Parallel Light Tube F120 Shjingmi

1
Model: F120
Name: Parallel Light Tube
Focal length: 120mm
Effective aperture: φ30mm
Resolution: 4.6″
Field of view: 8°
Parallax: ≤0.06mm
Model name Focal length mm
F120 Parallel optical tubes 120
2
Model: F200
Name: Parallel Light Tube
Focal length: 200mm
Effective aperture: φ40mm
Resolution: 3.5″
Field of view: 8°
Parallax: ≤0.10mm
Model name Focal length mm
F200 Parallel optical tubes 200
3
Model: F500
Name: Parallel Light Tube
Focal length: 500mm
Effective aperture: φ80/φ50mm
Resolution: 1.8″/ 2.8″
field of view: 3°20′/3°10′
Parallax: ≤0.20mm
Model name Focal length mm
F500 Parallel optical tubes 500
4
Model: 5W (F550).
Name: Parallel Light Tube
Focal length: 550mm
Aperture: 55 mm
Relative aperture: 1:10
Model name Focal length mm
5W(F550) Parallel optical tubes 550
5
Model: F1000
Name: Parallel Light Tube
Focal length: 1000mm
Effective aperture: φ100mm
Resolution: 1.3″
Field of view: 1°38′
Parallax: ≤0.20mm
Model name Focal length mm
F1000 Parallel optical tubes 1000
6
Model: F1300
Name: Parallel Light Tube
Focal length: 1300mm
Effective aperture: φ130mm
Resolution: 1″
field of view: 2°
Parallax: ≤0.20mm
Model name Focal length mm
F1300 Parallel optical tubes 1300
7
Model: F1500
Name: Parallel Light Tube
Focal length: 1500mm
Effective aperture: φ150mm
Resolution: 0.9″
Field of view: 1°42′
Parallax: ≤0.20mm
Model name Focal length mm
F1500 Parallel optical tubes 1500
8
Model: F1600
Name: Parallel Light Tube
Focal length: 1600mm
Effective aperture: φ148mm
Resolution: 0.9″
Field of view: 1°36′
Parallax: ≤0.30mm
Model name Focal length mm
F1600 Parallel optical tubes 1600
9
Model: F2000
Name: Parallel Light Tube
Focal length: 2000mm
Transmission aperture: φ200mm
Resolution: 0.65″
Field of view: 1°17′
Parallax: ≤0.30mm
Model name Focal length mm
F2000 Parallel optical tubes 2000
10
Model: XGJ series
Name: Light Holder
This instrument is a comprehensive optical measuring instrument with good image quality, many accessories, easy to use, and wide range of uses, mainly used for the image quality research of various optical parts, components and optical systems and the measurement of optical basic quantities.
Model name Focal length mm
XGJ-500 Light Holder 500mm
XGJ-1000 Light Holder 1000mm
XGJ-1600 Light Holder 1600mm
XGJ-2000 Light Holder 2000mm
11
Model: TSD-1 series
Name: Large number of Cheng Xiangdu tubes
This instrument is used for checking and calibrating the visual difference of optical instruments
Model name Specific uses remark
TSD-1 A large number of process vision tubes Detect diopters
12
Model: FSD-1 series
Name: Double tube front mirror
This instrument is used to calibrate the optical axis.
Model name Specific uses remark
FSD-1 Double-barreled front mirror Calibrate the optical axis
13
Model: Star Dot Plate Series
Name: Star dot board
Used to test the imaging performance of various optical products
Inspect the imaging performance of microscope products
2. If you have special specifications, we can make them as required.
Model name calibre Specification mm
Star Plate (30mm) Star dot board φ30mm φ0.005
φ0.01
φ0.02
φ0.05
φ0.1
φ0.2
Star Plate (19mm) Star dot board φ19mm φ0.005
φ0.01
φ0.02
φ0.05
φ0.1
φ0.2
14
Model: 1000mm series
Name: Infrared Parallel Light Tube
This is infrared parallel light tube
1.With blackbody device
2.This kind of product, please communicate with our company in detail before making to make sure the product meets your requirements.
3. Different focal length specifications, can be customized.
Model name focal length remark
1000mm Infrared parallel optical tube 1000mm This is infrared parallel light tube
1.With blackbody device
2.This kind of product, please communicate with our company in detail before making to make sure the product meets your requirements.
15
Model: F550/TD-3
Name: Floor-standing surveying and mapping instrument inspection table
This inspection table is a large floor-standing inspection instrument, in order to facilitate the safety of installation and transportation, this instrument is used as a split package. Packaged in 3 pieces. Before installing this instrument, you should prepare the installation accessories and use the adjustment tools.
1. The fuselage on the inspection table is equipped with two parallel optical tubes, upper and lower.
2. Large floor-standing base, equipped with lifting thread screws, disc worktables, etc.
3. Vertical ceiling piece, used for calibrating vertical alignment.
3. Power supply components, including the overall upper and lower metal gussets and power transformers
4. Installation accessories and tool boxes
Model name remark
F550/TD-3 Floor-mounted surveying and mapping instrument inspection table
16
Model: FDQ series
Name: Self-aligning front mirror
The self-aligning front mirror is a kind of adjustable and double-split self-aligning eyepiece instrument, which can be used for aiming and measuring in the production and calibration of optical instruments. This product can add a digital industrial camera on the basis of the original product, making it more convenient to operate and use.
Model name Magnification
FDQ-4 20X self-aligning front mirror 20X
FDQ-6 50X self-aligning front mirror 50X
17
Model: TBL-1
Name: Magnification Meter
It is used to measure the exit pupil diameter and exit pupil distance of the telescope system
Model name Magnification
TBL-1 dynameter 25
18
Model: Field Instrument
Name: Field Instrument
It is used to examine the field of view of a telescope system
Model name focal length
Field of view Field of view 200mm
19
Model: QJ-5
Name: Gun Sight Corrector
QJ-5 gun sight corrector is a special instrument for calibrating gun aiming, which is composed of F300 collimator, gun aiming support frame and base, and the instrument has a variety of accessories, which is suitable for mass production of gun aiming.
Model name focal length
QJ-5 Gun sight corrector 300mm
20
Model: WSJ3-24
Name: Universal binoculars measuring instrument
A special instrument used to detect the main technical parameters of a telescope
Model name Magnification
WSJ3-24 Universal binoculars measuring instrument 3-24 times. The magnification difference between the left and right objectives.