Introduction
The https://www.ladglass.com/product/detail/horizontal-glass-flat-bent-glass-tempering-furnace-yd-fbh-series.html
from LIAODA (LAD) Glass Machinery Co., Ltd. is a high-performance machine designed for thermally processing both flat and bent glass in a horizontal orientation. This equipment caters to manufacturers of furniture glass, curtain walls, shower enclosures, and display windows, offering versatility by handling curved glass without the need for dedicated moulds. According to the product page, it is especially suitable for bent tempered glass production, with adjustable curves and heights.
Liaoda
In this article we explore what sets this machine apart: its application scope, design advantages, key specifications, manufacturing benefits, and considerations for buyers.
Application Scope
The machine is primarily used in sectors such as furniture manufacturing, architectural glazing and interior design. For example, the product page notes that it is “mainly used for manufacturing bent tempered glass for furniture, curtain wall, shower room, display windows.”
Liaoda
Because it accommodates both flat and bent glass, it provides a flexible solution for companies that need to switch between straight-glass and curved-glass production lines. The ability to adjust curvature without moulds makes it especially suitable for custom or low-volume curved glass works, such as shaped shower screens, bespoke storefront glazing or premium furniture accents.
Design Advantages
One of the standout features of this series is its bidirectional entry design: the glass can enter from both ends of the furnace—one side handling flat glass, and the other side designed for bent glass.
Liaoda
This means the same machine accommodates two forms of processing, reducing the need for separate lines and improving space and cost efficiency.
Another key advantage is the mature bending technology incorporated: “The bent curve and height is adjustable without mould.”
Liaoda
This opens up efficient production of curved tempered glass without the hassle and cost of moulds, which can be costly, time-consuming to produce, and limiting in terms of shape variation.
Because the design allows adjustment of curve and height on-the-fly, manufacturers benefit from improved production flexibility and higher throughput for custom orders. The machine can also be designed to customer requirements (“Able to design the machine as requirement.”)
Liaoda
Key Specifications
Here are representative specifications from the product page:
Model YD-FBH-1208: Max glass size 1200×800 mm, maximum arc 800 mm, minimum radius 400 mm, thickness 4–19 mm, output 6mm batch/s, power 450 kW.
Liaoda
Model YD-FBH-1512: Max glass size 1500×1200 mm, maximum arc 1200 mm, minimum radius 550 mm, thickness 5–19 mm, output 6mm batch/s, power 500 kW.
Liaoda
Model YD-FBH-2015: Max glass size 2000×1500 mm, maximum arc 1500 mm, minimum radius 650 mm, thickness 5–19 mm, power 550 kW.
Liaoda
Model YD-FBH-2415: Max glass size 2440×1500 mm, maximum arc 1500 mm, minimum radius 650 mm, thickness 5–19 mm, power 750 kW.
Liaoda
Model YD-FBH-2420: Max glass size 2440×2000 mm, maximum arc 2000 mm, minimum radius 850 mm, thickness 5–19 mm, power 800 kW.
Liaoda
These specifications highlight the machine’s capacity to handle large glass sizes, relatively thick panes, and significant curvature radii—opening it up for architectural glass production as well as decorative furniture glass.
Manufacturing Benefits
Flexibility and Dual-Functionality
Because it supports both flat and bent glass production, the machine gives manufacturers increased flexibility in their product lines. They can switch between flat and curved glass production without requiring an entirely separate line for bent glass. That reduces capital cost, floor-space requirement, and simplifies logistics.
Reduced Tooling Costs
The elimination of moulds for bending is a major cost and time saver. Traditional curved glass processing often requires custom moulds or forms to bend the glass pre-tempering; this machine’s adjustable curve and height without moulds means quicker setup, reduced downtime, and faster responsiveness to custom orders.
Improved Efficiency
With mature bending technology and bidirectional entry, production throughput is optimized. The specification of throughput (output-6mm batch/s) indicates the machine is designed to maintain pace even on standard thickness glass. By reducing the changeover time between flat and bent processing, manufacturers can better serve both standard and specialty glass segments.
Large-Format Capability
The larger models (for example 2440×2000 mm max size) allow production of large architectural panels such as curtain walls, storefront glazing, facades, and large shower enclosures. The ability to bend glass with radius as wide as 2000 mm means gentle and large curves are feasible, which is increasingly demanded in modern architectural design.
Considerations Before Purchase
Floor Space & Utilities
Given the large dimensions and high power ratings (up to 800 kW for the largest model), buyers should ensure sufficient floor space, structural support, proper ventilation and adequate power supply. Not only does the size of glass dictate the machine footprint, but also loading/unloading, transport, and safety clearances must be considered.
Glass Thickness & Size Match
While the specification supports thicknesses from 4-19 mm (for flat and bent), it’s important to ensure your glass dimensions and thickness ranges align with your production needs. If you mainly process unusually thick or large curved glass beyond these specs, the machine may need customization or you may require different equipment.
Curve Requirements
Although the machine can handle adjustable curves without moulds, there will still be physical limits (max arc, min radius) as given in the specs. If your designs include extreme curvature beyond those values, it’s wise to verify with the manufacturer whether such customizations are available or feasible.
Maintenance & Service
Since the machine involves precise bending and tempering functions, it requires regular maintenance of heating elements, conveyor systems, bending mechanisms and safety systems. Checking the manufacturer’s service network and spare parts availability (especially for overseas buyers) is essential for long-term operations.
Return on Investment
With dual-mode production capability (flat + bent) and mould-free bending, this machine can improve responsiveness and flexibility, which in turn may reduce lead times and cost per unit. Assess your order mix: if you have enough volume of bent glass and significant variation, the machine’s flexibility may pay off quickly. If you only do flat glass, a simpler machine may suffice.
Final Thoughts
The Horizontal Flat/Bent Glass Tempering Furnace YD-FBH Series offers a compelling solution for manufacturers looking to process both flat and curved tempered glass without moulds. Its large size accommodation, adjustable bending capability and bidirectional entry design provide strong benefits in versatility, cost savings and production efficiency.
By choosing a model that matches your glass size, thickness and curvature needs, ensuring proper facility infrastructure and planning for maintenance, manufacturers can leverage this equipment to enhance product variety, respond faster to custom demands and ultimately stay competitive in the evolving glass fabrication market.