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FA588 Eight-Head Cotton Combing Machine

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Combing Machine Model :FA588

main feature :

The FA588 uses eight combing heads with one sliver delivery and a head distance of 470 mm.
The machine accepts a 300 mm feed lap with a diameter below 600 mm and a lap count of 60–80 ktex.
The listed fiber length range is 20–50 mm, while the noil setting covers 8%–25%.
Feed length options are 4.3, 4.7, 5.2 and 5.9 mm per nip, with 5.2 mm listed as the normal setting.
Three-over-three drafting uses pneumatic loading, pre-draft ratios of 1.14, 1.36 or 1.5, and a total draft range of 9–19.3.
The combed sliver count is 3–6 ktex, and material is delivered into one Ø600 × 1200 mm can.
Central suction, 0.6–0.8 MPa compressed air and a 3000 m³/h exhaust-air figure are listed for mill planning.

FA588 Eight-Head Cotton Combing Machine
20250515-165428

Main technical parameters

Head8
Number of Delivery1
Head Distance470 mm
Speed60, 280, 300, 320 nips according to different process
Bobbin Size200x300 mm (inner 180 mm, out $200x300 mm)
Feed LapWidth:300mm; dia: less then 600 mm
Lap Count60-80 ktex,
Fiber Length20-50 mm
Noil8-25%
Feed Length Per Nipper4.3/4.7/5.2/5.9 (standard: 5.2)
Drafting Type3 over 3 or latest curve drafting, pneumatic load
Draft RatioPre-draft:1.14; 1.36; 1.5; total draft: 9-19.3
Draft GaugeMain draft: 41-54
Coiling StyleSingle can sing coiling
Sliver Can Size$600x1200 mm (with caster)
Comber SliverCount 3-6 ktex
Suction StyleCentral suction
Compressed AirPressure: 6-8x105 pa Or 0.6-0.8 mpa
Capacity1.5 m3/h
Exhaust Air Volume3000 m3/h
Suction Pressure250 pa
Source of Electricity380 v+10%; 50 Hz
Auto CounterMeter & 4 shift
Motor PowerInverter motor 3.5 kw-4.7 kw; brush motor 11.3 kw (approx)
Suction Motor1.5 kw, if the suction style is group suction,
Top Comb Graf26 N/CM
Coiler Trumpet3.4, 3.7, 4.1
Change Gear & PulleyComplement
Top Roller CotsBecker
Overall Size7145×2145×1700 mm (approx)
U%<3.5%,
Neps<50
Machine Weight5000 kgs (approx)



FAQ

Q1: What material can the FA588 cotton comber process?

A1: The published fiber length range is 20–50 mm. The machine processes prepared cotton laps and removes a controlled share of short fibers, neps and impurities before delivering combed sliver for the next drawing stage.

Q2: What feed lap and noil settings are available?

A2: The FA588 accepts a 300 mm feed lap with a diameter below 600 mm and a lap count of 60–80 ktex. The listed noil range is 8%–25%. The final setting depends on cotton staple length, lap evenness, fiber-yield target and required yarn count.

Q3: What details should a buyer provide for an FA588 proposal?

A3: Please provide cotton type, staple length, micronaire, feed lap count, lap diameter, required noil level, planned nip rate, daily output, sliver-can size and target yarn count. Middle East projects should also state local voltage, frequency, compressed-air data, exhaust connection, room temperature, humidity and mill dimensions.


Product Advantages
  1. 1.Eight-Head Combing Layout

Eight combing heads work with one sliver delivery at a head distance of 470 mm. The layout processes the feed lap into combed sliver while separating a set share of short fibers, neps and impurities.

  1. 2.Defined Feed Lap Range

The FA588 accepts a 300 mm lap with a diameter below 600 mm and a lap count of 60–80 ktex. Its listed fiber length range of 20–50 mm covers several cotton spinning plans.

  1. 3.Multiple Process Settings

Feed length can be set at 4.3, 4.7, 5.2 or 5.9 mm per nip, while the noil range is 8%–25%. These settings allow the mill to prepare the process around cotton length, lap data and yarn requirements.

  1. 4.Pneumatic Drafting and Coiling

The three-over-three drafting section uses pneumatic loading with pre-draft ratios of 1.14, 1.36 or 1.5 and a total draft range of 9–19.3. Finished sliver of 3–6 ktex is coiled into one Ø600 × 1200 mm can.

  1. 5.Utility Data for Mill Planning

The listed configuration uses central suction, compressed air at 0.6–0.8 MPa with a stated use of 1.5 m³/h, and an exhaust-air figure of 3000 m³/h. The published power source is 380 V at 50 Hz.



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