1x HDB 3000mm Galaxy Woollen Card:
modern woollen carding and spinning equipment suitable for carpet yarn counts 1.4Nm to 5Nm in production (Dec 2025)

Year 2002, 160 good ends, Bale feed, Hopper with Servolap, Breast & single-part scribbler, Peralta, 2-part Carder, 4-height triple, rub tape condenser with 160 good ends.

2x HDB Woollen Spinning Frames:
Year 2002 160 spindles, 600mm tube 140mm ring, 180mm pitch.

90Kw Main motor drive with variable speed drive
Crown top spindles
16 bobbins 10 ends each

The machines are in production
Ctrs required for shipment: 7 for Card, 2 for 2 ring spinning

MORE DETAILS:

Production of 3000mm card with 160 good ends based on figures below. Instantaneous production 248 kgs/hr.
For the frames – 160 spindles. Instantaneous production 102 kgs/hr.
Slubbing Weight – 54 yds/oz (574tex, 1.7nM)
Spinning draft – 15% (62 yds, 500tex, 2.0nM)
Delivery Speed of Card – 45m/min
Delivery Speed of Frames – 21.2m/min
Twist – 6tpi (236tpm)
Spindle speed 5000rpm

Bale feed conveyor – Pneumatic Conveyors 2002

Volumetric Hopper with chute delivery, Servolap weight control system

Scribbler section
3 feed rollers (wired)
1 licker-in ø500mm with 1 worker and stripper
Transfer ø350mm
Breast ø1270mm with 5 workers and strippers
Transfer ø700mm
Swift ø1500mm with 5 workers and strippers and fancy
Doffer ø1270 mm
High Speed comb with motor
Peralta (2002)
Broadband feed

Carder section
3 feed rollers
1 licker- in ø500mm with 1 worker and stripper
Transfer ø320mm
First-part carder Swift ø1500 with 5 workers and strippers and 1 fancy
Doffer ø1270mm
Transfer roller ø500mm
Second-part carder Swift ø1500mm with 5 workers and strippers and 1 fancy
Doffer ø1270mm
High Speed Comb with motor

Tape condenser
Four-Height Triple Rub Tape condenser arranged with 160 good ends (2002)
Oil system
Tandem Creel with 16 off bobbins 10 ends each = 160 good ends (bobbin 1500mm long) DAS303482
2 waste end fans
Safety guarding
Doffing access platform

Electrical controls

Traverse rail for Vacuum fettling to 3 doffers (excluding pump)

NOTE: Gilbos winder shown in videos/pictures is SOLD.

a modern Stainless steel 5 bowl scouring line 2000mm wide 2300Kg capacity per hour manufactured by Andar New Zealand in 1990.

The machine is in continuous operation

ESTIMATE NO OF CONTAINERS FOR HOPPER, SCOUR, DRIER and walkway 16 to 20 off 40ft containers (some may require to be open top)

The 2300Kg per hour greasy wool input line is in continuous production daily until summer 2026 (when it will be replaced by a new 2500mm Scouring line)
ANDAR HOPPER 2000mm wide Year 1991
ANDAR WOOL SCOUR 5 BOWLS 2000mm wide Year 1991
ANDAR WOOL LATTICE DRYER 2400mm wide Year 1991
Details: 2000mm Andar Hopper 2000mm Wool scouring Weigh Belt Feed
Bowl 1 (18m3) Squeeze Roller 1
Bowl 2 (15m3) Squeeze Roller 2
Bowl 3 (15m3) Squeeze Roller 3
Bowl 4 (18m3) Squeeze Roller 4
Bowl 5 (15m3) Squeeze Roller 5
Andar Electrical Control Panel Triple crank rake mechanism Individual Gas red heating for each bowl Heavy solid dirt discharge valves

Drier: Andar Lattice Wool Dryer 2400mm 10 Gas burners, lattice conveyor

Exclusions not included: grease centrifuges, effluent treatment, water recycling are not included in the sale.

A full service of dismantling and loading of machinery and export services are provided
1. Power Requirements
Hopper , Hopper pin sheet 4kw, Motor 1.5 kw , Motor 0.75kw
BOWLS x 5 , 4kw squeeze press , 1.5 kw rakes , 1.1 kw other rakes , .55 sheets
circulating pump 4kw x 5
Dryer , 8 fans 15kw , 2 fans 18.5kw
Drum drive – 2 x 1.5kw
Blower motor 4kw x5
2. Labour Requirements, 4 workers total , 2 pickers , Scourer , Feeder
3. Dryer Output / Packing Machine, 1800kg / 2000kg Wool dependant
4. Water Input Wool dependant
5 litres per kilo.
5. Water Output / Waste Water Treatment, 3 to 4 litres per kilo.
None – “”mill retaining all water treatment””
6. Area Required for complete set up (60m long – 6m wide approx)

Quantity: 1, Year: 1990, 4 Bath , for 150-200 kg clean wool per hour.
Needs some repairs. Could recieve technical support for fixing the machine., 1 Wool loader + 4 bowls at 1m width., Bowl 1 has a 6,3m lengh, Bowl 2, 3 and 4 have a 5,2m lenght

Quantity: 1, Year: 1990, Type OE 147B for a wash wool with 6 througs and 8 drums dryer
capacity of the machine is 1300 kg per hour unwashed/greasy/ wool.
The working width of the troughs is 180 cm. The depth of the troughs to the horizontal lattice bottoms / paper traps / is 60 cm
Line complete and stopped

Quantity: 2, Year: 1996, Type CBP5114, 200 Spindles, Ring 90mm, Pitch 120mm, Tube 400mm, Including new inverter drives, spindle tops and air pipes.

Year: 2018
Mainly used for washing combed and carded wool that has not been spun.
Set contents:
2x AG-34 loose fiber feeder.
1x AB8B double drum loosener.
2x BY5A-4 washing vats.
3x BY5A-3 washing vats.
5x EH9B wringer.
5x BU16 settling tank.
1x EB10A drum and flat screen station dryer.
1x Water recovery Installation.

Description of the pneumatic system

Equipped with a compressed air system, it is necessary to exert pressure on the squeezing shafts via pneumatic cylinders mounted on the EH9B squeezers.
The working air pressure during operation of the set should be between 7 and 10 atmospheres.
Each control cabinet used to control the wringers is equipped with an air pressure reduction valve, which can be used to adjust the pressure of the wringing shafts.
The user may use their own air compressors, provided that they supply a sufficient amount of air at a pressure of 7-10 atmospheres.
Description of electrical equipment
Control cabinets for powering and controlling electrical and pneumatic devices of individual machine groups included in the BS2A set
The supply voltage of the control cabinets is 230/380 V 50 Hz alternating current
Technical characteristics of the nominal set

The capacity of the BS2A washing set is between 300 and 600 kg/hour of washed wool with a moisture content of 15%.

For uniform wool with fleece edges containing up to 3% plant impurities and a minimum yield of 60% washed wool in relation to raw wool, and for the thickness specified in the standard, the following capacities can be achieved:

350: 400 kg/hour for wool with a thickness of 60/64 S and thinner

up to 500 kg/hour for wool with a thickness of 60 S and thicker
For mixed thin, medium, semi-thick, and thick wool, the yield ranges from 300 to 600 kg/hour, depending on the degree of matting and sanding.

Before washing, wool requires an additional process of loosening and scutching on a machine that is not included in the BS2A set.
During the wool washing process, mineral and grease contaminants are removed, while plant contaminants cannot be removed.
The above capacities are understood as net machine hours, i.e. without any auxiliary, technological, organizational, etc. downtime.
Water consumption according to industry standards is 15 kg / 1 kg of washed wool.
Steam consumption is approximately 1000 kg / hour.
Compressed air pressure from 7 to 10 atmospheres.
Working width of washing vats 1800 mm.
Installed power according to the attached electrical documentation.
Amount of water needed to fill BY5A washing vats and BU16 tubs once – 42 m³.

Dimensions:
length – 57600 mm
width – 4400 mm
height – 4400 mm
washing vats
BY5A vats are divided into BY5A-3 vats (4 pcs) and BY5A-4 vats (2 pcs) (drawings)

The difference lies in the number of segments that each of the above-mentioned vats consists of. The BY5A washing vat is of the harrow type, which means that the wool in the vat is moved by means of a large harrow and a small harrow, which picks the wool out of the vat and moves it to the lower roller of the wringer. The composition of the washing bath in the vat can be selected and adjusted using automatic detergent dispensers or manual valves installed on the detergent supply lines. The temperature of the washing bath in the vat can be maintained at the set level using manual valves that supply steam directly to the bath, or using thermostats that automatically regulate the supply of heating steam. Solid impurities that pass through the screens and settle at the bottom of each conical segment are removed by special drain valves that open automatically or manually.

The BY5A vat is equipped with a bath overflow device that can be used to regulate the bath level in the washing vat.
The washing bath in the vats circulates in a counter-current direction.
During washing, all vats should be supplied with water only in the fifth rinsing vat.
Each washing vat consists of segments welded from 5 mm thick $355 grade sheet metal, while the sixth vat is made of acid-resistant steel.
The sieves, combs, and drain trough are made of acid-resistant steel.
The wool throughput capacity of BY5A washing vats depends on the capacity of the entire BS2A washing set. For wool washed at 15% humidity, it ranges from 300 to 600 kg/hour.
AB8B double drum opening and scutching machine
Machine is primarily designed for loosening sweat wool in the BS2A washing set before the fibers enter the washing vats.
Machine can be used individually to loosen loose fibers, provided that they do not occur in the form of compacted flakes.

Technical data.

Working width 1600 mm.
Machine capacity approx. 1000 kg/hour.
Spiked drum rotation speed:
First drum 400 rpm.
Second drum 450 rpm.
EB10A drum and flat screen station dryer
EB 10A drum-screen dryer with a built-in feeder and a cross conveyor feeding washed wool – loose,
The feeder-dryer set is designed for drying wool after washing, after it has been loosened and spun, and is transported transversely to the feeder.
The dryer with feeder can be separated from the continuous system.
The average capacity of the dryer is 300 to 600 kg/h of dried wool.
The capacity depends on the initial moisture content of the wool, the efficiency of the heat exchangers, the speed of wool movement, and the method of water vapor removal.
Typically, the initial moisture content of the wool after washing is 85% and the final moisture content is 10-15%.

The dryer can also be used to dry other chemical fibers and cotton after bleaching and dyeing processes.

Heater specifications:
a) medium – steam
b) ref. temp./pressure [°C / bar] – 151/5
c) volume flow [M³/h] – 13600
d) mass flow [kg/h] – 36
e) power [KW/KJh] – 21.2/76390
f) inlet/outlet temp. [°C] – 151\ 151
g) permissible pressure [bar] – 10
h) max. temperature [°C] – 180
Overall dimensions of the dryer:
height 4087 mm
width 3450 mm
length 11095 mm

Installation of water recovery from washing machines for washing sheep’s wool, including chemical dosing devices and automatic tub control systems.
The water recovery system is divided into five functional blocks:
1 Bag filtration unit
2 Water treatment unit
3 Flotation unit
4 Filtration unit
5Process line installation
Detergent dosing unit.
The water recovery system operates at a capacity of 1.0 m3/h.

Water for technological purposes is prepared in the water treatment unit. The water undergoes filtration and ion exchange softening processes. The station supplies the washing line, filtration unit, and dosing unit.

The washing line operates in a cascade system. Fresh softened water feeds the last process tank VI (manual control). If this tank is used for the process of neutralizing lye with acetic acid, the water will be fed to tank V. The quality of the final rinse depends on the flow rate of the rinse water. Excess water from the last rinse is pumped to the previous tank. The rinse water from the first rinse replenishes the bath losses in the last washing tub. The bath from the last washing tub replenishes the bath losses in the previous tub.

The bath composition is replenished by a detergent preparation and dosing system. The detergents used are soap dissolved in a sodium hydroxide solution and SANVIROL W22. The soap is dissolved manually in a dosing tank. The solution is heated and mixed without a diaphragm using steam.

NOTE: Machines are in very good condition, 100 % complete and still running in production

Quantity: 1, Year: 1987,Comprising:, 5 weighing hopper feeders, Width 1.50 m, Belt 2 m
Original electronic weighing system, 1 Collector belt apron for 3 and 1 for 2 that joins together

Quantity: 3, Year: 1985, ww 1,40m, bale tipper , feeding conveyor 8m length, additional shut feeder on top for feeding, Additional components.

Quantity: 5, Year: 1987, ww 1,40m, With bale tipper, With electronic scale, upgraded, feeding onto a common conveyor belt.

Quantity: 1, Year: 1984, ww 1,50m, conveyor 8m length.

Quantity: 2, Year: 1994, 1 machine with headstock DX and 1 SX, 216 spindles each /1, single drive, single face, selfstiro, false-twist device with spiral needles, ring diam. 90 mm. tube H. 400 mm., magitex Blower. Machines are in running condition, fully complete , no missing or broken parts.

Machine Bigagli
Quantity: 1, Year: 1988, Number of Spindles : 176, Ring diameter : 127 mm, Tube 600 mm

Machines Bigagli
Quantity: 2, Year 1988, Number of spindles 98 each, Ring : 127 mm, Tube: 600 mm

Machines Gaudino
Quantity: 2, Year 1986, Type F2K/D, Number of spindles 132 each, Ring 127 mm, Tube 600 mm

Quantity: 1, Year: 1980 about, mod.FST , 196 spindles, ring dia.90 mm., tube 450 mm., 1 autodoffing.

Quantity: 1 , Year: 1996, mod. FB type BIELLA , 228 spindles, ring dia.90 mm., gauge 115 mm., tube 400 mm.

Quantity: 2, Year: 2001, Type FST/350 SELFSTIRO, 264 spindles, Ring 75 mm, Tubes de 350 mm.

Quantity: 3, Year: 1980 about, mod.FST, 204 spindles, Without autodoffing, tube 450 mm., ring dia.90 mm.

Quantity: 4 , Year: 2×1995-2×1996,Type CBY,each machine with 240 spindles, rings diameter 75 mm, Tubes 360 mm

1x HAG/ MOLINE Wool washing installation
1x Opener, width 1.5 m, Feeding apron
5x MOLINÉ vats, width 1m20
2x Vats length 7 m
3x Vats length 5 m
Stainless steel interior
1x MOLINE dryer, width 2 m
Electric control panel
Accessories + Spare parts
It is for washing dirty wool
Machine is stopped, still on factory floor
Brand is HAG and MOLINE
Interior vats are stainless steel
Cost for the dismantling and loading into containers = 28 000 EUR
Containers required: 3 x 40’ HC
Capacity: Between 320 & 500 kg depending on the quality of the wool.
Dimensions of wool washing installation:
Washing unit 31,50 x 1,80 m
Dryer 10,50 x 2 m
The washing line with the dryer needs about 90 kW approx.

Quantity: 2, Year: 1991, mod.FST/320 LAC, n.248 spindles each, n.1 mc/ DX – n.1 mc/ SX, Ring diam.70 mm, Gauge 90 mm, Tube height 350 mm, Spinning head, Automatic doffing, Automatic roving bobbins transport, No blower, Automatic doffing management electrical panel installed new in 2011.The machines are now working, they are 100% operational

Quantity: 2

Quantity: 1, Year: 2013 , 2.5 stage, Width : 3.5 m, Total length 19 m, Exit material: 40g/m, Speed : 300, Capacity 14 tons per day, Fiber : between 3-9 denier
NOTE: Machine is in warehouse, The capacity for synthetic is about 8-9 tons/day , approx for 5 denier staples, pictures before dismantling and present condition are on the link.

Quantity: 1, Year: 1980 about, 196 spindles, Ring dia.90 mm., tube 450 mm., 1 autodoffing.

Quantity: 2, Year: 1991, 75 Ring Diameter, 280 Spindle, Machines in production until May.

Year: 2001
1x Opener
1x Feeding unit with transport to first pool
1x Three scouring pools with transport between each, and squeezing machanism (two for scouring, third for washing out)
1x Feeding unit with transport (both feeding units have half combing sistem with dust and VM removal)
1x Triple dryer (both electric and steem powered)
Minimun working space for this line would be 45x4x4 meters (L/W/H). Line is functional at the moment. In the case of visit it can be seen working.
Working capacity is from 80-100 kg /h of scoured.

Quantity: 1, Year: 1980, Fleisner SS 1400mm, Balance feed, 6 bowls, Drying room 8 drums, Larroche beater 3 T, Fiber oiling, Lanoline plant first Garap, 16m 3 Finiseur Alfa Laval, Balance tank SS 2000lt, Modernized software electricity in 2005, Production 1000/1100 kg/ hour.

Quantity: 1, Year 1973, Width 1400 mm. teeth 1250 mm., With feeder width 1400mm x belt length 3.500 mm.

‎1x Ramella Woollen Carding 2500mm width, 88 stripes, 15mm width. Year: 1987
‎1x Gaudino Ring Spinning Machines, Year: 2005 in good condition complete, 216 spindles‎. Ring Diam 90mm.
1x Schlafhorst Autoconer, Year: 1990