Paraboloid Mirror 152mm Diameter 30mm Focal Length
TCPA-152C-30-SH35
Paraboloid mirror is a curved mirror that converts diverging light from a point of light source into parallel light. By making the paraboloid a curved surface, it is possible to retrieve parallel light more efficiently than a spherical concave mirror. An example use of paraboloid mirror is as a lamp reflector of a microscope.
◦It obtains high performance condensing by precision aspheric surface processing.
◦It can provide long-term stability because it has a protective scratch-resistant coating over aluminum.
◦It is easy to position the light source at the focusing point because there is a hole on the axis of the paraboloid.
◦By entering the thick parallel light, it allows the light to be collected at one point.
◦It can provide long-term stability because it has a protective scratch-resistant coating over aluminum.
◦It is easy to position the light source at the focusing point because there is a hole on the axis of the paraboloid.
◦By entering the thick parallel light, it allows the light to be collected at one point.
| Name | Paraboloid Mirror 152mm Diameter 30mm Focal Length |
|---|---|
| Weight | 0.3500lbs |
| Standard Coatings Available | No |
| Guide |
|
| Remark | - |
| Attention |
|
| Image Label | Paraboloid Mirror 152mm Diameter 30mm Focal Length |
| Diameter φD | 152mm |
| Focal length | 30mm |
| Material | Tempax |
| Diameter φD | φ152mm |
| Focal length f | 30mm |
| Thickness H | 44.5mm※ |
| Hole dimension φC | φ35mm |
| Availability | Please contact |
| * The thickness “H” is design value and there is a possibility of individual variability in the actual product. It is Not guaranteed value. |
In stock
SKU
TCPA-152C-30-SH35
SGD 762.20
Customize product
Paraboloid mirror is a curved mirror that converts diverging light from a point of light source into parallel light. By making the paraboloid a curved surface, it is possible to retrieve parallel light more efficiently than a spherical concave mirror. An example use of paraboloid mirror is as a lamp reflector of a microscope.
