Glass and PET Bottle Filling and Capping Monoblock KHS Innofill 32000 bph
SKU: 11022026
KHS Innofill ER-ZMS with 80 filling valves and two cappers filling and capping monoblock, designed for the filling beer and CSD in to glass and PET bottles. Manufactured by KHS Germany in 1997 and comprehensively modernized in 2023 including a complete new Siemens S7-1500 control system, the machine combines proven mechanical reliability with modern automation technology.
Technical Details
- Manufacturer KHS Germany
- Manufacturer's type Innofill ER-ZMS 80/7/15/15
- Capacity up to 32000bph in 330 ml
- Application Filling glass and PET bottles with beer and CSD
- Filling capacity 32’000 bph in 330ml
- Number of filling valves 80 pcs
- Change parts for glass 275ml, 330ml, 350ml, 350ml and 700ml
- Change parts for PET 500ml and 1500ml
- Cap for glass bottles Aluminium Crown Cap
- Cap for PET bottles Aluminium Screw Cap
- Number of capping heads Both capper has 15 capping heads
- Control PLC Siemens S7-1500
Glass Bottle Filling and Capping Monoblock KHS Innofill 32000 bph
The KHS Innofill ER-ZMS is a 80 filling valve, fully automatic rotary glass bottle filling and capping monoblock designed for the bottling of beer, carbonated soft drinks and other beverages in glass bottles. The filler was manufactured in 1997 and refurbished in 2023 with new Simens Simatic S7 series control system.
The filler is a counter-pressure filler and it has two capping units integrated in one monoblock triblock. Both cappers has 15 capping heads, crown capper for glass bottles and screw capper for PET bottles, providing flexibility on production using the same production line.
The KHS Innofill DRS-ZMS is a fully automatic electronic pressure filling system designed for hygienic filling of carbonated beverages. Product, gas and CIP media are supplied through hygienic, deposit-free sealing systems to ensure reliable sanitation and product quality.
The filler uses fill level probes to achieve accurate and consistent filling. Bottles are first subjected to triple pre-evacuation and double CO₂ purging before pressurization. The product is then introduced through a swirler, allowing gentle filling along the bottle wall and minimizing foaming.
High filling speeds are achieved during the main filling phase, while a slower final filling stage in the bottle neck ensures precise fill level control. Once the target level is reached, the liquid valve closes automatically. Pressure-controlled snifting follows, ensuring low-foam operation. All filling parameters and fill levels can be adjusted centrally through the control system, even during production.