Spacecom designs and manufactures precision optical lenses, providing stable optical solutions for machine vision, intelligent transportation, video surveillance and scientific imaging.
Covering surveillance, special industrial & ITS, industrial machine vision, telecentric measurement and special infrared applications, with — models in production.
Selected benchmark models from four series — surveillance, intelligent transportation, industrial machine vision and telecentric measurement — all validated over long production runs on volume projects and inspection lines.
Working on real industrial sites, we provide matching optical imaging solutions for different industries.
Machine vision imaging for PCB appearance inspection, semiconductor packaging, connectors and precision dimensional measurement. Low-distortion fixed-focal FA lenses paired with high-resolution sensors keep resolving power consistent from center to edge; on metrology stations, double-sided telecentric lenses eliminate perspective error and magnification drift for pixel-level stable measurement.
For electronic police, checkpoint capture and road monitoring. Ultra-fast aperture lenses raise light throughput and capture speed in low-light night conditions, while IR correction keeps day and night focus aligned; long-focal motorized zoom lenses handle long-distance plate and vehicle recognition.
24/7 monitoring for parks, roads, buildings and perimeters. DC auto-iris and P-iris lenses adjust light throughput with ambient illuminance to avoid daytime overexposure and night-time underexposure; the IR-corrected design keeps focus from shifting under IR illumination.
Research imaging for optical experiments, spectral imaging and material analysis. UV lenses cover the ultraviolet band, while NIR and SWIR lenses reach beyond visible light — meeting the needs of special spectral inspection, dark-field observation and material transmission analysis.
From optical design and coating processes to mechanical customization, we provide end-to-end custom development, supporting build-to-print and joint development.
We complete optical system design and image quality simulation in house, and can tailor optical solutions to sensor size, focal length, aperture and distortion targets.
Our vacuum coating line supports broadband AR, infrared AR and hydrophobic / anti-smudge coatings, improving transmission and imaging consistency.
CNC-machined barrels and mechanical parts, customizable by mount, outline dimensions, mounting holes and ingress protection, including integrated drive mechanisms such as motorized zoom and auto iris.
A new generation of FA lenses for high-resolution industrial cameras, covering 4/3" and 1.1" large-format sensors while keeping low distortion and high edge resolving power across the full image. Combined with low chromatic aberration optical design and broadband AR coating, they deliver stable image quality and repeatable measurement results on production lines such as semiconductor wafer, panel appearance and precision dimensional inspection.
Starting from sensor format, pixel size and resolution requirements, we explain how to match lens magnification, working distance and field of view, with a practical method for comparing center and edge resolving power.
The new line covers broadband AR, infrared AR and hydrophobic / anti-smudge coatings, with in-line monitoring of coating adhesion and uniformity — further shortening scheduling and delivery for special spectrum lenses.
Based on scenarios such as semiconductor internal defect inspection, foreign object detection in packaging and agricultural sorting, we cover band selection, illumination methods and focal length configuration for SWIR lenses.
Starting from the magnification-to-FOV conversion formula, we compare object-side and double-sided telecentric lenses and explain how depth of field, lighting and mounting errors affect measurement results.