High-precision worm and helical gearboxes for spinning frames, power looms, dyeing machines, and processing equipment. Low-vibration, smooth operation essential for yarn quality. Power ratings 1–30 kW for India's textile industry.
Textile Industry
Anand Gears manufactures precision textile gearboxes engineered for mills where yarn quality, fabric surface finish, and production efficiency depend on smooth, vibration-free power transmission. India's textile industry employs millions and generates 5% of GDP; our gearboxes power spinning frames, power looms, twisting frames, and dyeing equipment across the nation. Vibration directly affects yarn diameter uniformity and fabric surface defects, making low-backlash gears and precision bearings essential. Our worm and helical gearboxes feature smooth tooth engagement, balanced shafts, and vibration-isolation mounting limiting transmission runout to <0.5 mm/s. Power ratings from 1 kW (small spindle drives) to 30 kW (large loom frames) accommodate micro-mills through to integrated complexes. Sealed housings protect against lint, water, and dye chemical exposure in wet-processing areas. Reversible designs support batch dyeing, material reeling, and jam clearing without loss of torque.
Technical Specifications
Standard power ratings for spinning, weaving, and processing equipment.
| Power (kW) | Type | Ratio Range | Output Speed | Application |
|---|---|---|---|---|
| 0.75–1.5 | Worm | 7.5:1–15:1 | 100–200 RPM | Small spindle units |
| 2.2–3 | Worm | 10:1–20:1 | 75–150 RPM | Spinning frames |
| 3–7.5 | Worm/Helical | 10:1–25:1 | 60–150 RPM | Power looms, dyers |
| 11–30 | Helical | 12:1–30:1 | 50–125 RPM | Large loom frames |
Textile Equipment
Comprehensive drive solutions for spinning, weaving, and fabric processing equipment.
Ring spindles (800–1200 RPM) driven by precision worm gearboxes (1.5–3 kW, 10:1–15:1). Smooth, vibration-free transmission critical for yarn diameter evenness. Sealed designs prevent cotton lint ingress. Precision spindle alignment maintains <0.02 mm runout.
Warp and weft mechanisms (100–200 RPM) with helical gearboxes (3–7.5 kW). Smooth engagement essential for consistent weave pattern. Reversible designs enable quick jam clearing without downtime. Dobby/jacquard mechanisms coupled via auxiliary gearboxes.
Batch vat agitation (50–100 RPM) with reversible worm gearboxes (3–7.5 kW). Reversible control enables forward dye circulation then reverse for uniform color uptake. Sealed housings withstand steam, heat, and chemical exposure in wet-processing zones.
Multi-ply yarn twisting at 300–600 RPM via compact helical gearboxes (1.5–5.5 kW). Tight speed control ensures consistent twist per inch (TPI). Sealed lubrication prevents fiber contamination. Reversible operation for twist direction changes.
Yarn winding (200–400 RPM) with low-backlash worm gearboxes (1–3 kW). Precise speed control ensures even bobbin winding without fiber tension variation. Sealed designs protect from atmospheric lint. Multiple spindle drives via shaft coupling.
Warp yarn size application and beam winding (100–150 RPM). Precise, smooth torque for consistent size adhesion. Sealed gearboxes prevent size paste and moisture damage. Custom ratios accommodate different yarn counts and beam widths.