As one of the leading Spline Rolling Machine Manufacturers in India, we specialize in delivering high-precision machines for modern industrial applications. The machines we manufacture are built to roll splines with precision, consistency, and durability. The latest developments in metal forming technology, stringent quality control regulations, and customized tooling guarantee that all of our spline components created by our dedicated team will pass or exceed all of the requirements established by ISO Standards, which are used worldwide. Our Spline Component Manufacturer clients include Automotive, Aerospace, Heavy Equipment Manufacturers, and Others.
As trusted Spline Rolling Machine Suppliers in India, we provide ready-to-deploy machines suitable for a variety of materials, shaft diameters, and industrial applications. Our machines accommodate everything from small-batch production to high-volume manufacturing. When considering budgets, industries often compare the spline rolling machine price in india. We ensure transparent pricing with options for hydraulic, mechanical, and CNC machines — all backed by full technical support.
As a proficient Spline Rolling Machine Dealer in India, we guide clients during the purchase and installation process to make it easy and less complex to acquire a machine. We are here to help you throughout the long-term support stage of owning a machine. Clients searching for spline rolling machine near me benefit from our local presence and service network, including on-site inspections, operator training, and maintenance guidance.
Serving as reliable Spline Rolling Machine Exporters in India, we deliver machines globally that meet the highest international standards. Our machines are suitable for producing complex spline profiles, internal/external splines, and custom shaft features. For many global clients, the best spline rolling machine is defined by precision, durability, and long-term operational efficiency, all of which we prioritize.
Spline Rolling, a cold forming technique, is when hardened dies or racks are used to deform a cylindrical workpiece by placing it between centres to create splines (ridged teeth) on the outside of the cylindrical part. Instead of cutting or material removal, spline rolling displaces material, which results in stronger, work‑hardened surfaces and excellent structural integrity.
Modern spline rolling machines — especially CNC‑controlled ones — press symmetrical dies onto the shaft. The dies rotate and gradually imprint the desired spline profile as the shaft rotates between centers. This ensures consistent geometry, exact tolerances, and smooth surface finish.
Because of these benefits, spline rolling is the preferred method of producing shafts, gear components, transmission parts, and axles by the automotive, gear manufacturing, power transmission, heavy machinery, and aerospace industries.
Rolling machines vary by design, driving mechanism, and control type — each suited for different industrial requirements.
The following are the main types of spline rolling machines used in modern manufacturing today.
Mechanical and hydraulic spline rolling machines, as their name implies, are constructed using mechanical or hydraulic systems to press dies onto shafts. They are cost‑effective, robust, and suitable for small to medium batch production or workshops where advanced CNC control is not necessary. Many foundries and small manufacturers use hydraulic spline rolling for steel or alloy shafts with moderate precision needs.
For highest precision, repeatability, and complex spline geometries (internal/external, helical, serrations, threads, etc.), CNC spline rolling machines are the go-to choice.Spline rolling machines can be designed for different spline modules, shaft diameters, and materials using programmable controls, which reduce error and simplify tooling changeover times, and increase production volume consistency by automating the manufacturing process.
Depending on the application, machines may be configured for external splines, internal splines (inside hollow shafts), or even special forms like serrations, gear teeth, or oil‑grooves. Some machines use circular dies suitable for long shafts or repeated spline sections; others use rack‑die systems for shorter components or simpler profiles. This versatility makes spline rolling suitable across many mechanical and automotive components.
Modern spline rolling machines also allow for several dies to be mounted simultaneously, enabling the production of a single part with multiple combined features (e.g., splines, threads, and serrations) in one operation cycle. This allows for the production of motor shafts, gear assemblies, and other types of components with many features, improving process efficiency and reducing the overall time to produce parts.
In the automotive industry, shafts with properly sized splines are essential for the operation of automatic transmissions, drive shafts, power steering columns, and other transmission systems. By using a spline rolling machine to manufacture these shafts with high precision, manufacturers are able to create shafts that can transmit high levels of torque with minimal play, resulting in an incredibly smooth operating experience and a long life for the shaft being produced. Manufacturers prefer to use rolling rather than cutting or broaching to manufacture splines because rolled splines are stronger than cut or broached splines and have superior fatigue resistance.
For heavy-duty applications, such as pumps, compressors, and industrial gearboxes, spline-rolled components have great reliability for strength and durability. In addition, cold-forming the spline mechanically constrains the material to withstand high loads and dynamic mechanical loads from cyclic torque, making rolled splines extremely well-suited for all heavy-duty applications found in the industrial marketplace.
The finish of the Spline rolled to a higher level than required results in an excellent surface finish, precise dimensional accuracy, and consistent properties of the material used to manufacture Spline components. These characteristics make Spline rolling an excellent choice for manufacturing Aerospace, Defense, and Other Specialty Machinery Spline Component Manufacturers that require exceptional reliability, consistent performance, and high levels of strength and rigidity. To ensure your machine can produce Spline parts, be sure to check that you know the component's dimensions, its diameter tolerance specifications, and what the raw material (i.e., Carbon Steel, Alloy Steel, Aluminum...) should be for the Spline rolling machine you have installed on your floor.
Original Equipment Manufacturers (OEMs) and aftermarket manufacturers frequently have high-volume requirements for producing spline shafts, gears, and transmission components consistently over time. Spline rolling machines that incorporate CNC technology or multiple dies are very effective for these purposes as they allow for rapid processing rates (throughput), require very little rework, and produce a consistent product.
Check the material and its diameter and/or tolerance prior to using the spline rolling machine. The spline rolling machine will need to be capable of handling both the diameter range and the hardness of the material(s) being rolled, such as carbon steel, alloy steel, aluminum, etc.
If you need standard involute splines, a hydraulic/mechanical roller might suffice. But for complex geometries — internal splines, serrations, threads, multi‑features — a CNC or multi‑die spline rolling machine is preferable.
For small batch runs or prototypes, a simpler style rolling machine may be sufficient. However, for high-volume/high-consistency requirements (i.e. industrial or automotive), select a rolling machine that incorporates CNC technology or automation with rapid die-changing capabilities, and provides high repeatability,
For applications where surface finish, fatigue strength, and tight tolerance matter (e.g., aerospace, transmission shafts), choose machines capable of high precision — with precise die alignment, backlash‑free drives, and proper calibration tools.
Machines that support interchangeable dies, allow quick tooling changes, and offer spare parts + maintenance support give a long-term advantage. Also, evaluate after-sales service when buying from suppliers or dealers.
Yes, HTMT machines create clean, accurate splines. Their strong rollers and stable design keep every spline perfect and error-free.
Yes, HTMT Spline Machines produce accurate splines used in automotive, engineering, and industrial components with consistent quality.
Yes, these machines are strong and built for continuous operation. They work for long hours without reducing accuracy or overheating.