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Production and packaging machinery for the pharmaceutical, chemical and cosmetic industry

Autoclaves/Sterilizing Ovens/Freeze Dryers

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Download of all our available used machinery

Autoclaves/Sterilizing Ovens/Freeze Dryers [9]

Autoclave DE LAMA DLOV

Double door autoclave De Lama model DLOV.
Year of manufacturing: 1998.
Useful capacity: 4990 liters.
Supply voltage: 380 V - 50 Hz Tri-phase.
Installed power: 6 kW.
Maximum working pressure: 2.5 bar.
Maximum working temperature: 138.2 C °.
Installed cycles: A sterilization + drying B for vials C For closed containers I test cold vacuum machine J sterilization air filter in situ.

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DE LAMA Sterilizing Oven DE LAMA DLST/L
Sterilizing Oven DE LAMA DLST/L

Double door depyrogenation owen De Lama model DLST/L
Year of manufacturing 1998
Useful capacity 5440 liters
Supply voltage 380 V - 50 Hz Tri - phase
Installed power 157 kW
Maximum working temperature 250 C °

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GETINGE Autoclave Getinge sterilization AB model GEC 900 X1450X1350-2
Autoclave Getinge sterilization AB model GEC 900 X1450X1350-2
GEC 900 X1450X1350-2

Autoclave Getinge sterilization AB model GEC 900 X1450X1350-2
Dimensions L x B x H: 2600 x 1700 x 2500 mm
Internal dimensions: B 890 x D 1000 x H 1450 mm
Steam: 161 kg
Steam process: Use 3 kg; peak/min. 0.1 kg; 2.7 - 3.0 bar
Water process: use 200 liters; peak/min. 40 liters; 4.0 - 6.0 bar
Cooling water: 2110 litres; peak/min. 150 litres; 2.0-3.0 bar
Air: use 0.5 Nm3; peak/min. 0.2 Nm3; 6.0-8.0 bar
Air process: use 4.8 Nm3; peak/min. 1.5 Nm3; 4 . 0-6.0 bar
Cooling water return: 2110 litres; peak/min. 150 litres
Drainage: peak/min. 60
Three-phase with 400 Volt voltage; 4.3 kW
Frequency: 50 Hz
Recommended fuse: 25 Ampere
Rated power: 4,3 Kw
Rated current: 8.3 A
Short circuit current: 6 ka
Maximum single load: 7,8 A
Emission of heat:
Loading area: 1.1 Kw
Discharge zone: 1.1 Kw
Service area: 4.5 Kw
Sound level: < 70 dba

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GETINGE Autoclave Getinge sterilization AB model GE 672x920x1350-2
Autoclave Getinge sterilization AB model GE 672x920x1350-2
GE 672X920X1350-2

Autoclave Getinge sterilization AB model GE 672x920x1350-2
Steam (non-process): 9 kg; peak/min. 0.9 kg; 2.7-3.0 bar
Steam process: Use 15 kg; peak/min. 0.9 kg; 1.5-2.0 bar
Water pump: use 30 liters; peak/min. 10 liters; 4.0-6.0 bar
Cooling water: 280 liters; peak/min. 32 liters; 2.0-3.0 bar
Air: usage 0.4 Nm3; peak / min. 0,2 Nm3; 6.0-7.0 bar
Air process: usage 3.4 Nm3; peak/min. 0,4 Nm3; 4.0-5.0 bar
Cooling water return: 280 liters; peak/min. 32 litres
Drainage: peak / min. 20
Three-phase with voltage 400 volts; 4,3 kW
Frequency: 50Hz
Recommended fuse: 20 Ampere
Rated power: 3 Kw
Rated current: 7A
Short circuit current: 6 kA
Maximum single load: 6 A
Heat emission:
Load area: 0.5 Kw
Discharge area: 0.5 Kw
Service Area: 2.6 Kw
Sound level: < 70 dBa

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Supply voltage: 380 V, 50 Hz, three phase
Installed power: 4,5 kW
Maximum working pressure: 2.5 bar, 250 kPa
Maximum operating temperature: 138.2 °c, 411.2 K
Useful capacity: 1000 liters
Internal dimensions: height 1000 mm, width 800 mm, depth 1250 mm.
External dimensions: height 2150 mm, width 1700 mm, depth 1800 mm.
Theoretical empty weight: 2100 kg
Theoretical weight at hydraulic testing: 3100 kg
Theoretical working weight (excluding product): 2150 kg
Water supply vacuum pump:
connection size: Ø ½ "" GAS UNI338
Minimum pressure: 1.5 bar
Maximum temperature: 20 °C
Maximum required flow rate: 0.9 m3 / h (15 liters per minute)
Indicative consumption per cycle: 750 litres
Water supply for cooling:
connection size: Ø ½ "" GAS
Minimum pressure: 2.5 bar
Maximum temperature: 20 °C
Maximum required flow rate: 0.72 m3 / h (12 liters per minute)
Clean dry saturated steam:
connection size: Ø ¾ "" DN 20
maximum pressure: 3.5 bar, minimum pressure: 2.5 bar
maximum capacity required: 90 Kg / h
indicative consumption cycle: 68 Kg
industrial steam for interlocks:
connection size: Ø ½ "" GAS UNI338
maximum pressure: 3.5 bar, minimum pressure: 2.5 bar
maximum capacity required: 45 Kg / h
indicative consumption cycle: 34 Kg
sterile compressed air room entrance:
connection size: Ø ½ "" GAS UNI338
maximum pressure: 3.5 bar, minimum pressure: 2.5 bar
Maximum capacity required: 50 m3/h (840 liters per minute)
indicative consumption cycle: 16.800 liters
compressed air tools:
for controls – connection dimensions: Ø ½ "" GAS UNI338
maximum pressure: 7 bar, minimum pressure: 6 bar
Maximum capacity required: 5 m3 / h (83 litres per minute)
Electrical power installed:
system: three phase + ground + neutral
voltage: 380V-frequency: 50Hz
power: 3.55 kW
superpres discharge. Chamber safety valve:
connection size: 1 ½ "" GAS F UNI338
Maximum temperature: 140 °C
superpres discharge. Safety valve intercap.:
connection size: 1 " GAS F UNI338
Maximum temperature: 140 °C
Vacuum pump discharge-total discharge:
connection size: 1 ½ "" GAS UNI338
Maximum temperature: 110 °C

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ICP Sterilizing Oven ICP DS 100
Sterilizing Oven ICP DS 100
DS 100

The dry sterilizer oven DS 100 is used for the sterilization and depyrogenization of empty glassware or other glass or stainless steel packaging or containment material so that it can be introduced into a sterile room.
After the sterilization cycle, the material is therefore discharged from the passage door of the sterile rooms. Being the filters placed at the exit of the sterilization Chamber, of the absolute type filters with cold efficiency of 99.998 DOP method, during sterilization, the air circulating inside the trolleys is air in class 100. The filters used for this purpose are filters that continuously withstand a temperature of 240 degrees centigrade and therefore allow both dry sterilization and depyrogenation.
During all stages of treatment, inside the furnace, the pressure is constantly maintained positive with respect to the external environment. After the automatic sterilization cycle, the shutters all close to isolate the oven from the outside while the ventilation continues to work to maintain the internal overpressure ensuring that the material is not contaminated.
Sterilization time: 60 min for temperature 220 C while 75 min for temperature 200 C.
Cooling time to be set around 120 min.
See for the use of timers the attached instructions taking into account to always set the MODE "A" and the value in MIN. The cooling time should be selected according to the experience resulting from the type of load used and the temperature of the sucked air.

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Sterilizing Ovens FEDEGARI XFOD9

FOD ovens, such as autoclaves, run batch processes and are the ideal solution for the sterilization of all those production lines in which the variability of products, batches and formats do not allow the use of continuous sterilizers such as tunnels. FOD ovens main advantage lies on its particle contamination class assurance. Fedegari guarantees the contamination level to remain under the established standards values for 100 class. This accuracy is verified also during the most critical phases such as heating and cooling, when the thermal expansion of the filters may release a great amount of particles. Particulate contamination control originates from complex fluid dynamic studies and a close collaboration with Camfil, the world’s most respected filter manufacturer, with whom Fedegari works at the development of high-temperature filters. DESIGN & TECHNICAL FEATURES
• Sterilizing chamber: sealed welding, made of AISI 304 stainless steel 1,5 mm thick.
• Single-leaf flush door on both sides, internal surface in AISI 304 stainless steel.
100 mm thick rock-wool panels guarantee perfect thermal insulation: average temperature of 40 °C on the external surfaces at operating temperature of 250 °C.
Electric heating through AISI 321 stainless steel heating elements, assembled on a sliding frame for easy removal and maintenance.
• Cooling by AISI 304 stainless steel heat exchanger.
• Continuous automatic control and regulation of pressurization of the sterilizing chamber.
• Continuous filtering of air in the sterilizing chamber, thanks to a system composed by 4 HEPA filters.
• 5 RTD PT100 temperature probes.
• Safety thermometer on non sterile front to prevent door opening if chamber temperature exceeds set value.
• Stainless steel port for validation probe positioned on not sterile side.

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Steris Freeze Dryers Steris GT500
Freeze Dryers Steris GT500

Condense Capacity 500 kg
Features Multi format vials
Shelf area 3.34 m²
Chamber volume 11500 L
Quantity of Shelves 18 + 1
The Dimensions of the Shelves are stated To be 136 x 198 = 2,69 sqm each shelf
The Usable Shelves Area Will be 2,69 x 19 = 51,11 sqm
Lifting System of Shelves Hydraulic
Lifting Capacity 30 tons at 200 bars
Space between shelves 83 mm
Chamber Height 2950 mm
Chamber Depth 1685 mm
Chamber Width 1982 mm
Type of Cooling Nitrogen
Sterilization and DE-icing By steam
CIP (Cleaning in Place System) YES
Operating System In the past windows XP and now emulator
PLC System Rockwell PLC
2 Cascade of Compressor First stage refrigerates and Second stage freezes up to minus 65
Freon Type Freon R23 and R410
Vacuums Pumps 2 (The model is Alcatel 2100)
The Capacity of the Vacuums Pump
Booster Pump 1
Year of Decomissioning Beginning 2018
Weight of the Lyo Appro. 60 tons
Equip with SCADA +11A4
SCADA Falcon System
Freezing system hybrid with compressors and liquid nitrogen
The liquid nitrogen system is used as a backup in case thecompressors fail so the vials batch can be saved
Silicone oil of the lyo. This oil has been drained during the decommissioning of the equipment
There is a system called “Pneumatex” that is part of the equipment. It prevents air to enter the chamber (it is an expansion tank)
Door One Door
Loading Manual Loading, from tray with rods
Cleaning of Chamber Automatic cycle with steam
Manual Cleaning With an ACP bellows, conventional cleaning, clear kens water, IPA
Automatic stoppering System

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BOSCH Sterilizing tunnel fo vials BOSCH  HQL 3240
Sterilizing tunnel fo vials BOSCH HQL 3240
HQL 3240

HQL installations are ideal for the sterilisation of vials.
This model is exceptional because of the low throughput in the tunnel, which is the result of the laminar hot air flow process with its high degree of efficiency.
Sterilisation tunnels are used on filling lines in the pharmaceutical industry to sterilise glass containers prior to aseptic filling.
These tunnels use forced air at temperatures of up to 350°C. Bosch HQL drying and sterilisation tunnels operate with unidirectional flow, with process curves of temperature progression and significantly reduced sterilisation times.
They guarantee the constant precision required for validation, qualification and reliable production capability. Through a filter, make-up air is introduced into the tunnel. Inside the tunnel, the air, drawn in by fans, feeds the supply and cooling section through pre-filters and particulate air filters in separate areas of the tunnel. Using the laminar flow principle, the air flow is directed vertically into the containers. Underneath the conveyor belt, the air is directed back through a recirculation duct to the fan. The fans need fresh air for the heating section: laminar flow unit. The heating elements in the recirculation duct serve to heat the recirculation air to the preset temperature. Below the particulate air filters there are heating elements with an outlet to a temperature control and recording device. The cooling section operates with laminar flow. A fan in the cooling section exhausts the hot air under the conveyor belt. The exhaust air volume is automatically adjusted.
The tunnel is equipped with an automatic overpressure control in the cooling section. Modular system for tunnel assembly suitable for the required power range with optimum energy consumption. GMP-compliant construction. Compatible container transport systems for stable and unstable containers. Safe conveyor belts on floor and side levels operated simultaneously. Excellent accessibility and ease of operation.
Technical data
Length 2865 mm
Width mm 2200
Height 2630 mm
Weight Kg 3500

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INTIMAC s.r.l.

Via XXV Aprile, 8

21054 Fagnano Olona (VA)


Tel. +39 0331 1693557

email: inti@intisrl.it