
Arihant Honing India Pvt. Ltd. manufactures honing and superfinishing machinery for industrial buyers that need more accurate bores, controlled surface finish, and stable finishing processes.
Supplier comparison should start with the workpiece: bore size, material, tolerance, finish target, tooling, fixturing, gaging, and long-term support all affect the final machine choice.
This page introduces Arihant Honing India and highlights the practical points to check before requesting a quotation.
Arihant Honing India Pvt. Ltd. operates from Maharashtra, India and presents itself as a manufacturer of honing and superfinishing machines. Its website lists machine categories for horizontal honing, vertical honing, tube honing, shaft finishing, through-feed finishing, bearing race finishing, plunge finishing, and spherical finishing.
The company connects its machinery to industries such as automotive, aerospace, defense, oil and gas, hydraulics, and medical equipment. For buyers, this gives Arihant a broader context than a single-machine supplier: the company’s public range covers multiple bore-finishing and surface-finishing routes.
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| Product Name | Features | Processing Range | Main Uses |
|---|---|---|---|
| ARIHANT HT Vertical Honing Machines | Vertical honing machines with customizable tooling, fixturing, abrasives, gaging, and loading methods | Bore range: ⌀6 to ⌀1200 mm Stroke length: Up to 1500 mm |
Large-bore, long-stroke, heavy workpiece, and custom fixture honing applications |
| HONE-TECH 100 HA NC | Horizontal honing machine range with automatic operation, PLC touch-screen controls, and saved setup parameters | Bore range: ⌀5 to ⌀100 mm Spindle speed: Up to 3000 RPM |
Small to medium bore finishing where repeat setup handling and operator control matter |

| Processing Range | Bore range: ⌀6 to ⌀1200 mm Stroke length: Up to 1500 mm |
|---|---|
| Machine Type | Vertical honing machine |
| Customization Areas | Tooling, fixturing, abrasives, gaging, and loading methods |
| Automatic Measurement Function | Confirm with ARIHANT |
| Loading Method | Configured according to customer requirements |
| Power Specifications | ARIHANT does not indicate this on the official product page |
ARIHANT HT Vertical Honing Machines work best as a starting point when the project involves larger bore diameters, deeper parts, heavier workpieces, or special clamping requirements. The published range covers bore diameters from ⌀6 to ⌀1200 mm and stroke lengths up to 1500 mm, giving buyers a broad screening range before moving into a detailed application review.
For these machines, the final match depends on more than bore diameter alone. Buyers should confirm the workpiece size, material, stock removal, surface finish target, tolerance requirement, fixture concept, honing tool, abrasive selection, gaging method, and loading approach before comparing quotations.

| Processing Range | Bore range: ⌀5 to ⌀100 mm Spindle speed: Up to 3000 RPM |
|---|---|
| Machine Type | Horizontal honing machine |
| Control Features | PLC touch-screen controls and saved setup parameters |
| NC Configuration | Confirm model-specific details with ARIHANT |
| Automatic Measurement Function | Confirm with ARIHANT |
| Power Specifications | Confirm with ARIHANT |
HONE-TECH 100 HA NC should be checked when the work involves repeat internal diameter finishing within the smaller to medium bore range. ARIHANT’s published HONE-TECH horizontal range covers bore diameters from ⌀5 to ⌀100 mm and spindle speeds up to 3000 RPM, making it relevant for buyers who need controlled bore finishing with automatic operation and repeat setup handling.
Before selecting this machine, buyers should ask ARIHANT to confirm the exact 100 HA NC configuration, stroke capacity, control specification, fixture design, tooling package, gaging method, expected cycle time, consumable requirements, and service support. These details have a direct impact on setup time, consistency, and long-term production cost.
Vertical and horizontal honing machines solve different handling and production problems. The right choice depends on the part, not on the machine category alone.
| Selection point | ARIHANT HT Vertical Honing Machines | HONE-TECH 100 HA NC Horizontal Honing Machine |
|---|---|---|
| Bore range to check | Published range: 6 mm - 1200 mm | Published range for HONE-TECH horizontal range: 5 mm - 100 mm |
| Stroke / part length | Published stroke length up to 1500 mm | Confirm model-specific stroke and part-length capacity |
| Workpiece handling | Useful to review when the workpiece is large, heavy, long, or fixture-sensitive | Useful to review when the workpiece fits a horizontal loading and clamping workflow |
| Production control | Confirm loading method, gaging, fixture design, and process monitoring for the specific application | Check PLC touch-screen controls, saved parameters, NC configuration, and repeat setup handling |
| RFQ priority | Bore size, stroke length, workpiece weight, fixture concept, gaging, and loading method | Bore size, bore length, tooling, control configuration, automation level, cycle time, and setup repeatability |
Do not choose between vertical and horizontal honing from bore diameter alone. A part with the correct bore size can still create problems if the fixture, loading method, stroke, or inspection route does not match the machine layout.
Arihant lists automotive, aerospace, defense, oil and gas, hydraulics, medical equipment, and other engineering fields as application areas for its honing and superfinishing equipment. The industry category helps with initial screening, but the actual workpiece determines whether a machine fits the job.
In automotive and hydraulic applications, bore geometry, sealing performance, roundness, straightness, and repeatability often shape the machine requirement. In aerospace, defense, oil and gas, and medical-related work, material behavior, inspection method, documentation needs, and process control may carry the same weight as the basic machine specification.
A stronger RFQ starts with the part, not the product category. Share the drawing, permitted part photos, current process issues, target finish, tolerance expectations, and expected production volume so Arihant can review the application against the machine, tooling, fixture, and gaging requirements.
Price comparison works only after the application details are clear. Honing machine selection depends on the full process package, including tooling, abrasives, fixtures, gaging, loading method, and support after installation.
For buyers outside Arihant’s local service area, support conditions deserve early attention. Confirm spare parts availability, remote troubleshooting, installation support, service response time, and consumable replacement routes before treating a machine as production-ready.
Arihant Honing India gives buyers a useful starting point for vertical and horizontal honing machine comparison, especially when the requirement involves bore finishing, custom tooling, fixturing, gaging, or production-oriented setup control.
Before sending an RFQ, compare Arihant with other honing machine suppliers by machine layout, bore range, stroke length, automation level, tooling package, fixture support, inspection method, installation support, spare parts, warranty, delivery time, and after-sales service.
| Company Name | Arihant Honing India Pvt. Ltd. |
|---|---|
| Head Office Location | Vasai East, Palghar District, Maharashtra, India |
| Listed Certification | ISO 9001:2015 Certified |
| Main field | Honing and superfinishing machinery |
| Contact | +91 77190 22200 Email Address: sameer@arihanthoning.com |
| Website | https://arihanthoning.com/ |
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Integrated management from design to assembly ensures consistent machining accuracy regardless of operator, minimizing material loss, accelerating ROI, and building the foundation for global trust.

This honing machine synchronizes stroke and stone expansion in 0.01 μm increments, enabling precision honing of holes as small as 3 mm in diameter and 80 mm deep, even in hard materials.
Automatic electronic control and made-to-order jigs reproduce the techniques of veteran operators.
These honing machines eliminate deviations in the manufacturing of precision components such as control valves while also reducing personnel costs.
| Bore Diameter |
⌀3~⌀100 |
|---|---|
| Workpiece Length |
130mm |
| Spindle Stroke Length |
Max. 300mm |
Gears / Connecting rods / Hydraulic valves, etc.

Machine height can be reduced through pit installation, reducing the footprint and using less volumetric space. It also makes it easy to mount and unmounts heavy objects such as engine blocks, reducing the operation workload.
They can even cut the large machining allowances unique to heavy industry in short amounts of time.
| Bore Diameter |
~⌀350 |
|---|---|
| Workpiece Length |
3,800mm |
| Spindle Stroke Length |
Not specified on official website |
Long pipes and tubes / Piston rods / Heavy workpieces / Exterior diameter processing, etc.

A graph showing the status of the hole being honed is displayed on-screen, in real time. This makes it easy to visually understand where the workpiece is and how it is warped, accelerating repair decisions.
These systems can store up to 100 processing settings at any time. They can also be backed up via USB, so even for small-lot, high-mix jobs, you can instantly reproduce the same processing as in previous jobs. They also shorten set-up times.
| Bore Diameter |
~⌀203 |
|---|---|
| Workpiece Length |
279mm |
| Spindle Stroke Length |
~225mm |
Engine blocks, etc.