XNY-H16 Hall Ion Source
Improves film growth and structure, increases coating uniformity and repeatability, and enables low-temperature high-rate coating. Removes water and hydrocarbons from workpiece surfaces, increases film density, reduces internal stress, removes weakly bonded molecules, increases reactive-gas activity and facilitates control of film composition.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Anode Voltage | DC50-300V |
| Maximum Allowable Anode Current | 10A |
| Anode Current Range | 3-10A |
| Maximum Ion-Beam Current | 3.3A |
| Filament Current | 18-40A |
| Gas Flow rate [Argon or Oxygen] | 10-100Sccm (Argon or Oxygen) |
| Overall dimensions | Φ160*255(H) |
| Power supply Dimensions | 480(W)*240(H)*600(D) |
| Mounting Aperture | 2 Through Holes of Diameter 33.5 |
| Trial Equipment | 0.7-Meter~1.7-Meter Coating Machine |
Applications
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
Internal-Parameter Calibration Equipment
Optical Production Equipment
Huayazhuhai
Overall dimensions: L1600mmx W1200mm x H1800mm Working Surface Height [±50mm]: 950mm±50mm Chart Dimensions: 800mmx1200mm
Huaya's intrinsic-parameter calibration equipment was among the first domestically mass-produced systems and has been recognized by several leading automotive camera module manufacturers. As ADAS adoption increases, this equipment has become essential to ADAS camera manufacturing. It calibrates and tests COD/PP/EFL (focal length ratio), radial distortion K1-K6 and tangential distortion P1-P2.
-
Dual-Track AA Equipment (ADAS Camera AA)
Optical Production Equipment
Huayazhuhai
Voltage: 220v16A Gas pressure: 0.4~0.7Mpa Industrial computer: IPC+Win7
Huaya Intelligent's dual-track AA equipment is one of its most mature and representative products, developed for AD AS cameras and ultrahigh-definition 800W camera modules. Traditional AA equipment uses either the Sensor or Lens as a reference and aligns the other while maintaining equipment precision. Previous processes can cause the reference part to differ substantially from the system optical axis. Higher pixel counts, especially the longer EFL of ADAS cameras, make differences between theoretical and actual axes more critical. The dual-adjustment-stage system uses high-precision coordinated adjustment to establish the optimum Sensor plane and correct the Lens for best image sharpness and optical axis. Parallel dual tracks improve both alignment precision and speed, with particular advantages for automotive ADAS modules.
-
Camera Module Production-Line AA Equipment
Optical Production Equipment
Huayazhuhai
Equipment - Voltage: 220V16A Equipment-Air Pressure: 0.4~0.7Mpa Equipment-Industrial Computer: IPC+Win7
Fully automatic active-alignment equipment adjusts the lens and CMOS units of camera modules. It includes automatic transport, information entry, dispensing, active focus and Uv curing. A nanometer-precision six-axis stage holds the lens group; precision optics and algorithms optimize MTF and fix the optimum position to complete AA focusing. Features: Broad applicability with compatible optical-path designs for different products. Modular construction and reserved mechanical and standard SMEMA electrical interfaces support upgrades. Fully enclosed process design meets production cleanliness requirements. MES compatibility stores traceable production information as .CSV files readable in Excel. Optional automatic loading/unloading carts and In Line production enable unattended automation.
-
Semiconductor Laser Processing System DLS-01 Series
Optical Production Equipment
Bellinlaser
Wavelength: NIR(9xx nm typical) Output Power: 10kW-100kW Operating Mode: CW
-
TFC-600 Large-Diameter Fiber Cleaver
Optical Production Equipment
Jxcmc
I. Features: 1. Cleaves fibers with cladding diameters from 125μm to 600μm. 2. A sharp, durable American diamond blade is easy to replace/adjust. Each point makes over 3000 cleaves under normal use, depending on cladding material; theoretically 10 positions per blade are available. 3. Tension-and-scribe cleaving produces flat, low-angle faces, averaging <0.5°. Imported motors and precision guides control tension to 0.01kgf for repeatable, consistent cleaves. 4. Removable fiber holders provide accurate location/clamping, with matching holders for different core diameters and easy replacement. 5. A handheld 3.5-inch HD touchscreen editor clearly displays an intuitive interface for editing/storing TFC-600 parameters and selecting stored programs for different fibers.
Related Articles
Semiconductor laser diodes are essential light sources for industrial sensing, LiDAR and laser printing. Many engineers waste time picking mismatched models. We summarize 4 simple selection standards, plus a mature industrial product: HGLD-790TO5.6-ZSP-10mW from HAUCORE.
As a professional manufacturer of precision optical thin-film components, sycco-optics (Shandong Yanggu Hengjing Optoelectronics) launches high-performance 850nm narrow band pass filters for near-infrared precision detection, intelligent sensing and optical imaging systems. Adopting advanced vacuum coating technology, the filter realizes high transmittance in the target band and deep blocking in interference bands. It effectively eliminates stray light and spectral noise, serving as a core optical component for machine vision, biochemical detection and photoelectric sensing equipment.
FiDAR, the fiber‑optic radar vehicle positioning and tracking system developed by Jianhe Bafang, is a high‑sensitivity distributed fiber‑sensing solution designed for intelligent traffic road monitoring. It outputs real‑time spatial coordinates of every vehicle across the full road section around‑the‑clock, delivering a brand‑new sensing technology for vehicle‑road cooperation, smart highway construction and urban traffic management.
VCSEL, short for Vertical Cavity Surface Emitting Laser, is a widely used semiconductor laser component in modern optoelectronics. Unlike traditional edge-emitting lasers, VCSEL emits laser light vertically from its chip surface. Thanks to its low power consumption, stable beam quality, low cost, and easy integration, it has become the core light source for 3D sensing, wearable devices, and high-speed optical communication.
Loading...
Name
Phone
Organization
Use Case
Database Platform