Ceramic Hand Former for Surgical Gloves is a precision ceramic mold designed for the dipping and forming process of surgical latex gloves. Unlike general-purpose glove formers, this model is manufactured with distinct left and right hand geometry, meeting the strict ergonomic and quality requirements of surgical applications.
It is widely used in medical glove production lines where consistent glove symmetry, finger alignment, and surface uniformity are critical. The former supports high-volume continuous dipping processes and is suitable for facilities targeting compliance with international medical glove standards.
Technical Specification
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Dimension Tolerance(mm) |
Height |
±3 |
|
Finger Length |
±2 |
|
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Finger Circ. |
±2 |
|
|
Wall Thickness |
Standard |
2.5-4.0 |
|
Tolerance |
±0.5 |
|
|
Water Absorption |
≈0.12 |
|
|
Alkali Resistance |
≥99.7% |
|
|
Heat Resistance |
≥180℃ |
|
|
Porosity |
≈0.34% |
|
|
volume density |
≈2.57g/cm3 |
|
|
Moh's Hardness |
≈8 |
|
|
Pattern |
Diamond/Fishscale/Dot, etc. |
|

Features
True Left & Right Hand Design
Each ceramic hand former is individually engineered as either a left or right hand, ensuring anatomically correct finger curvature and palm structure. This precision directly improves glove fit, tactile sensitivity, and wearing comfort-key performance indicators for surgical gloves used in operating rooms.
Dimensional Stability Under Continuous Production
Advanced ceramic formulation and controlled firing processes provide excellent dimensional stability, even under repeated exposure to chemical baths and thermal cycling. This ensures consistent glove wall thickness and cuff shape over long production cycles.


Optimized for Surgical-Grade Quality Control
The smooth, non-porous surface prevents residue buildup during latex dipping, reducing contamination risks and supporting stringent hygiene requirements in medical manufacturing environments.
Long Service Life with Lower Replacement Frequency
Compared with traditional metal alternatives, ceramic hand formers maintain shape accuracy and surface integrity over extended use, helping manufacturers reduce downtime and long-term tooling costs.
Production Efficiency & Cost Control
Stable performance and reduced defect rates contribute directly to higher line efficiency, improved first-pass yield, and more predictable production planning.




Applications
Dipping Nitrile Gloves Production Lines.


Packing and Delivery & OEM
Packing way: Standard carton
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Customized options |
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Option |
Min.Order |
Customized Fee |
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Customized Packages |
10,000 pcs |
Free |
|
Customized Logo |
20,000 pcs |
Free |
|
Customized Packing Way |
20,000 pcs |
Free |
|
Customized Weight |
20,000 pcs |
Free |

Why This Matters in Surgical Glove Manufacturing (EEAT Focus)
In surgical glove production, even minor deviations in finger alignment or surface smoothness can affect glove performance and compliance. According to industry manufacturing benchmarks, inconsistent former geometry is one of the primary causes of glove defects such as uneven thickness and finger stress points. By using anatomically accurate ceramic hand formers with a glazed finish, manufacturers can significantly reduce these risks while maintaining stable, repeatable output.
Looking to upgrade the quality and consistency of your surgical glove production line?
Contact us today to discuss specifications, customization options, and how our Ceramic Hand Former for Surgical Gloves can improve your manufacturing efficiency and product performance.
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