Reflector
We are dedicatedly engaged in manufacturing and exporting an exclusive range of Reflector to our broad client base. This product is manufactured using premium grade raw material that is being sourced from trusted and reliable dealers. It is widely used in various industries and is presented at the best rates in the market. In addition to this, it is highly acclaimed in national and global market for its long lasting durability, great results and high efficiency
- Centre Height : 85 mm
- Optics : Front Surface Coated Mirror
- Reflector Diameter : 60/95 mm Clear Aperture
- Optics : Material: BK-7 Optical Glass
- Optics Flatness : Lambda/6
- Base : 100 x 100 mm
Optical Square/Penta Prism
Penta Prism is also called an Optical Square and is used for checking squareness of Machine Vertical Column to the horizontal bed. Also useful in combination with Standard Reflector for Flatness of Surface Table.
| Total Angle Deviation | Precision : < 5 arc secs, Standard: < 30 arc secs |
| Mount Dimensions | 100 x 100 x 100 mm, 100 x 100 x 50 mm |
| Prism Aperture | 30 mm |
| Prism material | Bk-7 |
| Surface Quality | Lambda/6 Flatness |
Pedestal Stand
The Pedestal stand is Sturdy and facilitates working height ranging from 21” to 42”. Coarse vertical movement is operated by the hand wheel. Fine vertical movement is also provided by means of knurled knob. Castor wheels are provided to roll from one place to another in shop floor. Three Levelling Screws are provided for resting on the ground. Precision Horizontal stand of Alignment Telescope / Autocollimator can be mounted over this.
| Vertical Movement | 21” to 42” |
| Vertical Axis Rotation | 360 degrees |
| Prism Aperture | 30 mm |
| Fine Vertical Axis Movement | 5 mm |
| Base Diameter | 600 mm |
| Weight | 30 Kgs |
Angle Dekkpor Stand
Angle Dekkpor Stand Generally used in Optics Industries and by Angle Gauge manufacturers. The tilting Flat pillar facilitates viewing at a desired angle. High quality clamping handles are provided for firm holding.
| Vertical Movement | 200 mm |
| Vertical Column tilt | 180 degrees |
| Horizontal axis Rotation | 360 degrees |
| Cast iron Base | 300 x 350 mm |
| Weight | 15 Kgs |
Simple Horizontal Stand
A most economical and simple horizontal stand with tilting screws Provided with three levelling screws with lock nuts and resting button.
| Three levelling Screws |
| Three Naval Buttons for resting the screws | ]
Precision Horizontal Stand
Autocollimator/Alignment Telescope Precision Horizontal Stand has provision for clamping to a table or work bench. Two axis adjustment (vertical & horizontal) Screws are provided for alignment. Generally used for Autocollimators. V-Brackets are provided for better positioning of the Autocollimator tube. Linear movement in horizontal plane can also be provided for use with Alignment Telescope.
| Features | Two Axis Tilt (Azimuth & Elevation) |
| Range of Tilt | +/-2º |
| Center Height | 85/105 mm |
| Material | Al-Anodized |
Tripod Stand
An ideal stand for use in Machine Shops with machines or Surface Table of varied heights. Foldaway handle avoids damage in transport. More suitable for service providers. Precision Horizontal stand of Alignment Telescope / Autocollimator can be mounted over this.
| Material | Al + Steel |
| Max Ht | 217 cm |
| Max Ht with Center column down | 190 cm |
| Min Ht | 44 cm |
| Closed Length | 94 cm |
| Weight | 6.1 Kgs |
| Load Capacity | 12 Kgs |
Pillar Stand
The Precision Stand PHS has a fine linear movement in horizontal plane for the purpose of aligning the Alignment Telescope axis/LOS.The Precision Horizontal Stand could be placed on a Honeycomb Table and clamped or could be placed on a flat platform.A Flange (connecting 5&6) is provided to the base of the Precision Stand so that the PHS could be placed on Vertical Pillar stand. Along the axis of the flange the Telescope could be rotated (vertical axis rotation).The Pillar stand has a provision to lift or lower the PHS using two lock nuts to the desired height for the Alignment Telescope axis – Line of Sight.In case you require the PHS axis to be further lowered, you may remove the cross connector (5) and reverse the same and mount it again.In the event to need to raise the height of the axis of the Alignment Telescope beyond the existing limit, you may add a shaft to the flange to suit the diameter of the cross connector.
| SI. NO | DESCRIPTION | SPECIFICATION |
|---|---|---|
| 1 | Cast Iron Base | 350 X 300 mm |
| 2 | Vertical Movement | 400 mm |
| Minimum Height | 200 mm | |
| Maximum Height | 600 mm | |
| Linear Movement Range | ± 2 mm | |
| Resolution | 360 deg rotation = 0.33 mm | |
| 4 | Angular Movement (X&Y) | ± 2° |
| X-Horizontal | 1 deg rotation =1.537” | |
| Y-Vertical | 1 deg rotation = 1.17” |
Laser Alignment Aide
The Alignment Aids useful for fast coarse adjustment of an autocollimator and electronic autocollimator. They are particularly useful for alignment of distant and very small mirrors, polygons or prisms.
CCD Camera Attachment
This device includes standard C-Mount lenses which transfer the reticle image from the eyepiece on CCD/CMOS-array. The Camera Ad – apter has a mechanical interface to C-Mount lens and a threaded eyepiece. The imaging optics are interchangeable.
- CCD/CMOS-Camera-Adapter
- CCD/CMOS-Camera (standardly 1/2“monochrome. On request other types)
- TV-Monitor, monochrome, CCIR
Alignment Cube
Optical alignment cubes are used to monitor and qualify systems where critical optical alignment is necessary. Plano Optics offers standard and custom sized optical alignment prisms with precision angles in several glass types. For extreme temperature applications, materials such as Zerodur and fused silica are optimal choices due to their low thermal expansion coefficients.Our optical alignment cubes are polished on five surfaces and coated with a durable protective aluminum mirror coating. Upon request, the base of the prisms may be bonded to custom mounts or outfitted with threaded bushings.
Precision Adjustable Mirror
The Plano Optics offering single side or both mirror surfaces polished and parallel to one second of arc, which make it compatible to sensitive autocollimators. Used to detect minute angular changes in gyro rate tables, rotary tables, etc. and to calibrate surface plates, angle blocks, precision squares and optical elements. It comes in its factory wooden case.
Calibration Wedge
Just two steps are necessary after the optical axis of a mirror and autocollimator are established at 90 degrees to the work surface:
- Interpose the D-623 Calibration Wedge between the mirror and the instrument along the optical axis;
- Observe the angular deviation indicated by the autocollimator – which should be identical to the calibrated angle of the wedge.
| Nominal Angle Available | 5, 10, 20, 30 & 60 arc sec |
| Wedge Diameter | 75 mm |
| Wedge Material | BK-7 |
| Housing Dimensions | 130 x 130 x 40 mm |
| Finish | Black Anodized |
| Weight | 1.5 Kg |
Flatness Gauge
A flatness gage is a digital dial indicator type instrument used to measure lap plate flatness. It consists of a gauge body with two contact feet at one end and one vertically adjustable foot at the opposite end that can be adjustable from 100 mm to 250 mm. These three points serve as the reference plane (geometry defines a plane by three points) and a vertical stylus dial indicator measures the lap plates positive or negative deviation from the reference plane. This instrument is very convenient to use and provides a measurement value via the dial indicator. The resolution of the indicator is 1 micron.
