Solid batch blender Quantum

for plastic pelletsgravimetricfor the plastics industry

Overview
Quantum gravimetric blenders are designed for precise dosing and homogeneous mixing of all plastic materials. Constructed with stainless steel process-contact surfaces, they are suitable for critical hygienic environments such as medical and food packaging. The semi-spherical mixer body and special shaft geometry prevent stagnation and ensure uniform blending. The range supports up to 6 removable dosing stations to simplify emptying and cleaning.

Key features

• High-precision gravimetric dosing
• Capacity: up to 800 kg/h
• Up to 6 removable dosing stations
• Semi-spherical mixer geometry with special shaft design to avoid stagnation
• All process-contact surfaces in stainless steel for hygienic applications
• Immune to vibrations and suitable for remote installation above the processing machine
• Quick material change and simplified cleaning

Control, monitoring & software
Available with the Premium Evo 10" touchscreen for access to settings, events and alarms. Ethernet and USB interfaces allow log export and integration with supervision systems (e.g. Piovan Winfactory 4.0). Software functions include consumption calculation for stock/production optimisation and traceability of production phases to support quality departments.

Optional accessories / additional notes

• Quantum+ versions can be fitted with an ioniser to reduce electrostatic phenomena

Technical specifications

• Type: Gravimetric blender
• Maximum throughput: up to 800 kg/h
• Dosing stations: up to 6 (removable)
• Material of contact surfaces: stainless steel
• Mixer geometry: semi-spherical
• Control: Premium Evo 10" touchscreen (optional)
• Communications: Ethernet port, USB interface
• Integration: compatible with supervision/Industry 4.0 systems (e.g. Winfactory 4.0)
• Design highlights: vibration-resistant, special shaft for homogenisation, easy material change and cleaning
• Suitable sectors: medical, food packaging and other hygienically demanding environments