VPC Door Frame Packing Machine are ideal for long loads that can not be stretch wrapped on a conventional turntable or rotary tower type machine.
Examples of products that are well suited for orbital wrapping pipe, plastic extrusions, carpet rolls, lumber, aluminum siding, and many other long products.
Ring sizes from 15 inch to 90 inch are available to accommodate virtually all orbital wrapping applications.
VPC Door Frame Packing Machine
The VPC Door Frame Packing Machine is an industrial packaging system designed to wrap door frames and edge band materials securely and uniformly. It uses stretch film, protective paper, or foam-laminated film to cover the entire surface and edges of the door, preventing scratches, dents, moisture damage, and dust contamination. Manufacturers use it to replace manual packing, ensuring consistent, export-ready packaging at high throughput.
How It Works
Loading the Door Frame
Operators or automated conveyors place door frames onto infeed rollers or platforms.Alignment & Positioning
Sensors align the door centrally to ensure balanced, uniform wrapping.Film Feeding & Tension Control
The machine feeds the film through a pre-stretch or tensioning system to optimize film usage and prevent damage to delicate surfaces.Wrapping Process
An orbital ring or rotating wrapping arm moves around the door while the platform or conveyor advances, covering the frame fully.Edge & Corner Protection
Controlled overlap and tension ensure complete coverage of edges and corners without damaging the surface.Film Cutting & Sealing
Automatic cutters finish the wrap and secure the film ends, eliminating manual intervention.Discharge & Stacking
Wrapped door frames exit the machine, ready for storage, palletizing, or dispatch.
Energy and Power Requirements
The VPC Door Frame Packing Machine is designed to operate efficiently with industrial-standard power supplies:
Voltage: 380–415V, 3-phase, 50/60 Hz
Power Consumption: 3–7 kW depending on model and size
Operational Efficiency: Low energy usage per door due to pre-stretch and automatic tension control
These specifications ensure that manufacturers minimize operational costs while maintaining high productivity. Buyers increasingly consider energy-efficient machines to reduce electricity bills and carbon footprint.
Environmental Impact
The VPC Door Frame Packing Machine supports sustainable operations:
Uses pre-stretch film technology to reduce packaging material by up to 50%
Compatible with eco-friendly films, including recyclable LDPE and biodegradable protective films
Low energy consumption per unit
Reduces waste from damaged doors by providing uniform, protective wrapping
By adopting this machine, manufacturers lower their carbon footprint, reduce material waste, and maintain eco-friendly production standards while improving operational efficiency.
The VPC Door Frame Packing Machine from Innovative WrapTech Pvt. Ltd. is a highly efficient, eco-friendly, and versatile packaging solution for door frames. It combines automation, energy efficiency, and protective wrapping to deliver consistent quality, reduced operational costs, and sustainability. This makes it ideal for manufacturers seeking high-volume, safe, and environmentally responsible door packing solutions.
FAQs
1. What is a VPC Door Frame Packing Machine?
It is an industrial packaging system that wraps door frames securely using stretch film, foam-laminated film, or protective paper to prevent scratches, dents, and moisture damage during storage and transportation.
2. How does the machine work?
The machine aligns the door, feeds protective film with controlled tension, rotates a wrapping arm or orbital ring, cuts and seals the film automatically, and discharges the wrapped door ready for dispatch.
3. What materials can the machine pack?
The machine handles wooden, laminated, PVC, metal, and composite door frames, as well as edge band materials.
4. What are the energy and power requirements?
Voltage: 380–415V, 3-phase, 50/60 Hz
Power Consumption: 3–7 kW depending on model
The machine uses pre-stretch film technology, ensuring low energy consumption per door and reducing operational costs.
5. How does automation affect productivity?
Manual: Operator loads and wraps doors; suitable for low-volume operations.
Semi-Automatic: Operator loads doors; machine wraps automatically; suitable for medium-volume production.
Fully Automatic: Conveyor-fed, minimal human intervention; suitable for high-volume production.
Higher automation increases throughput, reduces labor costs, and ensures consistent wrapping quality.
6. Can it wrap doors of different sizes?
Yes. Adjustable rollers, programmable settings, and sensors allow the machine to wrap doors of various lengths, widths, and thicknesses efficiently.
