Showing 1–16 of 70 results
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120–Aluminium Profile Corner Crimping Machine
【Equipment Features】
The machine is one of the essential equipments for making of aluminum door & window. It is mainly used
for 90 joint extrusion and connection. Place an comer connector into the cavity between the two profiles
before corner combining. The hydraulic driving punching head make the profile keep its new form
permanently. This kind of joints of two profiles has much higher strength, higher efficiency and precision than any other means of corner connection
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180-heavy duty corner crimping machine
This group of Angle machine in the traditional synchronous group of Angle machine on the basis of the redesign, increased the working table, increased the stability of the equipment, at the same time, the internal positioning can be reduced to the working platform, then to set the Angle of the material
【Equipment Features】
This is a special machine in the production of high-grade aluminum windows and doors, used to make 90
degree comer joining of corner-connector type aluminum windows. Redesigned on the base of normal
comer crimping machines, the machine has a sunk-lift locating system and a bigger work table, easy to load
and unload profile and more stable. Hydraulic-driving system can guarantee the strength of corner connection
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engineered as a production-grade solution for manufacturers that require stable output, repeatable accuracy and straightforward operation in day-to-day aluminum-profile processing. A high-rigidity four-axis machining center engineered for precision drilling, milling, tapping and multi-angle processing of aluminum profiles in window, curtain-wall, photovoltaic and industrial applications. Its mechanical layout is designed to support continuous workshop use while keeping setup, loading and routine adjustment practical for operators. The machine combines a rigid structure with controlled motion and secure workpiece clamping, helping reduce vibration, dimensional variation and avoidable rework during batch production.
Key production capabilities include 360° B-axis rotary machining for multi-face processing; High-speed 9 kW BT30 spindle with optional 6-tool automatic changer; CAD drawing import and large-capacity program storage; Multi-station pneumatic-hydraulic clamping for long and short profiles. These functions allow the equipment to handle both recurring standard jobs and smaller customized orders without forcing the operator to rely on complicated manual calculations. The control workflow is arranged around clear parameter entry, consistent positioning and repeatable processing cycles. Once the required dimensions or program have been confirmed, the operator can reproduce the same machining result across multiple workpieces, improving consistency between shifts and reducing dependence on individual operating experience.
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48-foot inline tool change machining center
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【Equipment Features】
· This machine is suitable for cutting doors, Windows and curtain wall profiles. With a diameter of 550 mm. it can cut
super-large profiles to achieve 45° and 90° cutting
– Simple operation, reliable performance, advanced technology. easy maintenance.
– Diamond saw blade, fast cutting speed, high productivity, high machining accuracy.
Two saw heads can work independently or simultaneously. When working at the same time, it can cut the required
length and Angle at both ends of the profile at one time.
Special high precision spindle motor for machine tool, so that saw blade running stably
– Gas-liquid damping horizontal feed. stable cutting.
Adopt absolute servo control system, positioning accuracy is high, speed is fast Devices can be connected to the ERP software, a digital factory system
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End milling machine for aluminum profiles, with interchangeable tooling for different profile end shapes.
- Adjustable tooling setup.
- Linear-bearing cutter feed.
- Listed processing surface roughness: Ra 12.5 μm.
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Aluminum and PVC Profile Saw 350mm
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Precision Cutting & Control:
Software Integration:
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Optional support for industry software (e.g., Logikal, Orgadata, Kales) for line connectivity configuration
Material Handling & Safety:
Saw Blade:
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The argon gas filler for insulated glass is mainly used to fill insulated glass with argon after the structural sealant of the insulated glass has cured. Argon is an inert gas with a stable molecular structure. Filling insulated glass with argon can effectively extend the service life of the glass. After inflation, the pressure difference between the inside and outside is reduced to maintain pressure balance, preventing glass breakage caused by pressure difference. It also improves the thermal insulation and sound insulation performance of insulated glass.
Technical Parameters
Voltage: 220V 50Hz Power: 0.1kW Air Pressure: 0.1–5MPa (adjustable) Equipment Dimensions: 700×439×700mm Frequency: 50Hz Weight: 23kg
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This aluminum spacer bar bending machine is specially designed for rectangular bending of insulating‑glass aluminum spacers. It delivers excellent bending quality, minor dimensional tolerance, simple operation, high efficiency and reliable stability. It is essential production equipment for mass‑production of bent aluminum spacers.
Main Performance Features
- Schneider PLC control with touch‑screen HMI; high automation level and easy operation.
- Servo control for feeding and bending movements.
- Material rack can store two different specifications of aluminum spacers.
- Automatically bypasses joints and arc sections of aluminum spacers during bending and cutting.
- Supports bending of up to fifteen different shapes.
- Manual mode facilitates commissioning and maintenance.
- Special bending reference design prevents longitudinal bow (arching deformation) of spacers.
- High‑efficiency cutting with high precision and smooth cutting surface.
- Belt transmission avoids step‑loss and slipping for high conveying accuracy.
- Unified docking reference for easy adjustment.
- Front‑rear position of feeding reference is reliably kept at consistent position.
- Adopts Schneider control system for outstanding stability.
- Optional laser marking function.
- Equipped with label printer to print processing data in real‑time; editable user name on labels.
- File‑editing interface displays aluminum spacer specifications and calculates total material consumption length.
- U‑enable and laser‑enable functions are selectable.
- Laser‑marking hardware is pre‑reserved; laser module can be added later for customers who do not select it initially.
- Laser marking can be assigned to selected sides; one or two marks can be printed on a single side.
- Support shaft added under bending station to provide supporting force during bending.
- Solves corner‑sealing difficulties for key‑insert insulating glass; straight‑section plug‑in connection improves structural integrity and sealing performance.
- Precise positioning for aluminum spacers; no tool change required, accurate dimension and high production efficiency.
- Compatible with both domestic and imported bending‑grade aluminum spacers.
- Bending time and bending speed adjustable according to aluminum‑frame size for optimized production efficiency.
- Built‑in dimension‑compensation system offsets dimensional deviation caused by cutting saw blades.
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Product Overview
The butyl sealant extruder applies a continuous primary seal to both sides of an insulating-glass spacer frame. The primary butyl barrier is a critical part of the edge-seal system because it limits moisture-vapor and gas transmission. The machine heats and delivers butyl sealant through controlled nozzles while the spacer frame is guided through the application area. Available references range from basic equipment to automatic and imported configurations.
Key Benefits and Features
• Controlled heating supports stable butyl viscosity during production.
• Guiding and nozzle mechanisms apply sealant to both sides of the spacer.
• Automatic configurations improve repeatability and reduce operator adjustment.
• Pressure gauges and operator controls provide visible process feedback.
• Long machine bed supports spacer-frame handling through the application area.
• Different model levels allow selection according to output, automation and budget.
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