Direct Email: vindex@vindexindustries.com|Phone/WhatsApp: +91 89805 05555
Location: Surendranagar, Gujarat, India
Home/Spindle Bolster Exporter in India

Textile Spindle & Bolster Exporter in India

Vindex Industries · Surendranagar, Gujarat

Vindex Industries is a spindle bolster exporter in India, manufacturing precision spindle bolster bearing units in Surendranagar, Gujarat. With 40+ years of engineering heritage and 1,500+ spindle and bolster variants, we supply spinning mills, machinery dealers and OEMs placing bulk export orders. Export packaging and documentation are handled in-house, so every shipment leaves our works ready for the port.

Spindle and bolster ranges for export enquiries

Our range covers HZ and HF-series spindle bolsters for ring spinning frames, heavy-duty bolsters for ring doubling and twisting, TFO spindle bolsters for two-for-one twisters, and woolen, worsted and jute spindle bolsters. Components are made for the machine models listed across this site, so a mill running mixed machinery can standardise its spares on Vindex. Share your machine makes and models so the team can confirm each match before quoting.

Engineered for high speed and low vibration

Every bolster is machined to close tolerances for smooth high-speed running.

Bulk export orders, handled simply

Send us the machine make and model, the bolster type or drawing, and the quantity you need. We confirm the exact configuration, quote against your target price, and schedule production. Mills and dealers regularly consolidate mixed bolster types into a single shipment, which keeps the freight cost per piece down.

Export-ready packing and dispatch

Bolsters ship in seaworthy VCI rust-preventative packaging built for long transit times, with direct air and ocean freight dispatch for minimum port delays. Every batch passes dual quality inspections — pre-assembly ultrasonic checks and post-assembly high-RPM spin verification.

Why mills source bolsters from Vindex

Forty-plus years of precision manufacturing, 1,500+ variants in production, and components proven on spindle rails that cannot stop. When a bolster fails mid-shift, the whole frame stops — our customers choose Vindex because our bolsters keep running, shift after shift.

Need help choosing?

Send us your machine make and model — we will match the correct Vindex component from our 1,500+ variants. Contact us or WhatsApp +91 89805 05555.

Spindle Bolster Exporter in India — Frequently Asked Questions

Does Vindex export spindle bolsters from India?

Yes. Vindex Industries manufactures precision spindle bolster bearing units in Surendranagar, Gujarat, and accepts export enquiries from spinning mills in international markets.

How many bolster variants are available for export?

More than 1,500 spindle and bolster variants are in production, covering HZ and HF-series bolsters for every bolster application a mill runs.

Is export packing and documentation handled in-house?

Yes. Export packaging and documentation are handled in-house, so every shipment leaves the works ready for the port.

Who buys Vindex bolsters internationally?

Spinning mills, machinery dealers and OEMs placing bulk export orders — dealing directly with the manufacturer.

Preparing a textile spindle export enquiry

Explore ring-spinning spindles, ring-doubling spindles and TFO spindle bolsters. For Murata or Muratec assemblies, use the model selection page. Send each part reference, quantity and destination together.

An export request should identify the product before freight is considered. Select the ring-spinning, doubling, TFO or winding range and provide the existing spindle or bolster marking. For a mixed order, list each assembly reference and quantity separately so that similar names do not hide different configurations.

Include the destination, required packing information and any buyer documentation requirements with the technical details. Photographs and a dimensioned drawing are useful where the marking is unclear. Review the product-specific pages for selection information; a country page alone does not define the spindle specification.