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Safe for surgical guide
The
surgical guide resin is a biocompatible resin for applications such as
3D printing dental surgical guides for implants. It has undergone
rigorous testing and fully meets the dental requirements for part
quality, precision and performance.
Stable and not deformed
Combine
strength and toughness. Strength can withstand force without deforming,
while toughness can withstand force without fracturing.
Precise fit to the teeth
The
guide plate printed with 3165 resin has accurate hole position, high
hardness and toughness; it can easily install the guide ring and
withstand the mechanical impact of surgery.
Low water absorption
Water
absorption rate is less than 0.5%. For post-sterilization, the surgical
guide is soaked in water containing iodophor for 30 minutes and will
not absorb water and become soft or damaged.
How to post-process
Proper
post-processing is very important. You can refer to our video to do it.
If you have any questions, please feel free to communicate with us.
Specifications of Surgical Guide Resin(3165)
You can download the parameter here.
| Content | Data value | Testing method |
| Viscosity | 330-350cps(25℃) | ASTM D1084-1997 |
| Density | 1.15 | ASM D1875-69(1980) |
| Shrinkage | ＜0.5% | Capillary method |
| Hardness | 78D | ASTM D2240-05(2010) |
| Water absorption | 0.50% | ASTM D570 |
| Bending strength | 65MPa | ASTM D1781 |
| Transmittance | 80%”}”>>80% | ASTM D747 |
| Biocompatibility | TEST PASS | ISO10993-1/ISO10993-10 |
Post-processing
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
a
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
- Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide
plate: Firstly, disinfection by soaking in iodophor solution for 30
minutes, then deiodination by rinsing with medical alcohol or
physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
Six steps:
Part removal, rinsing, drying, post-curing, support removal, and polishing.
Alert:
1. Post-curing time and temperature can lead to suboptimal mechanical and biocompatibility. Please find the right curing time.
2.Disinfection method for the guide plate: Firstly, disinfection by soaking in iodophor solution for 30 minutes, then deiodination by rinsing with medical alcohol or physiological saline.
3.In the data layout, the hole position of the guide ring is kept as vertical as possible to ensure the accuracy of the size.
4.If the hole collapses, It can be reamed by using a drill bit later.
5.Minimum wall-thickness:2mm
