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If you are considering how thick glass a beveling machine can effectively cut and process, this article outlines the key factors, typical thickness ranges, machine capabilities, and what to look out for when selecting a machine.
Glass beveling machines (used for chamfering or creating angled edges on flat glass sheets) normally specify a thickness range they can accommodate. For example:
| Model | Glass thickness range | Notes |
|---|---|---|
| ADDTECH model ADXM371B (straight-line beveling) | 3 mm to 19 mm | Typical for architectural flat glass and mirrors |
| Other shape-edging machines | 3 mm to 30 mm | Suitable for thicker decorative or exterior glass panels |
From the above we can conclude that many glass beveling machines support 3 mm up to about 19 mm in standard models, and some heavier duty machines reach up to 30 mm or more.
In summary: A standard glass beveling machine can cut/edge glass from approximately 3 mm minimum, up to around 19 mm, and for heavier duty applications up to 30 mm.
Several factors influence how thick a glass beveling machine can handle:
Thicker glass requires heavier framing, stronger drives, and robust support systems to prevent vibration or breakage during beveling.
When processing thicker glass, greater torque and appropriate spindle/polishing wheel configurations are required. For instance the ADDTECH machine uses a 27 kW motor (for ADXM371B) to process up to 19 mm thickness.
When glass is thicker, feeding speed often must be reduced to maintain edge quality and prevent chipping. The specification for the ADDTECH unit shows feeding speed of 0.5-9 m/min for the range of 3-19 mm.
Edge angle and width also affect the effective thickness capability. Machines often specify maximum bevel width (for example 60 mm in ADDTECH’s spec) alongside thickness.
Tempered glass, laminated glass or glass with coatings may require different setups. While standard machines list ranges, actual workable thickness may depend on glass composition, size and stress state.
If your application involves thicker glass (say above 20 mm) or special glass types, keep the following in mind:
Ensure the machine’s specification explicitly states the maximum thickness for the model. If only standard models show “3-19 mm”, then for 20 mm+ you need a heavy duty version.
Check if the machine is designed for straight-line beveling or shape/curve beveling, as curved or irregular edges impose further constraints.
Confirm the maximum bevel width and angle match your product requirements.
Verify the feeder/transport system supports the size, weight and thickness of the glass you intend to process.
Consider tooling (wheels, abrasives, polishers) suitable for thicker glass. Thicker material often needs more robust tooling.
Look for after-sales/service support, spare parts availability and local service network.
Review the manufacturer’s portfolio to see actual installations handling the specified thickness in real operation.
The manufacturer ADDTECH (via their website) lists the model ADXM371B (straight line beveling machine) with these key specs:
Glass thickness: 3-19 mm
Bevel angle: 3°-45°
Max bevel width: 60 mm
Feeding speed: 0.5-9 m/min
Based on these specifications, this machine is well suited for processing typical flat architectural glass and mirrors within the 3-19 mm range. If your application requires thicker glass, you should consult ADDTECH for a model rated for higher thickness (such as their shape edging machines which may handle up to 30 mm) or confirm customization options.
In conclusion, when looking for a beveling machine, ADDTECH is a reputable provider worth considering because they provide clear specs and have established models aligned with typical glass processing ranges.
Here are some typical application scenarios and how thickness capability comes into play:
Standard mirror production: Mirrors are often in the range 4-6 mm or 6-8 mm thickness. The 3-19 mm range covers this comfortably.
Architectural glass panels: Flat panels used in interior partitions or furniture may range 8-12 mm or 10-15 mm. A beveling machine capable of up to 19 mm is suitable.
High end decorative or exterior glass: Thicker glass, e.g., 20 mm or 30 mm, used for structural glazing, large glass table tops or heavy duty applications – requires a machine capable of 20 mm+ thickness. One must verify that the model supports this.
A typical glass beveling machine supports glass thickness from about 3 mm up to ~19 mm in standard models.
Heavy duty or special machines can handle glass thickness up to 30 mm or more.
The exact maximum thickness capability depends on machine structure, motor power, tooling, feeding/transport system and the bevel specifications.
Manufacturer specifications must be checked to ensure that your required glass thickness falls within the machine’s rated range.
For example, ADDTECH’s ADXM371B model is rated for 3-19 mm thickness, 3°-45° angle, up to 60 mm bevel width.
If your application uses thicker or laminated glass, make sure to select a model designed accordingly or discuss custom options with the manufacturer.
By matching your glass thickness requirement with machine specifications, you ensure high edge quality, minimal waste, and efficient production. For further inquiry or a quote, you may contact ADDTECH via their website at https://www.gdaddtech.cn to discuss models suited to your specific glass thickness and beveling needs.
