Used machines

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Used machines [607]

BOSCH Complete Lines BOSCH 3002+HQL3240+RRU2020
Complete Lines BOSCH 3002+HQL3240+RRU2020
24-1293/94/95
BOSCH
3002+HQL3240+RRU2020
1995

line composed of:
1. WASHING MACHINE MODEL RRU 2020 The Bosch RRU series of washers and dryers performs ultrasonic cleaning for fast and precise removal of particulate and precise removal of particulate material. The rotary design allows for a small footprint and ease of footprint and ease of operation with fast and accurate removal of particulate material and reliable feeding of small containers. Bosch RRU rotary heads will give you excellent results with gentle handling of vials. They can be configured for a wide range of formats. Ideal rotary washer for cleaning vial bottles. Processing ranges and capacities depend on individual containers, line integration on individual containers, line integration, etc. GMP-compliant construction; small footprint; safe transport of containers; high level of ultrasonic cleaning; stations for internal and external container washing external and internal container washing stations; with pumping station; quick format changeover.
TECHNICAL SPECIFICATIONS
Net weight Kg 1790
Maximum container diameter 52 mm
Maximum container height 110 mm
Maximum output 8000 / hour
2. DEPYROGENATION TUNNEL BOSCH 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 2500
3. Bosch MLF 3002 intermittent motion filling and closing machine for injectable vials. Includes rotaty table for empty vials, 4 rotary piston filling heads (currently filling 100ml), stoppering inserter with bowl feeder, and closing system for ALU caps with bowl feeder. 90 degree reject to the rear of the machine, and product discharge in line with product flow. Suitable for containers up to 55mm diameter and up to 185mm high (double index), inserts and caps up to 36mm diameter.
Output approximately 6,000 containers per hour.

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Cam Cartoning Machines/Case packers Cam PMM
Cartoning Machines/Case packers Cam PMM
24-1274
Cam
PMM
2004

Cartoner Cam PMM for bottle from 2004
DESCRIPTION What has allowed the PMM intermittent motion horizontal cartoner to become a significant reference in the packaging sector owes to having maintained the technical solutions which have made CAM cartoners the choice of thousands of end users worldwide, for their reliability and flexibility, without overlooking project updating in requirements. Carton erection, carried-out by means of an articulated twin blade inserted into the carton ensuring positive pre-breaking, allows low grammage board to be used even when handling square-section formats or carton with glueing and creasing imperfections. Perfect product introduction (even for products with irregular shape/ dimensions) is guaranteed by the insertion of the moveable mouthpiece inside the carton, avoiding any uncontrolled passage of product from bucket to carton. Products are also prevented from straying out of the carton by the action of the spring loaded guides which automatically close during the return stroke of the pusher. The use of closed profile cams with surface hardening treatment, guarantees the reliability of all positive driven movements during the course of time. Particular attention has been given to machine cleaning below the carton transport area, where possible product or packaging material residue is conveyed to easily accessible collection areas. ThePMM cartoner is equipped with a tube product feeding systems and coders, detection and reject devices, etc.. As on all CAMmachinery, the PMM is also equipped with the Mechanical Memory® system, transforming complete size change-over into a series of rapid and pre-set operations, which can be carried-out by unskilled personnel allowing production to be resumed immediately without the need for fine-tuning adjustments.

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FREUND VECTOR Fluidbed Dryers and Dryers/Ovens FREUND VECTOR FL-M-3
Fluidbed Dryers and Dryers/Ovens FREUND VECTOR FL-M-3
24-1278
FREUND VECTOR
FL-M-3
2007

Vector Model FML3 Developmental Fluid Bed Dryer (Year of Construction 2007)
With their standard drying, top spray and bottom spray capabilities, the VFC-LAB FLO-COATER® series are the most versatile lab-scale fluid bed systems available. The unique design of the combined product container/processing insert and integrated solution pump eliminates the need for costly "add-ons". The combined product container also allows for quick changeover and cleaning between processes. Portable, flexible, cleaning efficient and easy to operate, the VFC-LAB series is the perfect solution for your process development requirements. The Vector is a self-contained laboratory fluid bed unit. To offer fluid bed equipment capable of meeting specific requirements, yet versatile enough to cover all aspects of fluid bed technology, Vector employs a system concept.

Each component plays an integral role in the overall performance of a given process. Vector system. Vector systems consist of several basic components with many options to choose from. The basic fluid bed unit with insert. 8 litre product container for drying/granulation. electrical control panel HMI Peristaltic pump unit Exhaust/intake blower Heat exchanger The FL-Multi-3 provides a controlled environment for product to be prepared with a minimum of waste, damage and contamination under safe conditions.
TECHNICAL DATA :
Height 2445 mm
Width 1803 mm
Length 813 mm
Voltage 460 VAC , 60 Hz , 3 PH
Installed power 20 Kw

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Axomatic High Shear Mixers/Powder Mixers/Mills/Granulators/Roller Compactors Axomatic  MIX 50
High Shear Mixers/Powder Mixers/Mills/Granulators/Roller Compactors Axomatic MIX 50
24-1276
Axomatic
MIX 50
2011

Axomatic MIX 50 turbo emulsifier from 2011
- Slow counter-rotating cosial mixing with Teflon scrapers
- Homogenising turbine (speed up to 3,000 rpm).
- Colour touch screen control panel to display all main machine functions.
- Mechanical lid lift.
- Mechanical container tipping to facilitate unloading the finished product.
- Hopper for loading essences.
- Central valves at the bottom of the machine for vacuum incorporation of raw materials and/or unloading of finished product.
- Mirror and lamp for inspection during mixing phase
Vessel technical data
Max. water pressure 2 bar
Water consumption 5 litres/minute
Max. capacity 67 litres
Minimum workable 30% of vessel capacity
Mixing speed 35 / 70 rpm
Turbine speed Up to 3000 rpm
Lifting and tilting Hydraulic Max. temperature 90 C° Vacuum - 0.7 bar

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BOSCH Capsule Filling Machines/Capsule Polishing Machines BOSCH GKF 720
Capsule Filling Machines/Capsule Polishing Machines BOSCH GKF 720
24-1318
BOSCH
GKF 720
2019

Capsule filling machine BOSCH GKF 720
Model: BOSCH GKF 720
Year of construction: 2019
Weight: 1500 kilogram
Operating hours: 4.130 hours
Output: 3,000-43,500 capsules per hour.
Capsule barrel: 12 segments with 5 holes per segment.
Format tool Capsule size: 0 EL
Further equipment:
Nilfisk empty capsule conveyor (Model: 9505) (85 kg)
Dust extraction system:
Spare parts package
Additional tamping tool capsule size 1
Additional equipment:

IPK with automatic weight regulation.
ASB - Automatic fault repair.

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Uhlmann Blistering Machines Uhlmann UPS 1070
Blistering Machines Uhlmann UPS 1070
LB259A
Uhlmann
UPS 1070
2000

Highlights

• Complete ELAU upgrade with 15" TFT TouchControl screen
• Complete mechanical overhaul
• Lateral web control forming film
• Cutting and splicing table
• Splice detection
• 3 zone heating station
• Berlex feeding boxes with product level control
• Safety flap
• Camera inspection for product, print position and product verification after sealing
• Lid foil unwind stand from the rear to include cut and splice table, splice detection (inside and outside), low level monitoring, reversing shoulder and lateral web control
• Sealing station
• Contact station
• Embossing station
• Punch station
• Vacuum belt outfeed
• Upgrade to main pneumatics with air dump valve

Technical data
Max. output
1200 blister/min.
Foil width
min 150 mm, max 300 mm
ET index
min 130 mm, max 280 mm
MT index
min 30 mm, max 120 mm
Blisterlanes
max 3-lanes
Blister dimension length
min 30 mm, max 120 mm
Blister dimension width
min 60 mm, max 284 mm
Forming depth
max 10 mm (PVC foil) max 8/10 mm (Alu foil)

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Hapa AG Flexographic machine Hapa AG H 230 S-1C-LR
Flexographic machine Hapa AG H 230 S-1C-LR
23-810
Hapa AG
H 230 S-1C-LR
2006

Printing system Hapa H 230 S-1C-LR m.n. 26065 from 2006
Max. print area HAPA 230 180 x 300 mm
Max performance (number of print cycles): 120 pr minute
Max printing speed: 21,6 m/min
Max draw-off speed: 20 m/min
approx. weight of top mounted machine Hapa 230 : 370 kg
approx. weight of integrated machine Hapa 230 : 170 kg
separate electrical cabinet: 200 kg
infeed dancer: 380 mm of stored web
outfeed dancer: 980 mm of stored web
Input material Aluminium, PVC, paper
Web width Hapa230: max 370 mm
Ink printing: Hapa UV links in cartridges
Dryer Hapa 230: UV lamp 12 W/cm, no ozone
Power supply (4 wire network) 6kVA
Voltage: 480 V and 60 Hz
Maximum power consumption per phase 10A
Compressed air 6 bar
Output flume flow exhaust air: 250 m3/h
Temperature output 70°C

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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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