Description
TFH-TD Adjusting Type Rolling Compound Machine is the core processing equipment for broken-bridge heat-insulation aluminum profile production, and a key unit for intelligent thermal insulation profile production lines.This machine completes high-precision rolling compound of aluminum alloy profiles and PA66 thermal insulation strips, tightly integrating slotted and knurled profiles with insulation strips into high-performance heat-insulation profiles, which directly determines the composite quality, thermal insulation performance and structural strength of finished broken-bridge aluminum products.It adopts an advanced electrically controlled adjustable structure with independent cutter head lifting system, realizing wide-range flexible adjustment of cutter head spacing (0-170mm) and opening/closing height (8-80mm), perfectly adapting to profiles of different specifications and complex cross-sections. With high-quality precision components, it achieves ±0.05mm positioning accuracy, ensuring stable processing accuracy in long-term batch production. Its 6-60m/min stepless adjustable feeding speed matches both high-speed mass production and high-precision customized processing.With a compact and reasonable structure, the machine is easy to install, operate and maintain. It supports both stand-alone operation and seamless connection with slitting & threading machines to form a full automatic production system. All machines pass strict pre-shipment quality and performance tests, which can reliably meet diversified production needs, help improve efficiency, reduce labor costs, and enhance your product competitiveness.
Applications
Core processing for the production of broken-bridge heat-insulation aluminum profiles for building energy-saving doors and windows, curtain wall systems, and sunroom projects. Widely used by aluminum profile manufacturers, door and window processing enterprises, and architectural aluminum profile deep-processing factories for mass production andcustomized processing of thermal insulation profiles.Suitable for the rolling compound process of various multi-specification aluminum profiles with complex cross-sections, including industrial heat-insulation aluminum profiles and special-shaped thermal insulation profiles.Can be used as stand-alone processing equipment, or integrated into a modular automatic production line for heat-insulation profiles to realize full-process intelligent production.
Product General Information
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Place of Origin: |
Jinan, Shandong, China |
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Brand Name: |
Hisena CNC |
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Model Number: |
TFH-TD |
Specifications
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Power supply |
380V/50Hz |
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Total power |
3.55kW |
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Distance between cutter heads |
0-170mm |
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Opening and closing height of cutter heads |
8-80mm |
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Positioning accuracy |
±0.05mm |
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Max. cross section of processed profile |
270×250mm |
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Profile feeding speed |
6-60m/min |
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Overall dimension |
1700×1200×1650mm |
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Total weight |
Approx. 1000kg |
Core Selling Points
1.High-Precision Electric Adjustment System: Electrically controlled 6 groups of cutter head lifting adjustment, with cutter head spacing adjustable from 0-170mm and opening/closing height adjustable from 8-80mm, flexible adjustment to fully meet diversified production needs.
2.Ultra-Stable Machining Accuracy: Adopting high-quality precision core components, with positioning accuracy up to ±0.05mm, effectively avoiding manual deviation, ensuring stable and consistent composite quality for long-term batch production.
3.Wide Adaptability & Flexible Matching: Stepless adjustable profile feeding speed of 6-60m/min, compatible with profiles with a maximum cross-section of 270×250mm, perfectly matching the complex processing conditions of various special-shaped and multi-specification profiles.
4.Optimized Structure & Easy Operation: Reasonable and compact structural design, simple operation and convenient maintenance, can realize stand-alone independent production, and can also be seamlessly connected with other equipment to form an automatic production line.
5.High Efficiency & Cost Saving: Stable and reliable continuous production capacity, effectively improving the finished product rate of profile composite processing, reducing rework rate and labor cost, which is ideal equipment for large-scale standardized production of heat-insulation profiles.





