+39 0331 1693557
inti@intisrl.it
Download of all our available used machinery
The Ozaf E30 AG is an automatic elevator used in industry to handle and feed materials and products. The Ozaf automatic loosener is an add-on that is often used in conjunction with the elevator to loosen materials and facilitate continuous feeding.
cleat elevator conveyor, brand: Ozaf; type: E/30 AG; year: 2008;
overall dimensions: (L) 1500 mm x (W):1150 mm x (H): 2650 mm;
description:
hopper dimensions 115x85cm,
fall height about 230cm;
feeding on Ozaf bowl;
unscrambler, brand: Ozaf; type: AC 1500 SG; year: 2008; stainless steel: yes; dimension H: 2000 mm;
description: diameter 1500mm, with cup return conveyor system, currently equipped with 5mL wafer cups, total length with conveyor belt and tank 3.8m;
Capacity approx. 160-180 units per minute.
Tablet Press
Number of punch stations: 35.
Output tablets: 210,000/h.
Max. tablet diameter: 13 mm.
Max. filling depth: 18 mm.
Max. tablet thickness: 8,5 mm.
Max. compression force: 100 kN.
Max. initial compression force: 20 kN.
Dieplate speed: 15-100 rpm .
Etichettatrice
Produttore: Pago
Modello: SYS 120 duplex
Conforme alle norme CE
voltage: 220/240 Hz50 / Amps 16 Phase: single
Auger filling machine from ALL-FILL Fully automatic filling with no-tools container change-overs, All-Fill’s in-line machines can fill a wide range of containers with fill weights from 1g to 15kg depending on the optionals. This powder filler 200 from 2002 with 2 heads.
The MULTIFILL F550 capping machine (is part of a whole line) and is ideal for a variety of products, such as syrups, solutions, suspensions, eye and ear drops, sugar or viscous intranasal products.
1.Stand-alone CIP/SIP system.
2.Straightening system for dip-tubes.
3.Height adjustable filling turret by means of brushless motor.
4.GMP compliance improved.
5.Alu capping applied force check and capping torque
Min. Max.
Bottle diameter (mm) 16 80
Bottle height (mm) 40 185
Max closure diameter (mm) – –
Filling heads (6) 12
Closing heads –
Out-put (Bottles/h) Up To 24,000
Installed power 3 kW
Voltage 400 V – 50 Hz
Height 1,600 Kg
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See our machines in this line:
23-1082 B.M.C Engineering BCM 500-120 Bottle positioner with scrambler
23-1081 Romaco Romaco Airjet 3000 Bottle blower Romaco Airjet 300
23-1080 IMA IMA SV2-12-EFS TWIN_ Tablet counter
23-1079 Romaco Romaco Bosspak RTC 15 control unit
23-1078 IMA IMA Libra F550 Screwdriver
23-1077 IMA Enercon enercon Super Seal 100 Induction sealer enercon IM5022-66
23-1076 IMA IMA Swiftpack ILSP Induction screwdriver + IMA Swiftpack sealer
23-1075 IMA IMA Libra Sensitive ROTO Bottle labeller
23-1074 HERMA Herma H400S tamper evident, serialisation and OCS checkweigher
23-1073 OCS OCS Typo HC checkweigher
23-1072 OLI 210 /olimat 3D/Ü Case packer
Mixing tank from SCHUBERTH EQUIPMENTS & SERVICE 1200 litres from 1995
23-1123A Washing machine brand : Steriline Model RA-V2 of 2002 (part of a 23-1123 Washing machine + Tunnel + Filler line)
Available sizes : 2R, 6R, 10R, 20R and 50H
Rotating washing machine designed to process bottles, vials, carpules using intermittent or continuous motion.
RA-RC ROTARY WASHING MACHINE
Rotating washing machine designed for the treatment of bottles, ampoules, carpules using intermittent or continuous motion.
All parts in contact with the product are made of AISI 316L stainless steel. Other parts, such as the frame, shafts and bearings made of AISI 304 stainless steel.
Pressure and temperature monitoring of the various cleaning liquids.
One-way processing of the bottle, thus avoiding possible contamination.
Options include: ultrasonic bath, recycled water, fresh water, compressed air, siliconising and more on request.
Compliance with cGMP, GAMP and 21CFR Part11 requirements.
The integrated control system with PLC and HMI technology automatically controls all functional parameters of the rotary washing machine according to the different sizes and types of glass containers.
Key features
Capacity up to 24,000 pcs/h
Bottle sizes 2R-100H, vials 1-10 ml, carpules 1-3 ml
Short change-over times
The compact washing & sterilizing line model RA-V2/ STC20 is equipped to handle glass vials having the following dimensions:
GLASS VIAL DIAMETER HEIGHT WEIGHT OUTPUT
ml type mm mm g v/h
2 R 16 35 5,0 3.000
6 R 22 40 8,3 2.000
10 R 24,00 45 10,0 1.500
20 R 30,00 55 17,4 900
50 H 42,5 73 50 270
The line can operate vials with max diameter mm 52 and max height mm 120.
To operate different vials from those in the table, it is necessary to equip the washing machine with the size change parts.
The production capacity depends on weight, diameter, shape of vials and the air temperature in the sterilizing chamber.
The processing parameters for each washing and sterilizing cycles are included in the recipes parameters setting.
23-1123A DEPIROGENATION TUNNEL Brand Steriline Model STC20 from 2002 (part of a 23-1123 Washing Machine + Tunnel + Filler line)
Main features
Compact design
Consistent performance throughout product life cycle
Energy saving
Various production possibilities for processing vials, ampoules and carpules
Designed to sterilise and depyrogenate glass containers in a continuous process that maintains an ISO5 environment over the entire length of the three chambers: inlet chamber, hot chamber, cooling chamber.
Thermal cycle designed to ensure a pyrogen reduction of 3 to 6 logs, minimum.
Sterilisation of the cooling chamber.
Automatic air speed regulation.
Compliance with cGMP, GAMP and 21CFR Part11 requirements.
Available sizes: 2R, 6R, 10R, 20R and 50H
The compact washing & sterilizing line model RA-V2/ STC20 is equipped to handle glass vials having the following dimensions:
GLASS VIAL DIAMETER HEIGHT WEIGHT OUTPUT
ml type mm mm g v/h
2 R 16 35 5,0 3.000
6 R 22 40 8,3 2.000
10 R 24,00 45 10,0 1.500
20 R 30,00 55 17,4 900
50 H 42,5 73 50 270
The line can operate vials with max diameter mm 52 and max height mm 120.
To operate different vials from those in the table, it is necessary to equip the washing machine with the size change parts.
The production capacity depends on weight, diameter, shape of vials and the air temperature in the sterilizing chamber.
The processing parameters for each washing and sterilizing cycles are included in the recipes parameters setting.
Filling and capping machine: Groninger. Model KFVG 251 from 2008 (part of a 23-1123 Washer + Tunnel + Filler line)
Bosch Strunck depyrogenation tunnel model TLQ U22 from 1988
Producer Strunk (Bosch)
Modell TLQ U24
capacity max. 15000V/h
tunnel width 400mm
hot air filter feltproof
dimensions (approximately):
- tunnel L = 3,0m W = 1,3 m H =2,4 m; 2500 kg estimated
Air requirements:6 BAR
Voltage: 220 VOLT
Frequency: 60 HERTZ
Phase: 3+1
The Enercon Super Seal™ 100 Model LM5022-66 from 2016 induction cap sealer is the industry standard for cap sealing. It is recognized for their ability to reliably create hermetic seals that prevent leaks, preserve freshness & provide tamper evidence.
Induction Sealing is a process used to seal containers hermetically by using an electromagnetic field to heat a heat-sealable foil liner located within a closure. The Super Seal™ Induction Cap Sealer converts a line voltage (240 VAC 1Ø or 3Ø / 50/60 Hz) to a high-frequency electromagnetic field in the sealing head. This electromagnetic field heats your liner by inducing currents into the metal of the foil liner located within the closures of your containers.
High sealing speeds can be obtained using this process making it well suited for both production lines and laboratory applications.
Material Variations
Depending on the type of polymer used, an induction seal can meet FDA requirements for "tamper evident" packaging, or may simply provide leakage protection and shelf life extension, often referred to as a "freshness seal". Many varieties of inner seal polymers have been developed and are available from a number of suppliers. Suppliers can assist you in the selection of the proper liner for the multitude of products and packaging methods used in the packaging industry.
The Sealing Process
When the closure is placed onto the container and placed within the electromagnetic field produced by the sealing head, several things occur.
1. An electrical current, called an eddy current, is induced into the aluminum foil, resulting in a resistance-type heating effect.
2. The polymer coating melts and flows around the lip of the container.
3. In Multiple Layer Liners the wax bond holding the foil liner to the backing material is melted and the wax is absorbed into the backing material.
When the electromagnetic field is shut off the polymer cools and hardens, bonding the foil to the container lip. When the closure is removed from the container the metal foil will remain bonded to the lip of the container and any backing materials (Multiple layer liners only) will remain inside the closure.
NOTE:
A fundamental requirement for induction cap sealing is to have the proper amount of torque on the cap, which exerts a downward force when sealing.
Consult your cap supplier for the recommended torque of your cap. A rule of thumb is to equate half the liner's millimeter size (diameter) to inch-pounds of torque. For example, a 53mm liner would require 27 inch-pounds of torque.
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The CFS 1200 is a development-scale machine and is fully automated, GMP compliant and will fill and/or seal capsules using Capsugel's unique non-banding sealing technology at a rate of 1200 capsules/hour with liquid or semi-solid formulations. lt is specifically designed to enable formulation scientists to better exploit the potential of lipid-based formulations tor poorly soluble compounds. lt helps accelerate the development time frame, particularly tor Phase 1 studies, thereby achieving 'Faster Time to First in Man'
The CFS1200 is designed to fill and to seal two-piece capsules, with the filling material being either liquid or semi-solid.
Technical Specifications:
CFS 1200 dimensions:
Width 1000 mm x Height 930 mm Dept 600 mm weight 150 kg
Electrical:
Voltage 230V AC – 1 phase / 110 V AC 1 phase
Frequency 50 Hz / 60 Hz
Current 7 A max / 14 A max
Compressed air:
Air dry, oil free
Conncetion type 8x12x mm minimum
Pressure: 6 bar
Minimum operation pressure 4,5 bar
Production related specifications:
CFS120 compatible LICAPS sze 4/3/2/1/0/00EL/000 (only 1 sized parts set included)
high-speed labelling machine of vials and bottles IMA Libra Sensitive ROTO from 2007 ensures an extremely precise application of labels providing information related to the content of the containers.
Model Sensitive Roto
Maximum output (pieces/minute) 600
Installed power (kW) 3
Standard voltage 400 V – 50 Hz
Bottle maximum height (mm) 220
Bottle diameter (mm) 16-86
Label height (mm) 10-100
Label length (mm) 15-250
Label reel diameter (mm) 400
Label accuracy (mm) ±1
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See our machines in this line:
23-1082 B.M.C Engineering BCM 500-120 Bottle positioner with scrambler
23-1081 Romaco Romaco Airjet 3000 Bottle blower Romaco Airjet 300
23-1080 IMA IMA SV2-12-EFS TWIN_ Tablet counter
23-1079 Romaco Romaco Bosspak RTC 15 control unit
23-1078 IMA IMA Libra F550 Screwdriver
23-1077 IMA Enercon enercon Super Seal 100 Induction sealer enercon IM5022-66
23-1076 IMA IMA Swiftpack ILSP Induction screwdriver + IMA Swiftpack sealer
23-1075 IMA IMA Libra Sensitive ROTO Bottle labeller
23-1074 HERMA Herma H400S tamper evident, serialisation and OCS checkweigher
23-1073 OCS OCS Typo HC checkweigher
23-1072 OLI 210 /olimat 3D/Ü Case packer
The BCM linear unscrambler machine sorts, straightens, orients, positions and transports any rigid object. This machine is built into packaging lines in order to feed downstream operations (filling, labelling, capping, assembly, control, etc…).
BCM is the only company on the global market manufacturing linear bottle unscramblers. The advantages of the linear system are:
• High flexibility with low changeover time, multiple formats and small series production
• A simple and reliable mechanical device with low maintenance
• Almost no parts in movement, what means low wearing
• A very compact solution
• A “first in first, first out system” meaning that the bottles will not stay very long in the system and be scratched. Absolutely necessary for sensible PET or soft-touch bottles.
• Low compressed air and electricity consumption.
• Possibility to orientate the bottle around their vertical axis before setting them into the pucks
• Possibility to integrate straightener and pusher to guarantee the position of the bottle into the pucks.
Performances of the unscrambler:
• Speeds: from 50 Units/min
• 4 available Formats: Diameter 39 x 55 mm / 43 x 73 mm / 52,5 x 101 mm / 70 x 127 mm
• Format changeover time: from 2 to 5 minutes
• Material of the objects to be handled: PE, PET, HDPE, LDPE, PP, PVC, Aluminium, surfaces soft-touch
Via XXV Aprile, 8
21054 Fagnano Olona (VA)
Italia
Tel. +39 0331 1693557
email: inti@intisrl.it
