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STILMAS Water Treatment/Distillation Units/Reverse Osmosis/Pure Steam Generators STILMAS PSG-DTS
Water Treatment/Distillation Units/Reverse Osmosis/Pure Steam Generators STILMAS PSG-DTS
IT343
STILMAS
PSG-DTS
2000

MAIN FEATURES OF STILMAS PSG-DTS
Instant start: pure Steam is immediately available thanks to the design of the"Accumulator boiler"technology. The unit can switch from standby to full capacity in seconds
High flexibility: the production capacity can be automatically varied from 0 to 100% according to the request
Unique purification system: gravitational purification principle for better vapor purity guarantee
High quality Steam: the quality of steam produced is constant in terms of pyrogen content, heating value and drying fraction, regardless of pressure and production scope
Simple and clean mechanical construction: the decontamination chamber without baffles or defrosters, ensuring the best inspection capacity, minimizes the risk of corrosion, for the longest expected life of the equipment.
Extremely limited maintenance. Absence of moving parts, expansion joints or mechanical seals
Compact construction and low height. Little extra head space is needed for disassembly and inspection.
PRINCIPLE OF OPERATION
The design of STILMAS PSG-DTS pure steam generators is based on the technology of the radiator. The system consists of two parallel bodies: the heat exchanger and the evaporator/decontamination column. The feed water is fed to the decontamination column (main body) while the industrial steam is fed to the supporting side of the heat exchanger. Industrial steam heats the feed water to the evaporation temperature, creating a strong circulation within the two bodies.
The Steam develops in the evaporator where its low speed and the height of the decontamination column eliminate any possible entrainment of impure water droplets. A pressure transducer, installed in the evaporator, controls the ingress of industrial steam to the heat exchanger, thus ensuring a constant pressure of the pure steam produced. Supply water flow
it is controlled by a level transmitter installed in the evaporator.
REDUCTION OF NON-CONDENSABLE GASES (NCG)
Stilmas has developed two alternative solutions to meet the NCG requirements of EN 285.
The first solution consists of an intermediate tank in which the preheated feed water is sprayed by separating the liquid from the gas which is then extracted outside.
This solution can adapt any clean steam generator to allow the NCG content to be achieved.
The Second Solution, Stilmas Gasbuster ® , is integrated into the PSG. The degassing process occurs when the preheated feed water enters the decontamination column and is sprayed by separating the liquid from the gas which is then extracted by a small stream of clean steam.
With both solutions, Stilmas PSG can deliver much lower NCG content than required by international standards.
CONSTRUCTION FEATURES
The system is entirely made of AISI 316L stainless steel. the standard finish of the active surface is smooth and flush with passivation; mechanical or electrochemical polishing can be performed on request.
The heat exchanger is of casing and tube type with double sheet metal execution; the tubes expand on the plates, avoiding any welding for a totally hygienic execution, and a better resistance to expansion efforts.
The design and construction of the decontamination chamber, which is a completely empty column, ensure the best inspection ability. The absence of welds in this area drastically reduces the risk of corrosion, for a very long service life of the equipment.
The overall design of the building, together with the decontamination process described, ensure a very compact design and require extremely limited space for maintenance.
400V, 50 Hz, ph: 3+N+T

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Klöckner Mediseal Complete Lines Klöckner Mediseal CP 1200 - P 3000
Complete Lines Klöckner Mediseal CP 1200 - P 3000
IT344
Klöckner Mediseal
CP 1200 - P 3000
1999

The packaging line consists of 4 segments:
Blister machine 1/2 : length: 2590 mm-height: 1700 mm / depth: 1400mm /
Weight: approx. 3,800 KG
Blister machine 2/2: length: 3720 mm / height: 1700 mm / depth: 2500 mm /
Weight: approx. 4,000 KG
Adapter feeding range: length: 2600 mm / height: 1700 mm / depth: 1400
mm / Weight: approx. 600 KG
Cartoning machine: length: 3300 mm / height: 1700 mm / depth: 1400mm /
Weight: 4,000 KG
Total length: approx. 12210mm
Power supply: 230 / 400 V / 3Ph
Rated current: in line 95.4 A
Connected load: in line 63.8 KVA / 24 V (DC)
Operating pressure: 7-8 Bar (cut-off limit 6.5 bar)
Technical Data
CP 1200 (blister machine)
Sheet: width: max 306 mm
Roll diameter: max 800mm
Diameter of roller core: 70-76mm
Forming picking length: 180-285mm
Max sealing surface: 285mm
Technical data:
Cartoner P3000
Format range: length of support (depth) 65 - 150 mm
Folding width: 35 - 85 mm
Dimensions: 12 - 95 mm

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FREUND VECTOR Coating Equipment FREUND VECTOR HTC MINI
Coating Equipment FREUND VECTOR HTC MINI
IT360
FREUND VECTOR
HTC MINI
n/a

One used Vector Hi Coater
Model HCT MINI
Stainless steel construction
8" diameter x 4" deep perforated pan with baffles
4" pan opening
40-watt pan motor, with main blower, pre filter and post filter housings

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Inova Complete Lines Inova INOVA
Complete Lines Inova INOVA
IT365
Inova
INOVA
2007

Complete line for sterile vials composed of:
Washing machine
Manufacturer INOVA
Type VWM-C
Year 2007
Electric 230/400/50Hz/29A
sterile tunnel
Manufacturer INOVA
Type SHT-C
Year 2007
Vial filling & closing machine
Manufacturer INOVA
Type VFVM231
Year 2007
Electric 230/400V/50Hz/ 20A (protection)/3A(power)
Details: pre/filling/after gassing station
Capacity for vials R2/R6/R8 approx. 1500V/h
Capacity for vials R10 approx. 1300 V/h
Capacity for vialsR50 approx. 400V/h

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IMA Sold IMA unknown
Sold IMA unknown
IT367
IMA
unknown
n/a

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MARCHESINI GROUP Sold MARCHESINI GROUP MT200
Sold MARCHESINI GROUP MT200
LB381
MARCHESINI GROUP
MT200
2005

Automatic rigid tubes filling and closing machine, suitable to count and introduce positively tablets in plastic or metallic rigid tubes, cylindrical-shape.
Final tube closure with pressure cap and discharge of the tubes correctly filled on a bucket conveyor at machine outfeed, with cap facing the operator side;
Extremely compact tube feeding;
Tube transport is carried out through bushes that proceed with synchro-dynamic movements;
The tablet insertion is made with a system that moves them in positive way by means of a pick&place system;
Machine is manufactured in strictly compliance with GMP norms;
Balcony type (cantilever);
Conceived to clearly separate the working area from the area containing mechanical transmissions and electrical equipments;
Made of steel an aluminium with AISI304 stainless steel panels. The machine operating parts are constructed with materials suitable to operate at direct contact with product.

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Uhlmann Complete Lines Uhlmann UPS1060 + C300 + BOPACK P150 + SOLLAS 18  + RBP tipo D3600
Complete Lines Uhlmann UPS1060 + C300 + BOPACK P150 + SOLLAS 18 + RBP tipo D3600
LB383
Uhlmann
UPS1060 + C300 + BOPACK P150 + SOLLAS 18 + RBP tipo D3600
n/a

High speed blister line, the 1060 model is designed for large series.
New ScanWare control camera and cooling unit.
The line consists of:
UHLMANN UPS1060 blister machine Year 1994
UHLMANN C300 case packer Year 1994
PENTEC checkweigher year 2015
BOPACK P150 Labeling Machine Year 2007
SOLLAS 18 shrinkwrapper Year 1994
Deblistering RBP type D3600 year 1998

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PLUMAT Complete Lines PLUMAT FFS3000/1
Complete Lines PLUMAT FFS3000/1
LB387
PLUMAT
FFS3000/1
2009

Completely automatic form fill and seal machine for IV bags.
Available format parts for 100-, 250- and 500-ml IV bags.
IV bags with two ports.
LF module included.
Basic technical description of the bag and the bag components:
Bag sizes: possible e.g. 2000 ml, 1000 ml, 500 ml, 250 ml, 100 ml
Bag material: Polyolefin double wound multi-layer flat film,
e.g. Plycline APP114, Sangewald Propyflex or
Wipak Infuking, Cryovac M312-A
Tolerance of bag film thickness: max. 10%
Inner diameter of film rolls: min. 150 mm
Outer diameter of film rolls: max. 600 mm
Bag formats: Minimum 120x120 mm
Bag printing: Hot foil printing, one colour
Printing area: Maximum 200x120 mm/bag
Welding method: Contact heat welding
Welding temperature: 100° C – 250° C +/- 2° C
Port design: PLEUMAT SFC-port, Layout 90-2939
Cap design: Pleumat sfc-CAP, Layout 90-2938
Basic description of the machine:
Output: 1250 pbh – 500 ml
Based on non-foaming products and a liquid pressure of 1,0-5,0 bar +/-0,2 bar
*the effective output can be impaired either by errors in operation, which occur mostly during the
Starting period or e.g. caused by faulty feed material or other outer influences PLÜMAT is not responsible for. The final capacity can be fixed after clarification of bag film material.
Change over time: Approx. 30 minutes
Filling temperature: Maximum 55° C
Filling product: e.g. Standard IV-Solution
Filling range: 100 -2000 ml
Filling accuracy: 100 ml +/- 1,5 %
250 ml +/- 1,0 %
500 ml +/- 0,7 %
1000 ml +/- 0,5 %
Filling system: One mass flow meter system, with electromagnetic filling valves and microprocessor control unit. Sterilization: The filling system is suitable for automatic CIP/SIP sterilization up to maximum 125# C and prepared for inline sterilization than means no dismounting of any parts. CIP/SIP device is included.
Two TC clamp adapters DN15 colpeted for CIP/SIP output. Connection points for SIP/SIP at end-users side are in DN 15
Product supply: The product must be fed to the filling system under pressure either by pump or pressure tank (1,0 – 5,0 bar +-0,2 bar)
Product connection: TC-DN 15 (Tri-Clamp)
Sequence control: PLÜMAT-PLC linked with colour touch screen
Emergency off: Actuating the emergency off switch stops all electrically and pneumatically controlled functions
Power feed: 230/400 V; 50 Hz +/- 10%: 14 Kw +8,4 KW LF-unit; 35A
Power connection: approx. 14 kW (From Fill Seal Line FFS – 300/1)
approx. 8,4 Kw (LF-unit)
Sensors: All sensors are prepared with plug/socket connection as far as possible.
Compressed air: 6 bar, free of oil and dry
Suction capacity: approx.. 220 l/min, 18° C
Pneumatic air exhaust: centralized air collecting and exhaust system
Cooling water: Approx. 60 l/h, 15 – 20° C
Maximum room humidity: 70%
Recommended room temperature: 24# C
Materials: All product contact steel parts are made of stainless steel 1.4404/1.4571. All other product contact parts such as flexible hoses and gaskets are made off Silicon, Teflon and EPDM. All other parts are made of stainless steel 1.43014. The pipe connections meet the requirements of din 11850 and the sterile screws the requirements od DIN 11850 and the sterile screws the requirements of DIN 11861/1
Operators: 1 permanent, second operator only necessary for film change.
Operator language: ENGLISH/Cyrillic

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BAUSCH+STRÖBEL Aseptic Filling and Closing Machines BAUSCH+STRÖBEL FFV 2010
Aseptic Filling and Closing Machines BAUSCH+STRÖBEL FFV 2010
LB392
BAUSCH+STRÖBEL
FFV 2010
1986

Vial filling/closing machine
Modell FFV 2010
Including:
Tamper/stopper station, pre/filling/after gasing station
Electric 220/380V/50Hz/2kW/ 24V
Weight 1550Kg

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BAUSCH+STRÖBEL Complete Lines BAUSCH+STRÖBEL AWU 5000 + DHT 2547 + FFV 2010 + KS1010
Complete Lines BAUSCH+STRÖBEL AWU 5000 + DHT 2547 + FFV 2010 + KS1010
LB393
BAUSCH+STRÖBEL
AWU 5000 + DHT 2547 + FFV 2010 + KS1010
1986

Complete Line consists of:
Wasching machine
Modell AWU 5000
Electric 220/380V,50Hz,26kW,24V
Weight 1450Kg
Details: an additional control unit as spare part included, ultrasonic bath & generator as sparte part
Including:
Pumping station
Modell UST95
Electric 220/380V/50Hz, 19kW,24V
Weight 100Kg
Sterile tunnel
Modell DHT 2547
Electric 220/380V/50Hz/24V
Weight 2050Kg
Vial filling/closing machine
Modell FFV 2010
Including:
Tamper/stopper station, pre/filling/after gasing station
Electric 220/380V/50Hz/2kW/ 24V
Weight 1550Kg
Flexicon peristaltic pump
Crimper
Modell KS1010
Electric 220/380V/50Hz/1,5kW/ 24V
Weight 800Kg
details:
rotary table, feeding belt, coding unit, sorting drum with feeder

Capacity6000V/h


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PAGO Labelling Machines PAGO System 250
Labelling Machines PAGO System 250
LB395-22C250
PAGO
System 250
2002

General data
Machine L x W x H, approximate dimensions in mm 4000 x 1700 x 1800
Height of the conveyor belt in mm approx. 900 +/- 50
Weight approx. 700 kg
Production speed 30 - 50 pieces / minute
(depending on product and label size)
Power supply
Electricity
Voltage 400V N / PE, 50 Hz, 3 ~
Nominal current 3.2 A.
Fuse in the supply line 10A
Length of connection cable approx. 3.5 m with 16 A CEE plug
Pneumatics
Pressure 6 bar
Air temperature + 10 ° C to 40 ° C
Air Quality Oil Free, Filtered, Dry
Labels - rolls
Core Ø 76 mm
Maximum outside Ø 280 mm

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BONAPACE Sold BONAPACE INCAP
Sold BONAPACE INCAP
RS398
BONAPACE
INCAP
n/a

IN-CAP: the first bench top capsule filling machine fully automatic A new dosator powder filling system has been developed to compliment the existing dosing disc filling system currently available.This new system will enable powders to be developed for all types of production equipment, as well as allowing different types of product to be handled in the way best suited to their characteristics. The system consists of a ring of dosator tubes, each with an internal pin which forms the chamber. The length of this chamber is centrally adjustable, to suit the filling requirements. The dosators are raised and lowered each cycle, while being rotated as the machine indexes.The tubes are lowered in the powder bed of the hopper, with an adjustable tamping facility if required for forming a slug of product. They continue to rotate until located over the open body of the capsule when the dosator pin is used to push the powder out of the chamber and into the capsule. The hopper consists of an annular ring, minimising the amount of product needed to allow the unit to run. The depth of the powder bed is adjustable while the residual product is agitated after the dosing station. A bulk hopper feds powder to this device and has been designed to minimise the problems of bridging experienced with some products
Technical data
• Capsule sizes: 000 - 00 - 00el - 0 - 0el - 1 - 1el - 2 - 3 - 4 - 5 - all DBCsaps
• Electric voltage: 230-110 Volts - 50- 60 cycles - single phase
• DC Motor: 160 Watt - 24 Volts
• Vacuum pump for capsule opening: capacity 6 m3/hour
• Aspirating vacuum pump: capacity 90 m3/hour Delta P. 120 Millibar
• Air compressor: capacity 50.l/minute - working pressure 6 Bar
• Electric absorption: 0,5 kW (including the vacuum pump)
• Net weight of the standard machine: 150 kg (approx. )

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BOHLE High Shear Mixers/Powder Mixers/Mills/Granulators/Roller Compactors BOHLE PM2000
High Shear Mixers/Powder Mixers/Mills/Granulators/Roller Compactors BOHLE PM2000
RS400
BOHLE
PM2000
2009

Spins container, mixing contents. Isolated using laser curtain, which stops operation if crossed. Electrical supply: 400V50Hz. Control desk with safety laser curtain.
Max floor load: 1200kg/m2
Max capacity: 1500kg
Standard machine height (mm) 2800
Load capacity (kg) 1500
Standard blending speed (rpm) 2-6
Control System PLC of the latest generation with touch panel

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BOSCH Sold BOSCH GFK 2500
Sold BOSCH GFK 2500
RS401
BOSCH
GFK 2500
2006

Very reliable „working horse type“production machine
Small footprint and height (integrated hoppers)
Lowest in class powder loss due to slide gate technology
Lowest centrifugal forces and small size station design and therefore highest possible product yield
Flexible dosing alternatives, up to 3 fills/capsule
Integrated ASB function (automatic trouble shooting)
Guarantees maximum productivity
ASB 100% optional (mono-block machine incl. ASB in combination with 100% checkweighing) pellets dosing via powder station, due to slide gate technology
Size parts change and cleaning procedure performed by only one person, due to design of the components
Feedback-loop to compensate weight trends available
Operator-free production possible due to ASB and feedback- loop
Mobile HMI with 21-inch touch screen display with clear presentation of data
Technical specifications
2500 ASB 100%
Output 150 000 capsules/h
Machine cycles 140 cycles/min
Number of capsules/segments 18
Voltage, machine 380– 480 V, 50/60 Hz, 3ph/PE, 3 kW,
special voltages
Connections:
Compressed air supply Ø 13 mm
Vacuum connection Ø 30 mm
Dust collector electrical connection 2 x Ø 70 mm
Vacuum pump electrical connection
Jogging cable connection
Infeeds
Powder infeed – Tri-clamp DN 150, DIN 32676
Pellet/tablet infeed – Tri-clamp DN 100, DIN 32676
Empty capsule infeed – Tri-clamp DN 100, 32676
Formats Capsule format set for all standard capsule sizes, different formats included

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Groninger Labelling Machines Groninger EHV 100 + DTE 1000
Labelling Machines Groninger EHV 100 + DTE 1000
IT348 - 2
Groninger
EHV 100 + DTE 1000
1988

Connection: 400V
Dimensions: 2000 x 1000 x 1000
The machine includes table type: DTE 1000, year 1988.
Carousel for labels

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CONTACTS

INTIMAC s.r.l.

Via XXV Aprile, 8

21054 Fagnano Olona (VA)

Italia

Tel. +39 0331 1693557

email: inti@intisrl.it

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