中古ボトルドライヤー Matrix 製 2012年製 12000本/時

Matrix Dryer 1 Neck E

Used Bottle Dryer Matrix year 2012 12000 bph
The Used Bottle Dryer Matrix year 2012 12000 bph provides a linear drying solution for bottles in high-speed bottling lines. The Italian manufacturer Matrix built this model in 2012 and named it Dryer 1 neck. The system, therefore, uses targeted airflow to dry the neck area of each bottle efficiently. It processes up to 12,000 bottles per hour, which enables seamless integration into automated bottling systems.
Mechanical Configuration and Operating Features
Bwsdpfxjyhbwlj Ab Toh
This linear system guides bottles through a single-entry point, which ensures precise flow control and consistent alignment during drying. The Used Bottle Dryer Matrix year 2012 12000 bph includes six drying heads that direct airflow specifically to the neck. As a result, the unit delivers highly effective drying before labeling or secondary packaging.
In addition, the machine handles all bottle formats without requiring mechanical changeovers. Consequently, operators can switch between formats quickly, maintaining flexibility across different production needs. Moreover, the uniform layout of the drying heads guarantees consistent results regardless of bottle size or shape.
Because of its modular construction, technicians can perform cleaning and inspection operations with minimal downtime. Similarly, maintenance staff can access internal components without dismantling adjacent units.
Dimensions, Electrical Supply, and Energy Use
The machine measures 1000 mm in length, 1000 mm in depth, and 2000 mm in height. These compact dimensions allow technicians to install the dryer easily within standard bottling environments. Furthermore, its footprint prevents interference with upstream and downstream machinery.
The Used Bottle Dryer Matrix year 2012 12000 bph operates on 400 Volts, at 50 Hz, and consumes 5.5 kW. These values match typical European industrial standards. Therefore, engineers can connect the unit without additional power conversion or infrastructure changes. In terms of energy efficiency, the machine balances high output with relatively low consumption.
Additionally, the robust frame ensures mechanical stability during continuous use. As such, it supports uninterrupted production in demanding environments.
Safety Systems, Integration, and Operational Status
Matrix equipped the unit with comprehensive safety systems, which comply with regulations in force at the time of manufacture. These include emergency stop buttons and protective panels, both of which ensure operator safety during regular operation and maintenance. Moreover, these safeguards reduce the risk of accidents and equipment damage.
The machine currently remains in ready-for-operation condition. For this reason, technical teams can deploy it without preliminary servicing or calibration. Moreover, its single-bottle entry system facilitates easy alignment with conveyors...