- One-piece solid structure
The table is formed from a solid body with no splicing, welding, or hollow cavity, providing a stable reference surface for visual inspection and precision measurement.
- Stable flatness control
High-precision flatness helps maintain reliable positioning during industrial vision inspection, reducing measurement errors caused by an uneven support surface.
- Black anodized surface
The high-hardness aluminum alloy body is finished with black anodizing to reduce surface reflection, improve wear resistance, and support long-term use in optical inspection environments.
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Hard anodized surface
The table surface is hard-anodized to improve wear resistance and support long-term use in demanding processing environments.
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Precision microporous surface
Micro holes from 0.1–0.3 mm provide fine, uniform airflow across the table surface, helping deliver stable suction for delicate or thin materials.
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Burr-free hole processing
Uniform, clean micro holes help reduce blockage and maintain consistent vacuum performance during continuous operation.
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High flatness
Precision grinding enables flatness accuracy of ≤0.05 mm, helping prevent material tilting, shifting, or positioning errors during processing.
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Strong and uniform suction
Strong, evenly distributed suction supports complex processing conditions and helps reduce rework and material loss.
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Customizable design
Hole patterns, hole structures, and table sizes can be customized to match different workpieces and process requirements.
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Non-stick working surface
The PTFE coating helps prevent adhesive residue, chips, and debris from sticking to the table surface, making cleaning and maintenance easier.
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Corrosion-resistant surface
The coated surface resists acids, alkalis, corrosion, oxidation, and rust, making it suitable for a range of industrial processing conditions.
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Low-friction material contact
The smooth PTFE surface helps reduce scratching or surface damage when handling plates, films, or precision workpieces.
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Wide process compatibility
Suitable for laser processing, bonding, laminating, cutting, and other applications that require clean and stable vacuum holding.
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Patented structural design
The table structure is designed to improve vacuum force transmission, providing stable hold-down performance for precision processing.
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Strong and uniform suction
Evenly distributed suction helps hold small precision workpieces securely while reducing the risk of deformation or movement caused by uneven local pressure.
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Suitable for precision materials
The table can be used for shaped glass, thin plates, metal parts, and other workpieces that require stable positioning during processing.
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Non-standard customization
The table can be customized according to drawings, allowing the structure and vacuum layout to match specific shaped-glass processing requirements.
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One-piece solid construction
The compact table uses a solid integrated structure, providing stable support and reliable load-bearing performance.
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Concentrated and uniform suction
The vacuum design is matched to the solid table surface, helping hold small, light, or thin workpieces firmly in place.
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Compact 15cm size
The small footprint makes the table easy to move, store, and integrate into laboratories, DIY workstations, or compact equipment.
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Designed for LDI exposure
The table is developed for PCB, FPC, and other electronic substrate exposure processes that require high flatness and stable positioning.
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Strong rigidity and flatness control
The solid structure provides reliable rigidity, while controlled flatness helps keep substrates stable during precision exposure.
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Uniform full-surface suction
Even vacuum distribution keeps substrates closely attached to the table surface, reducing warping and positioning errors during exposure.
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Quick-change panel design
The replaceable panel structure helps reduce maintenance downtime and improve production efficiency in continuous manufacturing environments.
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Custom structural options
The table can be customized in structure, size, and vacuum layout to match different LDI equipment and production requirements.