Integrating Dewatering and Pelletizing Into One Innovation: The DWX Series-A Whole New Chapter in Film Recycling
The DWX Series Squeeze-Dry Integrated Pelletizing Line changes that equation. It is the first system to combine squeezing and extrusion into a single production line
Recycling post-consumer plastic films presents a unique challenge. Washed films and flakes often contain up to 50% moisture, which can overload conventional shredder–extruder lines. The result is steam flashes, wasted energy, and brittle pellets—issues that raise costs and reduce product quality.
Traditionally, recyclers have relied on two separate systems: a squeezer to remove water, and an extruder to melt and pelletize. This fragmented setup means higher energy demand, more operators, larger factory space, and added risk of material degradation between stages.
The DWX Series Squeeze-Dry Integrated Pelletizing Line changes that equation. It is the first system to combine squeezing and extrusion into a single production line, aligning both screws on one axis and powering them with a single motor. The result is a breakthrough in integration that redefines simplicity and efficiency in film recycling.
Integration That Delivers Measurable Results
Energy Savings with Proven Logic
Conventional configurations consume around 432 kW across three separate drives. By contrast, the DWX-3512 model, as an example, operates on a single 150 kW motor. Based on standard industrial power consumption formulas, this translates into monthly savings of about 107,000 kWh—equivalent to more than €22,500 in electricity costs at average European industrial rates.
Compact Footprint and Lower Handling Costs
By consolidating equipment, line length is reduced from roughly 23 meters to 14 meters, freeing nearly 40% of factory space. At the same time, eliminating additional conveyors between machines cuts down on material handling costs and simplifies overall operations.
Reduced Staffing
Traditional setups require at least three operators: one for the squeezer and two for the extruder. The integrated DWX system runs with only two operators, lowering labor costs while making the process easier to manage.
Superior Pellet Quality and Higher Throughput
Moisture is reduced to below 3%—sometimes under 1%—before melting, preventing steam flashes and multi-cycle thermal stress. This ensures higher-grade, more stable pellets and enables throughput increases of at least 20%.
A Payback Timeline That Speaks to Business Value
For a typical 600 kg/h line running two shifts per day, energy savings alone can exceed €26,000 annually. When combined with reduced labor and floor space costs, this efficiency translates into a payback period of less than 18 months, even against an estimated capital expenditure of around €770,000.
Integration as the Future of Recycling
The DWX Series proves that integration is innovation. By merging two processes into one seamless line, recyclers achieve significant cost savings, operational efficiency, and improved output quality. More importantly, the system addresses one of the industry’s biggest challenges—high-moisture washed films—turning a persistent problem into a profitable opportunity.
Meet Us at K SHOW 2025

We invite you to experience the DWX Series up close and explore how it can transform your recycling operations.
Booth No: Hall 12 / A15
Welcome to visit us!
Máquina Sopladora
- Máquina automática de moldeo por soplado
- Maquinaria de moldeo por soplado
- Máquinas de moldeo por soplado de extrusión continua
- Máquina de extrusión y soplado
- Extrusora Sopladora De Plastico
- Máquina de moldeo por soplado totalmente eléctrica
- Máquinas de moldeo por soplado hidráulico
- Máquina de moldeo por soplado de plástico
Extrusora de Plástico
- Agricultural Membrane Making Machine
- Línea de extrusión de película de burbujas de aire
- Línea de extrusión de película de burbujas de aire
- Línea de coextrusión de hoja de burbujas de aire
- Máquinas para hacer bolsas
- Blow Film Making Machine
- Blow Film Exusion
- Máquina de hacer películas sopladas
- Máquina de película fundida
- Máquina de recubrimiento
- Línea de extrusión de láminas de espuma EPS / EPE
- Extrusora
- Máquinas laminadoras
- Extrusion Lines For Filaments and Yarn
- Extrusion Lines For Pipes and Profiles
- Maquinaria de extrusión de monofilamento
- Línea de extrusión monofilamento
- PET Strapping Band Extrusion Lines
- Máquinas para fabricar bolsas de plástico
- Coextrusión de película plástica
- Máquinas de fabricación de tubos de plástico
- Máquina de fabricación de tubos de plástico
- Manguera de PVC que hace la máquina
- Máquinas para fabricar tubos de PVC
- Máquina de extrusión de perfiles de PVC
- Línea de extrusión de láminas
- Máquinas para hacer paja
- Extrusora de doble husillo
- Extrusoras de doble husillo
- Máquina de fabricación de bolsas tejidas
Máquina Inyectora de Plástico
- Máquina de inyección eléctrica
- Máquina de moldeo por inyección de ahorro de energía rápida
- Máquina de inyección horizontal
- Maquinas De Inyeccion Horizontal
- Máquinas de moldeo por inyección
- Moldeo por inyección precisa
- Dos máquinas de moldeo por inyección Platen
- Máquina de inyección vertical
- Inyectora Vertical
Máquina recicladora de Plástico
- Bale Breaker
- Máquina de reciclado de botellas a fibras
- Línea de lavado de botellas
- Trituradora
- Granulador
- Pelletizador
- Pelletizadores
- Pelletizing Machines
- Línea de Reciclaje de Botellas PET
- Línea de lavado en caliente de PET
- Peletizadora De Plastico
- Equipo de reciclaje de plástico para preprocesamiento
- Máquinas de reciclaje de plástico
- Máquina de reciclaje de residuos plásticos
- Reciclaje de líneas
- Reciclaje de la máquina
- Desfibradora De Plastico
- Exprimidores
- Linea de lavado de plastico
- Equipo de Reciclaje de Residuos
