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- YY-1521COMPUTERIZED SINGLE HEAD QUILTING MACHINEYY-1521COMPUTERIZED SINGLE HEAD QUILTING MACHINE QUANTITY: 1 Learn More
- P-4421 LAUNDRY SOAP PRODUCTION LINECAPACITY 1000 to 1500 KILOGRAMS PER HOUR
REFERENCE NUMBER: P-4421
VOLUME: 10m3SIZE:φ2800 x 3000, 20 m3POWER: 5.5 KILOWATTS PER SETLearn More - H-2414 FAQ for FACIAL RECOGNITION AND TEMPERATURE MEASURING SYSTEM, 8 inch panel
How does it work?
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What's the system function?
Can it be used as an attendance control unit? - YY-2840 KAWASAKI ROBOTIC ARM (INCLUDING BASE AND NEEDLE PLATE CLAMP), FOR MOVING MATTRESS TOPPERS AND POLYURETHANE FOAM SHEETS SO THAT THEY CAN BE LAMINATEDYY-2840 KAWASAKI ROBOTIC ARM (INCLUDING BASE AND NEEDLE PLATE CLAMP), FOR MOVING MATTRESS TOPPERS AND POLYURETHANE FOAM SHEETS SO THAT THEY CAN BE LAMINATED DESCRIPTION: 1. ROBOT PARAMETERS: INCORPORATING KAWASAKI FOUR AXIS ROBOTS; ARM SPAN 3200mm, BEARING CAPACITY 180KG; MECHANICAL ARM NEEDLE PLATE FIXTURE PARAMETERS; FIXTURE BEARING 50KG CLAMPING RANGE: LENGTH 1800, WIDTH 1000~1800; NEEDLE DEPTH CONTROL: 20mm NEEDLE DIAMETER: 1.5mm. Quantity: 1 Learn More
- R-6856 FUTURA K AUTOMATIC ROASTING MACHINES
R-6856 FUTURA K AUTOMATIC ROASTING MACHINES
AUTOMATIC ROASTING MACHINES RESULT OF LONG STUDIES AND LIVED EXPERIENCE.
THE ROASTING MACHINES SERIES FUTURA K ARE THE RESULT OF LONG STUDIES AND LIVED EXPERIENCE ALONGSIDE OUR CLIENTS COFFEE ROASTERS, FOR THE REALIZATION OF THE MOST ADVANCED MACHINERIES IN THE FIELD OF INDUSTRIAL COFFEE ROASTING.
THE COMPACT DIMENSIONS, RELIABILITY OF THE MATERIALS AND COMPONENTS, THERMAL MANAGEMENT WITH IMMEDIATE RESPONSE, CALIBRATED AND PARTICULARLY FUEL EFFICIENT, HIGH THERMAL AND ACOUSTIC INSULATION AND OTHER POSITIVE FEATURES, MAKE THESE MACHINES REFERENCEGUIDE IN PROFESSIONAL ROASTING FIELD.MAIN COMPONENTS:
FEEDING HOPPER INSULATED WITH PNEUMATIC FILLER DEVICE, MOVABLE INLET, ELECTROPNEUMATIC UNLOADING CONTROL.
ROASTING DRUM MADE BY A FIXED HOUSING WITH DOUBLE INSULATING WALLS FOR THERMAL PROTECTION AND SUPPORTING THE ROTARY CYCLINDER THAT MOVES THE PRODUCT. THE WHOLE CYCLINDER IS MADE OF COMPOUND STEEL TO WITHSTAND THERMAL SHOCKS, ABSOLUTELY ODOURLESS, WITH PERFORATED SHEET FOR PRODUCT CONTAINEMENT, RIGHT AND LEFT BLENDERS SETTLED AT DIFFERENT LEVELS TO OBTAIN PERFECT MIXTURE.
WHEN THE ROASTING PROCESS IS FINISHED, THE COFFEE IS UNLOADED THROUGH A LARGE DOOR WITH ELECTROPNEUMATIC CONTROL OF OPENING AND CLOSING.
THE HEATING GENERATOR IS SPECIFICALLY DESIGNED FOR ROASTING LINE APPLICATIONS. THE PRINCIPLE OF HEATING IS BASED ON HOT AIR FLOWS BY CONVECTION. GAS OR GASOIL BURNER TYPE MODULATING OR MULTI LEVEL- FLAMES ACCORDING THE APPLICATION.
COOLING TANK WITH LARGE STAINLESS STEEL SURFACE, SELF CLEANING, WHERE THE PRODUCT IS MOVED BY MEANS OF 4 CROSSED ARMS. TWO DISCHARGES: ONE IS ELECTROPNEUMATICALLY DRIVEN AND THE OTHER IS MANUAL FOR EMERGENCY. DOOR OF INSPECTION AND EASY CLEANING OF THE LOWER SIDE.
PELLICLES SEPARATOR WITH EXTRACTION, BY WORM CONVEYOR OR INCINERATOR FOR CONSTANT EFFICIENCY OF THE AIR CHAFFS SEPARATION SYSTEM.
SUPPORTING FRAME IN TUBULAR PROFILES, STEEL MADE, TO CONTAIN AND SUPPORT THE OPERATING DEVICES, SO TO OBTAIN A COMPACT MACHINE-LIMITED ENCUMBRANCE, COMPLETE WITH PANELS FOR HEATING AND NOISE CONTAINMENT.
INDEPENDENT ELECTRIC CONTROL BOARD WITH PLC + TOUCH SCREEN AND ALL DEVICES FOR MACHINE CONTROL AND
MANAGEMENT, CAREFULLY WIRED AND EQUIPPED WITH ALL SIGNALS USEFULL FOR ROASTING PROCESS.STANDARD EQUIPMENT:
AUTOMATIC ROASTING SYSTEM MANAGED BY PLC + TOUCH SCREEN WITH RECORDING FOR ROASTING CURVES – PROFILES.
VISUALIZATION BY MONITOR OF TEMPERATURES AND ROASTING FUNTIONS.
FIRE PREVENTION EQUIPMENT ON THE ROASTING DRUM AND COOLING TANK; ON THE CYCLONE-CHAFFS SEPARATOR IF EQUIPPED WITH WORM CONVEYOR FOR CHAFFS EXTRACTION.
ALARM SYSTEM BY BUZZER AND SIGNAL LAMP, UPON INTERVENTION OF THE OVERLOAD PROTECTION DEVICES ON THE ELECTRIC-MOTORS AND ON THE BURNER.
PROTECTING SAFETY SYSTEMS.
CYCLONE FOR COOLING TANK: STANDARD ON MOD. 240-300- 360-480.
OPTIONALS EQUIPMENTCOMPUTERIZED AUTOMATIC ROASTING PROCESS CARP MANAGED BY PC AND MONITOR.
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HEATING RECOVERY SYSTE
SMOKE BURNER TYPE THERMICAL AND/OR CATALYST
CLEAN AIR ROASTING SYSTEM
CHAFFS COMPACTOR. - G-0784 RIETER FDY EXTRUSION EQUIPMENT FOR POLYPROPYLENE YEAR 1996/98
REFERENCE NUMBER: G-0784
RIETER FDY EXTRUSION EQUIPMENT FOR POLYPROPYLENE YEAR 1996/98
1. Machine m26/39:
Year 1996
For 1 fdy spinning line with 2+4 positions, each position with 4 ends
Product: fdy-yarn on bobbins
Raw material: pp, dried filament grade chips
Yarn count range: 150 – 400 dtex
Winder speed for target: 4000 m/min
Machine technical data:
Position gauge: 800 mm
Spinning pump capacity: 4x10 ccm/rev
Spinneret size diameter: 95 mm
Quench width: 670 mm
Quench length: 1700 mm
Number of spin-finish pumps per position: 1
Capacity of spin-finish pump: 4x0.05 ccm/rev
Number of winders/position: 1
Type of winder: riemat a6-094
Number of packages/winder: 4
Maximum package diameter: 420 mm
Package stroke: 190 mm
Package weight at 280 mm package diameter: approx. 6.2 kg
Detailed technical specifications:
Extruder for 4 positions Year 1998:
1 extruder type e1. 105-30m:
-nominal extruder capacity: max 275 kg/h for pp
-operational extruder capacity: max 248 kg/h for pp
-screw diameter: 105 mm
-l/d ratio: 30
-barrel with:
electrical ceramic heaters
7 heating zones, each zone equipped with one 2xpt100
heating zone capacity approx. 58 kw
inlet zone, water cooled
nozzle for nitrogen purge
insulation
-screw with torpedo mixing head
-reduction gear, including belt transmission to motor
-dc motor, rated power approx. 95kw
-extruder frame
1 extruder measuring head, dowtherm vapour heated
-measuring head comprising:
coarse filter
insulation
-double pt100, one each for melt and dowtherm vapour temperature
-pressure sensors for melt pressure, one in front and one behind the coarse filter
1 melt distribution system, dowtherm vapour heated
-melt distribution system comprising
main product pipe between extruder, measuring head and melt distributor.
Extruder for 2 positions Year 1998:
1 extruder type e1. 60-30
-nominal extruder capacity: max 275 kg/h for pp
-operational extruder capacity: max 248 kg/h for pp
-screw diameter: 60 mm
-l/d ratio: 30
-barrel with
electrical ceramic heaters
6 heating zones, each zone equipped with one 2xpt100
heating zone capacity approx. 17 kw
inlet zone, water cooled
insulation
-screw nitrited with maddock mixing head
-reduction gear, including belt transmission to motor
-dc motor, rated power approx. 22kw
-extruder frame
1 extruder measuring head, electrically heated year 1998
-measuring head comprising:
insulation
Double pt100, one each for melt and dowtherm vapour temperature
pressure sensors for melt pressure
burst disc for power switch-off at overpressure.
1 melt distribution system, dowtherm vapour heated
-melt distribution system comprising
main product pipe between extruder, measuring head and melt distributor.
1 riebeam bottom loading spinning beam year 1998
-beam comprising:
welded-in pump blocks with bolted pump adapter plate
silumin insulation blocks
melt distribution pipes with polished inner surfaces
efficient vapour heating on all sides of spin pumps
optimized heat condustion to the spinnerets
1 freezing valve upstream of each spinpump
2 pressure sensors for measuring the melt pressure in front and behind the spinpump
(2 per line)
heating box, completely insulated
heating by dowtherm vapour
1 double pt100 for measuring and controlling the heating box temperature
Designed as follows:
-bottom loading of rieter quickfit spinpacks
-design temperature 320°c
-maximum allowable working pressure: 300 bar for melt pipe and 2.57 bar for jacket
Dowtherm evaporator and components for heating system:
-electrically heated, total capacity approx 25 kw
-shut-off valves
-drainage valves
-dry protection sensor
-magnetic controlled level gauge
- vent system on top of measuring head.
Poy spin packs, type rieter quickfit:
-max pressure in the spinpack: 350 bar
-design temperature: 320 °c
-spinneret outside dimensions: 95 mm
-bottom loading design
-bayonet locking, insert and tighten by turning 90°
-self sealing system
-sand or metal powder filtration, 3 cm filling depth
-wire mesh filters
Spin pumps with motors and gears:
Gear pumps, 4-fold
Capacity 4 x 6 ccm/rev
Each spin pump system comprising
Individual drive motor with flange connection to the reduction gear
Hollow gear shaft for installation of spin pump shaft
Shaft with shear pin protection
Reduction ratio 1:80
Pump speed: 8-30 rev/min
Motor type: synchronous ac-motor
Rated power: 500w at 50 cps
Quench air cabinets bsk 670/1700:
Each cabinet comprising:
-rigid cabinet made from welded sheet metal, painted, side walls made from alu sheet metal
-air rectifier consisting of different layers of perforated metal sheets, rectifiers removable to the front for cleaning.
-1 perforated hinged door
-air inlet duct flanged with counter flange, comprising air flow regulating flaps
-interfloor filament duct, length 2000 mm
-alu chutes for start-up
-nozzles for connection of differential pressure gauge.
Spinning vapour exhausts:
-exhaust hood per spinning position for removal of spinning vapour
-hood designed as follows:
made from stainless steel
air flow regulation flap
hood removable for cleaning
Take-up frames, type riedraw 1:
Welded steel frame, housing all drawrolls, compressed air supply pipes for the aspirator units and the yarn waste pipes within the fdy take-up unit.
Per position:
4 inlet yarn guides
4 spin finish application nozzles
1 yarn cutter / aspirator unit
1 spin finish pump
4 centring yarn guides
4 intermingling units
rolls as described further
1 automatic winder riemat a6-094
Drawrolls year 1998:
Mono 1 with 1 rievap 32 dual shell drawroll, type j7/32-40, ot40
Speed range: 750 to 4000 mpm
Roll diameter: 190 mm
Working width: 250 mm
Temperature range: 45-250°c
And 1 bearing separator roll, type srd60 hard chromium plated
Duo 1 with 2 rievap 32 dual shell drawroll, type j7/32-60, ot40
Speedrange: 1000 to 6000 mpm
Roll diameter: 190 mm
Working width: 250 mm
Temperature range: 45-250°c
Duo 2 with 2 rievap 32 dual shell drawroll, type j7/32-60, ot40
Speedrange: 1000 to 6000 mpm
Roll diameter: 190 mm
Working width: 250 mm
Temperature range: 45-250°c
Duo 3 with 2 cold draw roll units each type j7/45-55
Speedrange: 1800 to 5500 mpm
Roll diameter: 150 mm
Working width: 180 mm
Automatic and wasteless winder riemat a6-094
Spindle driven
Number of ends per winder: 4 ends
Yarn count range: 15 to 1000 dtex
Take up speed: 2500 to 5500 m/min
Chuck length: 900 mm
190 mm stroke, 420 mm outside package diameter
Package volume: 24.7 dm³
Tube bore: 94 ±0.2 mm
Tube outside diameter: 106 ±0.4 mm
Tube length: 225 ±0.5 mm
Oil-mist lubrication unit:
Compressed air distribution station
Mobile aspirator guns with hoses
Electrical control equipment
-for electrical power
general: 3 x 380v/50hz plus ground wire
euro-standard: 3x400v 50 or 60hz plus ground wire
maximum voltage variation ±10% measured at terminals of cabinets
maximum frequency variation: ±2%
Process control system (cif):
fully integrated control system to control and monitor the entire spinning line.
the central monitoring unit si linked to the plc of the spinning section and the plcs of each spinning position.
Drive and heater control year 1998:
Spinning section:
Speed adjustment for the extruder motor is done via a dc-convertor
To achieve a constant pressure at the extruder outlet, the output of the pressure controller is transmitted to the dc-converter to adjust the extruder speed.
The feedback of the actual extruder speed is done by a tacho generator mounted on the extruder motor.
One common frequency inverter supplies the synchronous ac motors for the spin pumps.
According to process conditions, the plc transmits the setpoint to the inverter.
All motors are equipped with an overload protection.
Solid state relays heat each extruder zone and spinning beam.
Each extruder zone and the spinning beam represent an independent control loop.
Take-up section:
The inverter unit is a processor-controlled static frequency inverter for powering the 3-phase motors.
All inverter units in a position cabinet are supplied with approx 570v dc from a common rectifier.
Heating system:
The heating unit rhu is processor-controlled.
The power supply is taken straight from 3-phase 380/400v which powers the cabinet.
The inductor is fitted inside the draw roll.
The rhu switches the current on and off in this inductor. While current flows, a voltage is inducted into the
Rotating draw roll.
This sets up a short-circuit current in the draw roll, thereby heating the roll unit.
2. Machines m27/ 28 / 30 year 1998:
For 3 fdy spinning lines each with 2 positions, and each position with 4 ends
Product: fdy-yarn on bobbins
Raw material: pp, dried filament grade chips
Yarn count range: 150 – 400 dtex
Winder speed for target: 4000 m/min
Machine technical data:
Position gauge: 1000 mm
Spinning pump capacity: 4x7.5 ccm/rev
Spinneret size diameter: 95 mm
Quench width: 470 mm
Quench length: 1200 mm
Number of spin-finish pumps per position: 2
Capacity of spin-finish pump: 4x0.16 ccm/rev + 4x0,05 ccm/rev
Number of winders/position: 1
Type of winder: riemat a6-094
Number of packages/winder: 4
Maximum package diameter: 420 mm
Package stroke: 190 mm
Package weight at 280 mm package diameter: approx. 6.2 kg
Detailed technical specifications:
1 extruder type e1. 60-30m
-nominal extruder capacity: max 80 kg/h for pp
-screw diameter: 65 mm
-l/d ratio: 30
-barrel with:
electrical ceramic heaters
7 heating zones, each zone equipped with one 2xpt100
heating zone capacity approx. 22 kw
inlet zone, water cooled
nozzle for nitrogen purge
insulation
-screw with torpedo mixing head
-reduction gear, including belt transmission to motor
-dc motor, rated power approx. 22kw
-extruder frame
1 extruder measuring head, electrically heated:
-measuring head comprising:
coarse filter
insulation
-double pt100, one each for melt and dowtherm vapour temperature
-pressure sensors for melt pressure, one in front and one behind the coarse filter
1 melt distribution system, dowtherm vapour heated:
Melt distribution system comprising:
main product pipe between extruder, measuring head and melt distributor.
1 riebeam bottom loading spinning beam:
-beam comprising:
welded-in pump blocks with bolted pump adapter plate
silumin insulation blocks
melt distribution pipes with polished inner surfaces
efficient vapour heating on all sides of spin pumps
optimized heat condustion to the spinnerets
1 freezing valve upstream of each spinpump
2 pressure sensors for measuring the melt pressure in front and behind the spinpump
(2 per line)
heating box, completely insulated
heating by dowtherm vapour
1 double pt100 for measuring and controlling the heating box temperature
Designed as follows:
-bottom loading of rieter quickfit spinpacks
-design temperature 320°c
-maximum allowable working pressure: 300 bar for melt pipe and 2.57 bar for jacket
Dowtherm evaporator and components for heating system:
-electrically heated, total capacity approx 18 kw
-shut-off valves
-drainage valves
-dry protection sensor
-magnetic controlled
-level gauge
-vent system on top of measuring head.
Poy spin packs, type rieter quickfit:
Max pressure in the spinpack: 350 bar
Design temperature: 320 °c
Spinneret outside dimensions: 95 mm
Bottom loading design
Bayonet locking, insert and tighten by turning 90°
Self sealing system
Sand or metal powder filtration, 3 cm filling depth
Wire mesh filters
Spin pumps with motors and gears:
Gear pumps, 4-fold
Capacity 4 x 7.5 ccm/rev
Each spin pump system comprising
individual drive motor with flange connection to the reduction gear
hollow gear shaft for installation of spin pump shaft
shaft with shear pin protection
reduction ratio: 1:80
pump speed: 8-30 rev/min
motor type: synchronous ac-motor
rated power: 500w at 50 cps
Quench air cabinets bsk 470/1200
Each cabinet comprising:
-rigid cabinet made from welded sheet metal, painted, side walls made from alu sheet metal
-air rectifier consisting of different layers of perforated metal sheets, rectifiers removable to the front for cleaning.
-1 perforated hinged door
-air inlet duct flanged with counter flange, comprising air flow regulating flaps
-interfloor filament duct, length 2000 mm
-alu chutes for start-up
-nozzles for connection of differential pressure gauge.
Spinning vapour exhausts:
-exhaust hood per spinning position for removal of spinning vapour
-hood designed as follows:
made from stainless steel
air flow regulation flap
hood removable for cleaning
Take-up frames, type riedraw 1:
Welded steel frame, housing all drawrolls, compressed air supply pipes for the aspirator units and the yarn waste pipes within the fdy take-up unit.
Per position:
4 inlet yarn guides
2 spin finish application nozzles per end
1 yarn cutter / aspirator unit
2 spin finish pump
4 centring yarn guides
4 pre-intermingling jets
4 intermingling units
1 additional operator panel between duo1 and duo 2.
rolls as described further
1 automatic winder riemat a6-094
Drawrolls:
Mono 1 with 1 rievap 32 dual shell drawroll, type j7/32-40, ot40
Speedrange: 750 to 4000 mpm
Roll diameter: 190 mm
Working width: 250 mm
Temperature range: 45-250°c
And 1 bearing separator roll, type srd60
Hard chromium plated
Duo 1 with 2 rievap 32 dual shell drawroll, type j7/32-60, ot40
Speedrange: 1000 to 6000 mpm
Roll diameter: 190 mm
Working width: 250 mm
Temperature range: 45-250°c
Duo 2 with 2 rievap 32 dual shell drawroll, type j7/32-60, ot40
Speedrange: 1000 to 6000 mpm
Roll diameter: 190 mm
Working width: 250 mm
Temperature range: 45-250°c
Duo 3 with 2 cold draw roll units each type j7/45-55
Speedrange: 1800 to 5500 mpm
Roll diameter: 150 mm
Working width: 180 mm
Automatic and wasteless winder riemat a6-094:
Spindle driven
Number of ends per winder: 4 ends
Yarn count range: 15 to 1000 dtex
Take up speed: 2500 to 5500 m/min
Chuck length: 900 mm
190 mm stroke, 420 mm outside package diameter
Package volume: 24.7 dm³
Tube bore: 94 ± 0.2 mm
Tube outside diameter: 106 ± 0.4 mm
Tube length: 225 ± 0.5 mm
Compressed air distribution station:
Mobile aspirator guns with hoses
Electrical control equipment
For electrical power
general : 3 x 380v/50hz plus ground wire
Euro-standard: 3x400v 50 or 60hz plus ground wire
Maximum voltage variation ±10% measured at terminals of cabinets
maximum frequency variation: ±2%
Process control system (cif):
Fully integrated control system to control and monitor the entire spinning line.
The central monitoring unit si linked to the plc of the spinning section and the plcs of each spinning position.
Drive and heater control:
Spinning section.
Speed adjustment for the extruder motor is done via a dc-convertor.
To achieve a constant pressure at the extruder outlet, the output of the pressure controller is transmitted to the dc-converter to adjust the extruder speed.
The feedback of the actual extruder speed is done by a tacho generator mounted on the extruder motor.
One common frequency inverter supplies the synchronous ac motors for the spin pumps.
According to process conditions, the plc transmits the setpoint to the inverter.
All motors are equipped with an overload protection.
Solid state relays heat each extruder zone and spinning beam.
Each extruder zone and the spinning beam represent an independent control loop.
Take-up section:
The inverter unit is a processor-controlled static frequency inverter for powering the 3-phase motors.
All inverter units in a position cabinet are supplied with approx 570v dc from a common rectifier.
Heating system:
The heating unit rhu is processor-controlled.
The power supply is taken straight from 3-phase 380/400v which powers the cabinet.
The inductor is fitted inside the draw roll.
The rhu switches the current on and off in this inductor.
While current flows, a voltage is inducted into the rotating draw roll.
This sets up a short-circuit current in the draw roll, thereby heating the roll unit.
HOURLY PRODUCTION:
FOR 150 DENIER @ 3500 MPM WINDER SPEED, THE HOURLY PRODUCTION IS 3.5 KG/BOBBIN.
AS THERE IS 4 ENDS PER POSITION, THIS MEANS 14 KG/HOUR/POSITION
M26/39 ARE OF 2 + 4 POSITIONS; HENCE M26 = 28 KG/HOUR AND M39 = 56 KG/HOUR
M27/28/30 ARE OF 2 POSITIONS EACH, HENCE 28 KG/HOUR EACH.
(AS PER OUR PEOPLE AT THE EXTRUSION PLANT, THEY WERE RUNNING TRIALS TO PRODUCE THE 150 DENIER @ 4000 MPM WINDER SPEED)
FOR 300 DENIER @ 3600 MPM WINDER SPEED, THE HOURLY PRODUCTION IS 7.2 KG/BOBBIN.
AS THERE IS 4 ENDS PER POSITION, THIS MEANS 28.8 KG/HOUR/POSITION
M26/39 ARE OF 2 + 4 POSITIONS; HENCE M26 = 57.6 KG/HOUR AND M39 = 115.2 KG/HOUR
M27/28/30 ARE OF 2 POSITIONS EACH, HENCE 57.6 KG/HOUR EACH.
FOR 600 DENIER @ 2200 MPM WINDER SPEED, (SPEED LIMITATION DUE TO EXTRUDER CAPACITY) THE HOURLY PRODUCTION IS 8.8 KG/BOBBIN.
AS THERE IS 4 ENDS PER POSITION, THIS MEANS 35.2 KG/HOUR/POSITION
M26/39 ARE OF 2 + 4 POSITIONS; HENCE M26 = 70.4 KG/HOUR AND M39 = 140.8 KG/HOUR
M27/28/30 ARE OF 2 POSITIONS EACH, HENCE 70.4 KG/HOUR EACH.
MACHINE HAS BEEN PARTIALLY DISASSEMBLED (EXTRUDERS AND SPINBEAMS HAVE BEEN TAKEN DOWN TO GROUNDFLOOR) REST OF THE EQUIPMENT STILL TO BE DISASSEMBLED
Learn More - V-0025 COTTON PAD, BALL, SWAB MACHINESREFERENCE NUMBER: V-0025 COTTON PAD, BALL, SWAB MACHINES M-5138 SQUARE COTTON PAD PRODUCTION MACHINE M-5139 COTTON GAUZE PAD PRODUCTION MACHINE M-5140 MACHINE TO PRODUCE VARIOUS TYPES OF COTTON PADS M-5141 COTTON PAD PRODUCTION MACHINE M-5142 MAKEUP REMOVING COTTON PAD PRODUCTION MACHINE M-5143 ROUND COTTON PAD MAKING MACHINE M-5144 SQUARE ABSORBENT COTTON PAD PRODUCTION MACHINE M-5145 ROUND ABSORBENT COTTON PAD PRODUCTION MACHINE M-5146 ROUND COTTON PADS MAKING MACHINE M-5147 COTTON PAD MAKING MACHINE M-5148 COTTON PAD MAKING MACHINE M-5168 COTTON PADS MAKING MACHINE M-5169 COTTON Q-TIP MAKING MACHINE (100PCS/BAG) M-5170 COTTON BALL MAKING MACHINE (NEW) M-5171 COSMETIC COTTON PAD (GLOVE SHAPE) MAKING MACHINE M-5172 COSMETIC COTTON PAD MAKING MACHINE (ROUND PAD) M-5101 MEDICAL COTTON BALL MAKING MACHINE 20KG/HOUR QUANTITY AVAILABLE: 17 Learn More
- YY-1136 ULTRAVIOLET STERILIZERYY-1136 ULTRAVIOLET STERILIZER MAINTENANCE OF UV STERILIZER: 1 CHECK REGULARLY TO ENSURE THE NORMAL OPERATION OF THE UV LAMP. 2. AFTER 9000 HOURS OR ONE YEAR OF CONTINUOUS USE, THE ULTRAVIOLET LAMP SHOULD BE REPLACED. WHEN REPLACING A NEW LAMP, FIRST UNPLUG THE POWER SOCKET OF THE LAMP AND TAKE OUT THE ULTRAVIOLET LAMP. PAY ATTENTION NOT TO TOUCH THE QUARTZ GLASS OF THE NEW LAMP WITH YOUR FINGERS, BECAUSE THE STAIN WILL AFFECT THE INTENSITY OF THE LIGHT, AND CAREFULLY PUT THE LAMP INTO THE CHAMBER OF THE STERILIZER. Learn More
- TT-1175 HENNECKE BFM COMPACT FOAMING LINE, 80 BUNS PER 8 HOUR SHIFTTT-1175 HENNECKE BFM COMPACT FOAMING LINE, 80 BUNS PER 8 HOUR SHIFT INCLUDES 3 MOLDS, DIMENSIONS 2100 x 2100 x 1400mm A COMPLETE LINE FOR DISCONTINUOUS PRODUCTION OF SLABSTOCK FOAM. THE BFM IS STATE-OF-THE-ART EQUIPMENT FOR PRODUCING FOAM WITH QUICK START UP, MINIMUM SPACE REQUIRED AND FLEXIBLE PRODUCTION. WITH THIS LINE POLYURETHANE FOAMS BLOCKS CAN BE PRODUCED, SUCH AS FOAMS FOR UPHOLSTERED FURNITURES, CUSHIONS, MATTRESSES, SEATS, SOFAS AND PACKAGING. WITH THIS MACHINE EVEN HIGH RESILIENCE HR, HYPER SOFT HS AND VISCO ELASTIC FOAMS CAN BE PRODUCED. BENEFITS WITH BFM COMPACT - A BROAD RANGE OF FOAM DENSITY 20 TO 50 KG/m3 - MANUFACTURE DIFFERENT TYPES OF POLYETHER BASED FOAMS - POSSIBLITY TO CONTROL MIXER SPEED => HIGH INFLUENCE ON CELL STRUCTURE - HIGH REPRODUCIBILITY, THANKS TO FORMULATIONS AND MODERN CONTROL SYSTEM - SIEMENS CONTROL PANEL - COMPACT DESIGN => SMALL SPACE REQUIREMENTS - AUTOMATIC FLUSHING WITH POLYOL AVOIDS THE COSTS OF DISPOSAL OF MIXTURE TECHNICAL DETAILS DIMENSIONS OF THE MACHINE WITHOUT MOULD: LENGHT APPROX: 5000mm WIDTH APPROX: 2350mm HEIGHT APPROX: 2550mm CAPACITY: DEPENDING ON QUANTITY AND SIZE OF THE MOULDS – ABOUT 80 RECTANGUAL BLOCKS PER 8-HOUR-SHIFT. AMOUNT OF MOULDS: 3 Learn More
- YY-2853 INNERSPRING SHREDDING MACHINE FOR MATTRESS CORE SHREDDING AND VOLUME REDUCINGYY-2853 INNERSPRING SHREDDING MACHINE FOR MATTRESS CORE SHREDDING AND VOLUME REDUCING WORKING PRINCIPLE OF THE FOUR SHAFT SHREDDER: THE FOUR SHAFT SHREDDER IS A SLOW RUNNING, HIGH TORQUE TWIN SHAFT CRUSHER. THE MATERIAL ENTERS THE INSIDE OF THE BOX THROUGH THE FEED SYSTEM AND HAS TWO ROTOR SHAFTS CARRIED ON THE BOX TO COLLECT IT, WHICH ALTERNATELY ROTATE INWARDS OR OUTWARDS. EACH SHAFT IS EQUIPPED WITH A ROW OF SPECIAL GEOMETRICAL SHREDDING BLADES. THE MATERIAL IS SHREDDED INTO SMALL PIECES BY THE COMBINED EFFECT OF SHEARING, SQUEEZING AND TEARING OF THE SHREDDING BLADES AND IS REMOVED FROM THE LOWER PART OF THE BOX. Learn More