High Precision Compact Laser Cutting Head Sensor for Versatile Applications

Product Description

Product Description

Laser Sensor Specifications
Serial Number	Brand	Model	Core Functions	Accuracy/Resolution	Typical Applications	Key Features
1	Preco	Lightcutter Sensor	Real-time monitoring of laser cutting head position and focal offset; feedback on cutting quality data	High precision (±0.01mm)	Metal/non-metal thin sheet cutting, precision machining	Strong anti-interference, supports high-speed dynamic response
2	Preco	Procutter 2.0 Sensor Head	Upgraded focal control with multi-axis compensation	Ultra-high precision (±0.005mm)	Complex surface cutting, high-precision mold machining	Integrated temperature compensation algorithm for high-temperature environments
3	Preco	Procutter Sensor Head	Basic focal monitoring and auto-adjustment	Standard precision (±0.02mm)	General metal cutting, low-to-medium speed processing	Cost-effective, compatible with most laser cutting systems
4	Wanshuning	NC60/NC62 Sensor	High-power laser focal control for thick plate cutting	Dust-resistant design (IP65)	Heavy-duty metal cutting (stainless steel, carbon steel)	High-temperature optical lens, long service life
5	Wanshuning	NC30 Series Sensor	Economical focal monitoring for small-to-medium power lasers	Basic precision (±0.03mm)	Advertising sign cutting, thin sheet processing	Lightweight design, easy installation
6	Wanshuning	KC13/KC15 Sensor	Short-wavelength laser compatibility for special material cutting	High sensitivity (response time <1ms)	Ceramic, glass, and other brittle material cutting	Anti-reflective coating to reduce material glare interference
7	Jiachang	BT240S/BM111 3D Sensor	3D spatial positioning and cutting head attitude monitoring	3D precision (±0.05mm)	Pipe cutting, 3D part processing	Supports multi-sensor synchronization, real-time data alignment
8	Jiachang	BT210/BT220/BM112	Medium-power laser focal control balancing performance and cost	Dynamic precision (±0.015mm)	General metal cutting, sheet metal fabrication	Modular design, easy maintenance
9	Jiachang	BM115 Sensor	High-power laser dedicated with enhanced cooling and anti-interference	Industrial-grade precision (±0.01mm)	Large laser cutters (>5kW power)	Dual cooling system for continuous operation
10	Jiachang	BM114/BM114S Sensor	Compact design for narrow installation spaces	Micro precision (±0.02mm)	Precision electronic component cutting, micro-machining	Low power consumption, supports wireless data transmission
11	Jiachang	BT220 Sensor	Universal focal control compatible with most laser sources	Standard precision (±0.02mm)	Multi-material cutting (metal/non-metal)	Quick calibration to reduce downtime
12	Jiachang	BM110/111 Sensor	Economical solution for basic focal monitoring	Basic precision (±0.03mm)	Entry-level laser cutters, educational equipment	Low cost, suitable for mass deployment
13	Jiachang	BM109 Sensor	Portable design for handheld laser devices	Lightweight precision (±0.05mm)	Field repairs, mobile processing	Waterproof/dustproof, adapts to harsh environments
14	Jiachang	BT240S Sensor	Long-distance monitoring for large cutting machines	Large-range precision (±0.1mm/1m)	Shipbuilding, large-scale steel structure fabrication	Highly scalable, supports custom configurations
15	Jiachang	BT210S Sensor	High-speed cutting optimized for dynamic response	High-speed precision (±0.01mm@10m/s)	High-speed laser cutting (>50m/min)	Anti-vibration design for stable output
16	Jiachang	SW15 3D Sensor	Ultra-compact 3D positioning for micro-machining equipment	Micron-level precision (±0.001mm)	Semiconductor, medical device precision machining	High-resolution imaging, supports AI edge detection
17	Preco	Procutter-CM2 Sensor Head	Integrated cutting head with built-in sensor and cooling system	Integrated precision (±0.01mm)	Fully enclosed laser cutters	Reduced external cabling, improved reliability
18	Preco	Procutter-ECO Sensor Head	Energy-efficient design with reduced power consumption and heat generation	Low-power precision (±0.02mm)	Environmentally regulated scenarios (e.g., food packaging)	Compliant with RoHS standards, free of hazardous substances

Company Profile

  Shanghai Shuoke Automation Technology Co., Ltd. 

  Shanghai Shuoke Automation Technology Co., Ltd. is a professional provider of laser application solutions and one-stop laser accessory services. Located in Shanghai, China's financial and economic hub, we are a manufacturing enterprise integrating production, R&D, and sales. Our company boasts a team of engineering technicians with years of experience in laser field demand analysis, equipped with comprehensive facilities and robust technical capabilities to deliver high-quality products to customers.

Our primary business includes laser equipment accessories such as laser cutting machine parts, laser welding machine parts, and laser engraving machine parts. Our product range encompasses laser heads, protective lenses, nozzles, collimating and focusing lenses, sensors, ceramic bodies, RF cables, and other components.

FAQ

Q: What are the key features of your laser modules?

A: Our laser modules are known for their high stability, long lifespan, and precise beam quality. They are designed to meet various industrial and scientific applications.

Q: What is the wavelength range of your laser products?

A: Our laser products cover a wide range of wavelengths, from ultraviolet to infrared, to cater to different application needs.

Q: How do I properly install and align my laser system?

A: Please refer to our user manual for detailed installation and alignment instructions. We also provide video tutorials and customer support to assist you through the process.

Q: What are the recommended operating conditions for your laser products?

A: Our laser products are designed to operate within specific temperature and humidity ranges. Please consult the product specifications for detailed information and ensure that the operating environment meets these requirements.

Q: My laser is not emitting light. What could be the problem?

A: There could be several reasons for this issue, such as a faulty power supply, incorrect wiring, or a damaged laser diode. Please check these components first and consult our troubleshooting guide for further assistance.

Q: The beam quality of my laser has deteriorated. What should I do?
A: Beam quality deterioration can be caused by various factors, including contamination of the laser optics, misalignment, or aging of the laser diode. Please clean the optics regularly, realign the laser system if necessary, and consider replacing the laser diode if it is old or damaged.

Q: How often should I clean the optics of my laser system?
A: The frequency of cleaning depends on the operating environment and usage conditions. In general, we recommend cleaning the optics every few months or as needed to maintain optimal beam quality.

Q: What is the recommended maintenance schedule for my laser product?
A: Please refer to our maintenance guide for detailed recommendations on when to perform routine maintenance tasks, such as cleaning, alignment checks, and component replacements.

Q: How do I choose the right laser product for my application?
A: When selecting a laser product, consider factors such as wavelength, power output, beam quality, and operating environment. Our sales team can provide personalized recommendations based on your specific application requirements.

Q: What is the warranty period for your laser products?
A: Our laser products typically come with a one-year warranty, covering defects in materials and workmanship. Please consult our warranty policy for detailed terms and conditions.