Introduction
The production of high-quality glass components demands precision, efficiency and reliability. For manufacturers working with architectural glazing, mirrors, furniture glass or automotive applications, the right equipment can make all the difference. The https://www.ladglass.com/product/detail/horizontal-glass-double-edging-machine-yd-de-series.html
offers a comprehensive solution: the https://www.ladglass.com/product/detail/horizontal-glass-double-edging-machine-yd-de-series.html Series from LIAODA (LAD) Glass Machinery Co., Ltd.. This article provides a detailed overview of the machine’s features, technical specifications, benefits, suitable applications and points to consider before purchase.
Features & Capabilities
This series of machines is designed to grind two parallel edges of glass simultaneously — a key advantage for productivity. According to the manufacturer, the machine supports rough grinding, fine grinding and polishing all in one pass.
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Key features include:
A special conveyor and water-circulation system that ensures a compact structure, stable performance, simple operation and high efficiency.
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Control with PLC (programmable logic controller). The option to switch automatically or manually adds flexibility.
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Options for customization: glass width adjustment, special spindles (corner-cutting angle, pneumatic polishing, film removing, safety arris) can be provided as required.
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Adopted linear guide rails, screw rod transmission and frequency speed adjustment to enhance precision and longevity.
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Optional fast carriage movement for improved throughput.
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Together these features make the YD-DE series strong in scenarios where glass edge quality, speed and consistency matter.
Technical Specifications
The link for the machine reveals multiple models under the YD-DE series, each with varying width capacities and spindle counts. Here are some of the key parameters:
Model types: YD-DE-1518, YD-DE-2020, YD-DE-2520, YD-DE-3020, YD-DE-4020.
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Maximum glass width (mm): 1500 / 2000 / 2500 / 3000 / 4000 depending on model.
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Minimum glass size (mm): 200 x 200 for all models.
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Glass thickness (mm): 3 ~ 20 for all models.
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Glass speed (m/min): 0.8 ~ 8 for all models.
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Compressed air consumption (< 1 It/min) and pressure (6 kg/sqm) standard.
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Power: 46 kW for model 1518, 50 kW for others.
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Outer dimension (m): varying per model—e.g., 3.0×4.2×1.8 m for the smaller model, up to 5.5×4.4×1.8 m for the largest.
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Weight (kg): from 4000 kg to 6000 kg depending on model.
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These specifications highlight the heavy-duty nature of the machine and its suitability for industrial glass fabrication operations.
Applications & Use Cases
This machine serves a range of verticals in glass manufacturing. Primary applications include:
Edge finishing two parallel edges of flat glass panels (architectural, furniture, mirror industry).
Situations where a single pass roughing → fine grinding → polishing workflow is desired, reducing cycle time and operator intervention.
Production lines where consistency of edge quality is critical—bevels, corners, and safety edges.
Customizable special requirements: glass width changes, corner-angle cutting, pneumatic polishing of edges, film removal prior to edging, safety arris for tougher standards.
Factories aiming to improve throughput without sacrificing edge finish quality.
Because it is engineered for stable performance and high efficiency, the machine can help glass fabricators meet tight delivery schedules while maintaining quality.
Benefits & Advantages
The YD-DE series offers several advantages that differentiate it from more basic edging machines:
Simultaneous dual-edge processing: By grinding two parallel edges at once, throughput is improved and consistency between edges is maintained.
One-pass workflow: The ability to rough grind, fine grind and polish in a single pass reduces handling and rework.
Flexible automation: PLC control with manual/automatic switch gives operators flexibility in production runs (e.g., changeovers, custom jobs).
Customizability: Adaptable spindles and functions mean the machine can meet non-standard orders (like chamfers, pneumatic polishing or film removal).
Precision mechanics: Linear guide rails and screw-rod transmission provide smooth, accurate movement—delivering high-quality edge finish.
Compact footprint / efficient design: The vendor emphasises compact structure and stable performance despite robust industrial build.
Reduced labour and time: Faster processing times and fewer manual operations mean lower labour cost per unit and shorter production cycles.
Overall, these benefits make it a compelling option for glass processors seeking to upgrade their edging line.
Considerations Before Purchase
Even a capable machine such as this warrants careful assessment before purchase. Here are some key considerations:
Capacity alignment: Match the maximum glass width, thickness range and speed range (e.g., up to 4000 mm width, 3-20 mm thickness) with actual production needs. Oversizing might mean higher cost and footprint without benefit; undersizing may bottleneck your line.
Footprint & infrastructure: The machine weights from 4000 to 6000 kg, with dimensions up to 5.5 × 4.4 × 1.8 m. Ensure your facility has the floor, space, access and moving-in capability.
Power supply & utilities: With up to 50 kW power draw, plus compressed air and water circulation system, check that your site utilities and electrical infrastructure match requirements.
Operator/training needs: While PLC control automates much, operators must still be trained for setup, change-overs, maintenance. Confirm training support from vendor.
After-sales/service support: Especially when working internationally (you are in Pakistan), confirm spare parts availability, service network, shipping lead times for consumables (spindles, fluids, belts).
Customization & change-over time: If your business handles many different widths/thicknesses/shapes, check how easily the machine can be reconfigured, how long change-over takes, and how it handles special spindles (corner cutting, film removal, arris).
Return on investment (ROI): Estimate throughput improvement, labour saving, finish quality improvement and consequent reduction in rejects or re-work. That will help justify cost.
Maintenance & consumables: Understand what consumables (spindles, belts, coolant/water) are needed, their expected life and cost. Investigate maintenance intervals.
By carefully assessing these factors you can ensure that the investment in the Horizontal Glass Double Edger Machine YD-DE Series will deliver value for your glass fabrication business.
Why Choose This Machine & Vendor
The machine page underlines that the vendor, LIAODA (LAD) Glass Machinery Co., Ltd., emphasises reliable products and considerate service.
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Their experience in glass-processing equipment and the depth of specification provided suggest a mature offering. For businesses looking to scale or optimise their glass edging process, opting for a dedicated dual-edge one-pass machine provides strong potential benefits compared with simpler single-edge or multi-pass approaches.
Additionally, the machine’s configuration flexibility (different widths, special attachments) means it can adapt as your business grows or diversifies into new glass product types or finishes.
Conclusion
For glass fabrication businesses aiming for higher throughput, better edge quality and lower operational cost, the offering described on the link (https://www.ladglass.com/product/detail/horizontal-glass-double-edging-machine-yd-de-series.html
) presents a solid option. The Horizontal Glass Double Edger Machine YD-DE Series combines dual-edge simultaneous processing, single-pass rough-to-polish workflow, customisable spindles/functions and robust industrial build. Before investing, match its technical parameters to your production needs, confirm infrastructure and service support, and compute the ROI for your business. With the right fit, this machine can become a strategic asset in your glass processing line.
