Automatic FAC Testing System

Our company’s independently developed Automatic FAC Testing System(Model: OA6000-FACT) is designed for the automatic quality inspection of the fast-axis collimating mirrors for pump source lasers. The system features automatic alignment, automatic light detection, automatic data saving, automatic alarm functions and etc.

Equipped with multi-axis motion control modules and professional industrial camera image acquisition modules, our system can simultaneously inspect multiple fast-axis collimating mirrors, providing greater efficiency and data traceability than manual inspection processes.

Testing time (average time for single point detection)

The fully automated system is capable of automatically powering on, aligning the fast-axis collimating mirror, focusing the beam spot, saving the required data to a customer-specified file location, and triggering an alarm if beam alignment fails;
The system is precisely designed to enable non-contact inspection of multiple items in succession, minimizing the risk of material damage during the movement process;
Upon automatic power-up, the system will run to the specified position according to the program settings, automatically adjust the COS and fast-axis collimating mirror based on the beam spot shape, analyze the beam spot, quantify the data, and save it to the specified file location;
The automatic program can be paused and resumed at any time to allow the operator to perform other operations when necessary.

Name	Automatic FAC Testing System
Model	OA6000-FACT
Pressure range	0.6 ± 0.1 MPa
Rated voltage	220V / 16A
Rated Power	1.8 KW
Power supply	(198~242) VAC，50Hz
Vacuum source	-0.07Mpa
Network	Cat5/6
Outline dimension	W800xD1000xH1685mm (excluding the expanded portion of the observation window and the display)
Weight	190kg
Operating environment	Avoid high temperatures and ensure good lighting in the working area Do not expose the equipment to moisture and do not use it in workshops without adequate rain protection measures For indoor use only
Equipment structural requirements	The equipment’s structural layout should be reasonable, with no interference between modules, and with sufficient clearance
Other requirements	① The equipment’s design and manufacturing should feature advanced mechanical structure, process manufacturing, control systems, and user-friendly design, while ensuring safe operation ② The necessary standard configuration for the equipment’s normal use must be complete and matching, including all corresponding accessories, cables, tools, and spare parts

S/N	Name	Remarks
1	Spot Profiler	Reading the optical characteristics of the beam spot, fine-tuning of COS chips and FAC lenses
2	FAC material tray	Pre-positioning of the FAC lenses to be tested
3	Power-on section	The COS power-on device has a flexible mechanical structure, which allows for convenient and rapid replacement of chips
4	X axis	Travel: 50mm Resolution: {Full/Half: 2μm/1μm, Microstep (1/20 Microstepping) 0.1μm}
5	Y axis	Travel: 50mm Resolution: {Full/Half: 2μm/1μm, Microstep (1/20 Microstepping) 0.1μm}
6	Z axis	Travel: 30mm Resolution: {Full/Half: 2μm/1μm, Microstep (1/20 Microstepping) 0.1μm}
7	CX axis	Travel: 300mm Resolution: {Full/Half: 4μm/2μm, Microstep (1/20 Microstepping) 0.2μm}
8	CY axis	Travel: 300mm Resolution: {Full/Half: 4μm/2μm, Microstep (1/20 Microstepping) 0.2μm}
9	Yaw axis	Travel: ±6°, Repeated positioning accuracy: within ±0.005°
10	Pitch axis	Travel: ±6°, Repeated positioning accuracy: ±0.005°
11	Roll axis	Travel: ±6°, Repeated positioning accuracy: within ±0.005°