Contact us to receive an offer.
| Manufacturer | Bosch |
|---|---|
| Model | DRN 3010 |
| Year | 2012 |
| Location | United Kingdom
|
| Category | Miscellaneous pharmaceutical / chemical machines |
| Weight | 1550 kg |
| worked hours | 1050 hours |
| hours under power | |
| state | excellent |
| At local norms | --------- |
| status | |
| Last availability date | 19/01/2026 |
| Product id | P220729030 |
| Language |
Bosch DRN 3010
Farmaceutický / chemický stroj Bosch DRN 3010
Bosch DRN 3010
Bosch DRN 3010 Sonstige pharmazeutische / chemische Maschine
Bosch DRN 3010
Bosch DRN 3010 Ampoule Colour Ring Coding Machine
Máquina de farmacéutico / química miscelánea Bosch DRN 3010
Machine pharmaceutique / chimique Bosch DRN 3010
Bosch DRN 3010
Bosch DRN 3010
Macchina farmaceutica / chimica Bosch DRN 3010
Bosch DRN 3010
Bosch DRN 3010
Maszyna przemysłu farmaceutycznego Bosch DRN 3010
Bosch DRN 3010
Bosch DRN 3010
Bosch DRN 3010 Разное фармацевтическое оборудование
Bosch DRN 3010
Bosch DRN 3010
Çeşitli farmasötik makinalar Bosch DRN 3010
|
The Bosch DRN 3010 is an industrial machine designed for the color ring marking of ampoules ranging from 1 ml to 20 ml in volume, suitable for pharmaceutical or chemical applications. Manufactured in 2012, this machine weighs approximately 1550 kg and requires a 400 V, 3-phase, 50 Hz electrical installation.
The main machine footprint measures 250 x 170 x 206 cm, with an additional electrical cabinet measuring 120 x 55 x 221 cm. It is engineered to operate directly after ampoule filling and sealing, applying color ring codes at speeds up to 24,000 ampoules per hour. The machine can accommodate up to four plug-in color ring units, enabling the use of up to six colors for electronic code reading, which allows for 1,296 different electronically readable ring combinations.
Technical specifications include compatibility with ampoules having diameters from 9.0 mm to 23.0 mm and heights from 45.0 mm to 130.0 mm, with a maximum output speed of 400 ampoules per minute when fitted with the appropriate format parts. The machine is supplied complete with three plug-in color ring units and five sets of format parts suitable for 1 ml, 2 ml, 5 ml, 10 ml, and 20 ml ampoules, all compliant with DIN/ISO 9187-1 standards.
Construction features a stainless steel clad cabinet housing the drive unit and gear train, supporting various operating stations. Ampoules are fed from trays or similar containers onto an inclined infeed chute, held upright by weighted roller plates, and moved against a worm-screw into a rotating turret. Stainless steel roller bearings hold the ampoules, allowing free rotation, while rubber wheels enable rotation where required.
The turret indexes ampoules through multiple color marking stations where different colors or combinations are applied via narrow ink marking discs during rotation. Following marking, ampoules pass through a synchronized star-wheel drying station equipped with an adjustable infra-red radiation lamp assembly that quickly dries the color rings without noticeably heating the product inside.
After drying, ampoules are transferred to an outfeed star-wheel and onto a chute for collection (trays not included). The operating area is enclosed within safety-interlocked glass doors for easy access during cleaning, ink changes, and size adjustments.
Operator controls are managed via a 15" SVGA color touchscreen panel mounted at eye level on the main electrical cabinet. All machine functions, including the setup and storage of marking recipes, are controlled through a Windows-based interface. The electrical installation includes a double-door control cabinet housing a Siemens S7-300 PLC unit. Operation and electrical documentation are provided in English.
The machine and control panel appear clean and well maintained. The control panel features a touchscreen interface, an emergency stop button, and a key switch for safety and operational control. Internal mechanical parts, including conveyor belts and rotary mechanisms with pneumatic or hydraulic lines, are enclosed within transparent protective casings, allowing visual monitoring while maintaining safety. Metal components show minor wear but are generally clean, indicating careful usage.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
Security by colour ring marking for Ampoules 1, 2, 5, 10 and 20 ml
Electrical Installation 400 V, 3 Ph, 50 Hz
Floor Space - DRN 3010 Machine 250 x 170 x 206 cm
Floor Space - Electrical Cabinet 120 x 55 x 221 cm
This machine is designed to be used directly after the Ampoule filling and sealing process to colour ring code at speeds of up to 24,000 per hour. The machine can accommodate up to 4 plug in colour ring units giving a possibility of up to 6 colours for electronic code reading. This results in a possible 1,296 different electronically readable ring combinations.
When fitted with the appropriate format parts, the machine has the following technical specifications:
Ampoule Dia. min. 9.0 mm
Ampoule Dia. max. 23.0 mm
Ampoule Height min. 45.0 mm
Ampoule Height max. 130.0 mm
Output Speed max. 400/minute
This machine is offered complete with 3 plug-in colour ring units 5 sets of format parts
suitable for 1ml, 2ml, 5ml, 10ml and 20 ml Ampoules (all according to DIN/ISO 9187-1).
The machine comprises of a Stainless Steel clad cabinet, which houses the drive unit and gear train and supports the various operating stations. It is a continuously working machine which has rotating turrets and star-wheels in which Ampoules are indexed through the various marking and drying stations. Ampoules from trays or similar containers are placed onto an inclined infeed chute. Weighted roller plates are placed behind the Ampoules which hold them upright and push them down against a worm-screw. The worm-screw feeds the Ampoules into a rotating turret, where they are held between Stainless Steel ‘Roller Bearings’. These allow the Ampoules to rotate freely
and – where rotation is required – rubber wheels set the Ampoules in rotation.
The turret indexes the Ampoules through the colour marking stations where different colours or colour combinations are applied to the Ampoule necks via a narrow ink marking disc and a roll-off process while the Ampoules rotate.
Once the Ampoules have passed through all the marking stations they transfer into a synchronised driven star-wheel which indexes them through the drying station. The drying station comprises an infra-red radiation lamp assembly which quick dries the colour rings as they pass through without the product inside the Ampoule being noticeably heated. The drying lamp assembly is height-adjustable via motor drives to allow optimal setting for different Ampoule heights.
After drying, the Ampoules transfer into an outfeed starwheel which indexes them out of the operating area on to a chute where they can be collected in trays or similar
containers (not included).
The operating area of the machine is enclosed within safety interlocked glass doors allowing easy access for cleaning, ink change and size change.
Operator controls are located in a 15” SVGA colour, touch-screen operator panel which is mounted at eyelevel in the main electrical cabinet. All machine functions are controlled from the Windows based operator panel including the set-up of new marking
‘recipes’ which can be stored and recalled as required. The main electrical installation is housed in a doubledoor control cabinet and includes a Siemens S7-300 PLC unit.
Operation and Electrical documentation is in English
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
When was this Bosch DRN 3010 manufactured?
This Bosch DRN 3010 pharmaceutical machine was manufactured in 2012.
What is the condition of the equipment?
This equipment is in very good condition.
Is this Bosch DRN 3010 currently connected to power?
This Bosch DRN 3010 machine is connected to power.
What type of inks does this machine use?
This machine uses specialist quick drying inks, which can be purchased through Bosch / Syntegon or from third-party suppliers.
The following questions and answers are generated using artificial intelligence based on the product information available. They are provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| Client type | Machinery dealer |
| Active since | 2014 |
| Offers online | 20 |
| Last activity | Nov. 3, 2026 |
Security by colour ring marking for Ampoules 1, 2, 5, 10 and 20 ml
Electrical Installation 400 V, 3 Ph, 50 Hz
Floor Space - DRN 3010 Machine 250 x 170 x 206 cm
Floor Space - Electrical Cabinet 120 x 55 x 221 cm
This machine is designed to be used directly after the Ampoule filling and sealing process to colour ring code at speeds of up to 24,000 per hour. The machine can accommodate up to 4 plug in colour ring units giving a possibility of up to 6 colours for electronic code reading. This results in a possible 1,296 different electronically readable ring combinations.
When fitted with the appropriate format parts, the machine has the following technical specifications:
Ampoule Dia. min. 9.0 mm
Ampoule Dia. max. 23.0 mm
Ampoule Height min. 45.0 mm
Ampoule Height max. 130.0 mm
Output Speed max. 400/minute
This machine is offered complete with 3 plug-in colour ring units 5 sets of format parts
suitable for 1ml, 2ml, 5ml, 10ml and 20 ml Ampoules (all according to DIN/ISO 9187-1).
The machine comprises of a Stainless Steel clad cabinet, which houses the drive unit and gear train and supports the various operating stations. It is a continuously working machine which has rotating turrets and star-wheels in which Ampoules are indexed through the various marking and drying stations. Ampoules from trays or similar containers are placed onto an inclined infeed chute. Weighted roller plates are placed behind the Ampoules which hold them upright and push them down against a worm-screw. The worm-screw feeds the Ampoules into a rotating turret, where they are held between Stainless Steel ‘Roller Bearings’. These allow the Ampoules to rotate freely
and – where rotation is required – rubber wheels set the Ampoules in rotation.
The turret indexes the Ampoules through the colour marking stations where different colours or colour combinations are applied to the Ampoule necks via a narrow ink marking disc and a roll-off process while the Ampoules rotate.
Once the Ampoules have passed through all the marking stations they transfer into a synchronised driven star-wheel which indexes them through the drying station. The drying station comprises an infra-red radiation lamp assembly which quick dries the colour rings as they pass through without the product inside the Ampoule being noticeably heated. The drying lamp assembly is height-adjustable via motor drives to allow optimal setting for different Ampoule heights.
After drying, the Ampoules transfer into an outfeed starwheel which indexes them out of the operating area on to a chute where they can be collected in trays or similar
containers (not included).
The operating area of the machine is enclosed within safety interlocked glass doors allowing easy access for cleaning, ink change and size change.
Operator controls are located in a 15” SVGA colour, touch-screen operator panel which is mounted at eyelevel in the main electrical cabinet. All machine functions are controlled from the Windows based operator panel including the set-up of new marking
‘recipes’ which can be stored and recalled as required. The main electrical installation is housed in a doubledoor control cabinet and includes a Siemens S7-300 PLC unit.
Operation and Electrical documentation is in English
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
When was this Bosch DRN 3010 manufactured?
This Bosch DRN 3010 pharmaceutical machine was manufactured in 2012.
What is the condition of the equipment?
This equipment is in very good condition.
Is this Bosch DRN 3010 currently connected to power?
This Bosch DRN 3010 machine is connected to power.
What type of inks does this machine use?
This machine uses specialist quick drying inks, which can be purchased through Bosch / Syntegon or from third-party suppliers.
The following questions and answers are generated using artificial intelligence based on the product information available. They are provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| Category | Miscellaneous pharmaceutical / chemical machines |
| Weight | 1550 kg |
| worked hours | 1050 hours |
| hours under power | |
| state | excellent |
| At local norms | --------- |
| status | |
| Last availability date | 19/01/2026 |
| Product id | P220729030 |
| Language |
Bosch DRN 3010
Farmaceutický / chemický stroj Bosch DRN 3010
Bosch DRN 3010
Bosch DRN 3010 Sonstige pharmazeutische / chemische Maschine
Bosch DRN 3010
Bosch DRN 3010 Ampoule Colour Ring Coding Machine
Máquina de farmacéutico / química miscelánea Bosch DRN 3010
Machine pharmaceutique / chimique Bosch DRN 3010
Bosch DRN 3010
Bosch DRN 3010
Macchina farmaceutica / chimica Bosch DRN 3010
Bosch DRN 3010
Bosch DRN 3010
Maszyna przemysłu farmaceutycznego Bosch DRN 3010
Bosch DRN 3010
Bosch DRN 3010
Bosch DRN 3010 Разное фармацевтическое оборудование
Bosch DRN 3010
Bosch DRN 3010
Çeşitli farmasötik makinalar Bosch DRN 3010
|
The Bosch DRN 3010 is an industrial machine designed for the color ring marking of ampoules ranging from 1 ml to 20 ml in volume, suitable for pharmaceutical or chemical applications. Manufactured in 2012, this machine weighs approximately 1550 kg and requires a 400 V, 3-phase, 50 Hz electrical installation.
The main machine footprint measures 250 x 170 x 206 cm, with an additional electrical cabinet measuring 120 x 55 x 221 cm. It is engineered to operate directly after ampoule filling and sealing, applying color ring codes at speeds up to 24,000 ampoules per hour. The machine can accommodate up to four plug-in color ring units, enabling the use of up to six colors for electronic code reading, which allows for 1,296 different electronically readable ring combinations.
Technical specifications include compatibility with ampoules having diameters from 9.0 mm to 23.0 mm and heights from 45.0 mm to 130.0 mm, with a maximum output speed of 400 ampoules per minute when fitted with the appropriate format parts. The machine is supplied complete with three plug-in color ring units and five sets of format parts suitable for 1 ml, 2 ml, 5 ml, 10 ml, and 20 ml ampoules, all compliant with DIN/ISO 9187-1 standards.
Construction features a stainless steel clad cabinet housing the drive unit and gear train, supporting various operating stations. Ampoules are fed from trays or similar containers onto an inclined infeed chute, held upright by weighted roller plates, and moved against a worm-screw into a rotating turret. Stainless steel roller bearings hold the ampoules, allowing free rotation, while rubber wheels enable rotation where required.
The turret indexes ampoules through multiple color marking stations where different colors or combinations are applied via narrow ink marking discs during rotation. Following marking, ampoules pass through a synchronized star-wheel drying station equipped with an adjustable infra-red radiation lamp assembly that quickly dries the color rings without noticeably heating the product inside.
After drying, ampoules are transferred to an outfeed star-wheel and onto a chute for collection (trays not included). The operating area is enclosed within safety-interlocked glass doors for easy access during cleaning, ink changes, and size adjustments.
Operator controls are managed via a 15" SVGA color touchscreen panel mounted at eye level on the main electrical cabinet. All machine functions, including the setup and storage of marking recipes, are controlled through a Windows-based interface. The electrical installation includes a double-door control cabinet housing a Siemens S7-300 PLC unit. Operation and electrical documentation are provided in English.
The machine and control panel appear clean and well maintained. The control panel features a touchscreen interface, an emergency stop button, and a key switch for safety and operational control. Internal mechanical parts, including conveyor belts and rotary mechanisms with pneumatic or hydraulic lines, are enclosed within transparent protective casings, allowing visual monitoring while maintaining safety. Metal components show minor wear but are generally clean, indicating careful usage.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| Client type | Machinery dealer |
| Active since | 2014 |
| Offers online | 20 |
| Last activity | Nov. 3, 2026 |
EN
- Languages
English (GB)