1100 Glazed tile forming machine

Experience the ultimate in precision and versatility with our flagship 1100 Partial Arc Roll Forming Machine, meticulously engineered to craft stunning antique glazed tiles that exude elegance and charm. Driven by a powerful motor, the roller table seamlessly rotates each roller via a durable chain mechanism, ensuring precise shaping every time.

Innovative Hydraulic Pressing Technology

The heart of this machine lies in its hydraulic cylinder-driven pressing system, which effortlessly molds colored steel into a multitude of sections resembling exquisite glazed tiles. Not only does it press with remarkable precision, but the hydraulic cutting knife section also efficiently slices through tiles to your desired length, streamlining the production process.

Versatile Design for Diverse Applications

Designed with versatility in mind, the tiles produced by this 1100-type equipment boast a timeless beauty that blends seamlessly into garden-style factories, tourist attractions, pavilions, luxurious hotels, villas, exhibition buildings, and a wide array of outdoor decor projects. Elevate your spaces with these unique, stylish tiles that add a touch of sophistication.

Comprehensive Three-Part System

Our 1100 Partial Arc Roll Forming Machine is structured into three essential parts: roller forming, pressing, and cutter. This comprehensive design ensures a seamless workflow, starting with the colored steel plate entering the roller forming part, progressing to the pressing section for shaping, and finally, precise cutting to achieve your desired length.

Superior Performance & Durability

Boasting lightweight construction with heavy load-bearing capabilities, the products crafted by this machine are not only visually stunning but also perform exceptionally well. Widely adopted in the multi-high-rise steel structure construction industry, this machine is a testament to reliability and durability.

Technical Specifications for Precision Engineering

· Equipment Dimensions: 6000mm×15500mm×1200mm

· Total Weight: Approximately 5500kg

· Forming Passes: 12 passes

· Feeding Width: 1250mm

· Feeding Thickness: 0.2-0.8mm

· Electronic Control System: Industrial computer PLC frequency conversion control

· Host Power & Hydraulic Shearing Power: 3kw each

· Working Speed: 2000mm-3500mm/min

· Hydraulic Station Pressure: 10-12Mpa

Safe & Easy Operation

Before initial startup, ensure all connections are secure and properly lubricated. Our comprehensive safety guidelines, including pre-operation checks and mold installation procedures, ensure safe and efficient production. With simple maintenance requirements, this machine is designed for hassle-free operation and long-term performance.

Experience the future of architectural design today with the 1100 Partial Arc Roll Forming Machine – a must-have for any professional seeking to elevate their craftsmanship and create stunning visual masterpieces.

Our company can produce various types of tile pressing machine products, and the roll forming plate types are diverse.

Q1:Are you a manufacturer?

A1:Yes absolutely. Welcome a lot for your visiting to us.

Q2:Do you have after-sale support?

A2:Yes, we're always here for giving you advice and support for technical details since we have senior technician. 

Q3:Is there quality control when manufacturing the lines?

from laying off the raw material, processing the rollers and the other parts, make treatment on the roller surface and shaft, assembling, testing and packaging.

Q4:What's your strength comparing to the other supplier?

A4:We'll supplying you the best quality and service. We'll give you good advise beyond your requirements. The lines are easily for installation and with low mantenance requirements.

Q5:- Any other service?

A5: We can manufacture, design, installation and debug various roll forming machines including standard and customized machines.
It is free to assemble machine and train your works, but the buyer should pay for the round-trip airplane ticket, and arrange
accommodation during that time.