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Upvc Window Two Head Cutting Machine
Model Name/Number | two head cutting machine (eco) |
Dimension | 4000 x 900 x 1500 mm |
A two-head cutting machine for uPVC (Unplasticized Polyvinyl Chloride) is a specialized equipment designed for precision cutting of uPVC profiles in the fabrication of doors and windows. uPVC is a commonly used material in the construction industry due to its durability, low maintenance, and thermal insulation properties. The two-head cutting machine is a crucial component in the manufacturing process, ensuring accurate and efficient cutting of uPVC profiles.
Here is a general description of a two-head cutting machine used in uPVC fabrication:
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Structure and Frame:
- The machine typically has a robust and stable frame constructed from durable materials like steel or aluminum to provide rigidity and stability during operation.
- The frame houses the cutting heads and the necessary mechanisms for precise movements.
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Cutting Heads:
- The machine is equipped with two cutting heads, each with a sharp blade specifically designed for cutting uPVC profiles.
- The cutting heads can move independently, allowing for various cutting angles and lengths.
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Control System:
- A user-friendly control panel is integrated into the machine, featuring a touchscreen or keypad interface for setting parameters such as cutting length, angles, and speed.
- The control system allows operators to program different cutting profiles and easily switch between them.
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Precision and Accuracy:
- These machines are designed for high precision and accuracy in cutting uPVC profiles to meet specific project requirements.
- The cutting heads are controlled by servo motors or other precise mechanisms to ensure clean and precise cuts without burrs or deformations.
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Safety Features:
- Safety features such as emergency stop buttons, safety barriers, and sensors are incorporated to ensure the well-being of operators during machine operation.
- Protective covers may also be included to prevent any accidental contact with the cutting heads.
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Material Support and Clamping:
- The machine is equipped with material support systems to hold and stabilize uPVC profiles during cutting.
- Clamping systems are often adjustable to accommodate different profile sizes and shapes securely.
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Waste Management:
- Some machines are designed with integrated waste management systems to collect and remove the cut-off material efficiently.
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Customization:
- Depending on the specific requirements of a fabrication workshop, these machines may offer customization options such as additional cutting heads, software features, or integration with other fabrication equipment.
Upvc Water Slot Machine
Dimension Mm | 1900 x 700 x 1600 |
A water slot router for uPVC (Unplasticized Polyvinyl Chloride) is a specialized machine used in the fabrication of doors and windows to create water drainage channels or slots in uPVC profiles. These slots are essential for proper water drainage and sealing in fenestration systems. Here's a description of a typical water slot router machine for uPVC:
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Structure and Frame:
- The machine is built with a robust frame, often constructed from materials like steel or aluminum, to provide stability and durability during the water slot routing process.
- It may include adjustable clamping systems to securely hold uPVC profiles in place during routing.
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Routing Heads:
- The water slot router is equipped with specialized routing heads designed to cut precise water drainage channels in uPVC profiles.
- These routing heads may vary in size and shape to accommodate different water slot configurations.
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Water Cooling System:
- An integral part of the machine is a water cooling system that circulates water during the routing process. This helps to cool the cutting tools and prevent overheating, ensuring the longevity of the tools and maintaining the quality of the uPVC profiles.
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Control System:
- A user-friendly control panel, featuring a touchscreen or keypad interface, allows operators to set parameters such as the dimensions and positions of the water slots.
- Some machines may offer pre-programmed templates for common water slot configurations.
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Precision and Accuracy:
- Water slot router machines are designed for high precision and accuracy to create well-defined and consistent water drainage channels in uPVC profiles.
- The routing heads are controlled by precise mechanisms to ensure uniform slot dimensions.
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Safety Features:
- Safety features, including emergency stop buttons and protective covers, are integrated into the machine to ensure operator safety during the water slot routing process.
- Clear visibility of the routing area is often provided through transparent safety shields.
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Material Support and Clamping:
- The machine includes systems for securely supporting and clamping uPVC profiles during the water slot routing process.
- Adjustable clamping mechanisms accommodate various profile sizes and shapes.
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Waste Management:
- Some machines incorporate features for efficient waste collection and removal, maintaining a clean working environment.
Upvc Mullion Cutting Machine
Size/Dimension(in mm) | 1350*500*1350 |
Usage/Application | Industrial |
power | 2.2 Kw |
v depth - max | 65 mm |
cutting positioning length | 300 - 1700 mm |
power supply | 380/50 V/Hz |
A mullion saw machine used for cutting 90-degree V-grooves in aluminum-plastic profiles is a specialized piece of equipment employed in the fabrication of doors and windows. The machine is designed to precisely cut V-grooves in the aluminum-plastic profiles, allowing for the creation of mullions or other structural elements. Here's a description of a typical mullion saw machine for this purpose:
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Structure and Frame:
- The machine features a robust frame constructed from durable materials like steel or aluminum, providing stability during the cutting process.
- The frame may include adjustable clamping systems to securely hold aluminum-plastic profiles in place during the V-grooving operation.
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Sawing Mechanism:
- Equipped with a specialized sawing mechanism, the machine is designed to cut precise 90-degree V-grooves in aluminum-plastic profiles.
- The sawing mechanism may include adjustable settings for depth and angle to accommodate different profile dimensions and V-groove specifications.
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Adjustable Clamping and Positioning:
- The machine typically offers adjustable clamping systems and positioning features to secure and align the aluminum-plastic profiles accurately.
- These features ensure consistency and precision in the V-groove cutting process.
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Control System:
- A user-friendly control panel, often with a touchscreen or keypad interface, allows operators to set parameters such as cutting depth, angle, and speed.
- Some machines may offer pre-programmed settings for common V-groove configurations.
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Precision and Accuracy:
- Mullion saw machines are designed for high precision to ensure clean and accurate 90-degree V-grooves in aluminum-plastic profiles.
- The sawing mechanism is controlled by precise mechanisms to achieve consistent results.
Lawn Mower
Portable Puller
Capacity: 4 ton
Copy Router And Lock Hole Processing Machine
Warranty | 1 year manufacture |
Dimension Mm | 950 x 1000 x 1300 mm |
A lock hole processing machine for uPVC (Unplasticized Polyvinyl Chloride) is an essential tool used in the fabrication of doors and windows to create openings for locks and other hardware. This machine is designed to precisely cut and shape uPVC profiles to accommodate locking mechanisms. Here's a description of a typical lock hole processing machine for uPVC:
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Structure and Frame:
- The machine is constructed with a sturdy frame, often made of materials like steel or aluminum, providing stability and durability during the lock hole processing.
- The frame incorporates a secure and adjustable clamping system to hold uPVC profiles in place during the cutting process.
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Cutting Heads:
- The machine is equipped with specialized cutting heads designed for cutting precise lock holes and openings in uPVC profiles.
- These cutting heads may vary in size and shape to accommodate different lock types and hardware.
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Routing and Milling Mechanism:
- The machine features a routing and milling mechanism that allows for the precise removal of uPVC material to create the necessary openings for locks, handles, and other hardware.
- Adjustable depth settings and cutting speeds offer flexibility to match the specific requirements of different lock systems.
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Control System:
- A user-friendly control panel, often equipped with a touchscreen or keypad interface, enables operators to set parameters such as the dimensions and positions of the lock holes.
- Some machines may include pre-programmed templates for common lock configurations.
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Precision and Accuracy:
- Lock hole processing machines are designed for high precision and accuracy to ensure a snug fit for locks and other hardware.
- The cutting heads are controlled by precise mechanisms to create clean and well-defined openings without causing damage to the uPVC profiles.
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Safety Features:
- Safety features, including emergency stop buttons and protective covers, are integrated into the machine to safeguard operators during the lock hole processing.
- Clear visibility of the cutting area is often provided through transparent safety shields.
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Material Support and Clamping:
- The machine includes systems for securely supporting and clamping uPVC profiles during the lock hole processing.
- Adjustable clamping mechanisms accommodate various profile sizes and shapes.
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Waste Management:
- Some machines incorporate features for efficient waste collection and removal, ensuring a clean working environment.
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Usage/Application | Industrial |