkable consistency. As a trusted Spline Shaft Manufacturer in Mumbai, Agni Enginnering designs spline shafts that keep equipment running in perfect synchrony, even in tough industrial routines.
From gearboxes and hydraulic systems to automotive drivelines and automation assemblies, spline shafts ensure that one component responds instantly when another rotates. That dependable, slip-free connection is what keeps modern machines predictable.
A spline shaft may appear to be a simple rod with grooves, but its performance depends on meticulous engineering. The tooth form, straightness, hardness, and surface consistency determine how well it can handle torque or repeated motion.
At Agni Enginnering, each spline shaft is shaped with attention to the fine details that matter in real-world machinery:
These elements come together to create a shaft that feels sure-footed inside any mechanism — one that engages securely and remains aligned through countless operating cycles.
Across India’s manufacturing and processing sectors, spline shafts are relied upon for more than simple coupling. They help maintain timing, absorb shock loads, and allow controlled axial movement where required. As a leading Spline Shaft Supplier in India, Agni Enginnering supports equipment builders who cannot compromise on accuracy.
Industries prefer our spline shafts because they offer:
Whether it’s part of a pump, a tractor drivetrain, or a CNC machine, a properly machined spline shaft becomes the anchor that keeps mechanical motion predictable.
Every sector challenges spline shafts differently. Some need quiet, high-speed rotation. Others need raw torque. Many demand both.
Our spline shafts find their place in:
In each setting, the shaft must maintain alignment and control — something our shafts achieve through disciplined machining and tested metallurgy.
Agni Enginnering is also recognised among reliable Spline Shaft Exporters from India, supplying precision shafts to global OEMs. Export batches undergo strict checks for straightness, tooth accuracy, hardness, and finish to ensure they meet international assembly standards.
Our export clients value:
This consistency helps maintain trouble-free integration in overseas gearboxes and machinery.
To suit different torque ranges and working environments, our spline shafts are available in:
Feature options include:
Unlike keyways that concentrate load at one point, spline shafts distribute torque across multiple teeth. This reduces stress, prevents slipping, and keeps alignment exact even when the load fluctuates. With controlled hardness and proper tooth form, spline shafts resist deformation — essential for hydraulic drives, axles, and heavy gearboxes.
Why Choose Agni Enginnering for Spline Shafts?
We use advanced manufacturing techniques and high-grade materials to ensure durability, accuracy, and long operational life of all our industrial gears.
From cement and steel plants to power transmission and heavy machinery, we offer customized gear solutions tailored to your industry’s exact needs.
Complete in-house production and rigorous quality testing guarantee consistency, performance, and quick turnaround times.
We deliver world-class products at factory-direct pricing — serving both domestic and international markets with on-time delivery and customer-first service.
Looking for reliable Spline Shaft solutions? Browse our related products to find the perfect fit for your industrial applications.
Yes. Involute splines naturally distribute torque more evenly, making them more durable for high-load applications.
Absolutely. We manufacture both fixed and sliding spline shafts used in telescopic and movable assemblies.
Steels like EN24, EN353, or 20MnCr5 with case hardening offer the best fatigue and wear resistance.
For applications involving high RPM or vibration sensitivity, ground splines significantly improve stability and smoothness.
