Highlights Using proprietary optics, the Metaphase Technologies MB-CLL2407 collimated line light works similar to a traditional line light but can project its light at a lower divergence angle. This helps keep a tight, structured beam of light at a longer working distance many meters away while delivering high intensity. This works great for applications where … Continued
Highlights Using proprietary optics, the Metaphase Technologies MB-CLL2307 collimated line light works similar to a traditional line light but can project its light at a lower divergence angle. This helps keep a tight, structured beam of light at a longer working distance many meters away while delivering high intensity. This works great for applications where … Continued
Highlights Using proprietary optics, the Metaphase Technologies MB-CLL2207 collimated line light works similar to a traditional line light but can project its light at a lower divergence angle. This helps keep a tight, structured beam of light at a longer working distance many meters away while delivering high intensity. This works great for applications where … Continued
Highlights Using proprietary optics, the Metaphase Technologies MB-CLL2107 collimated line light works similar to a traditional line light but can project its light at a lower divergence angle. This helps keep a tight, structured beam of light at a longer working distance many meters away while delivering high intensity. This works great for applications where … Continued
Highlights Using proprietary optics, the Metaphase Technologies MB-CLL2007 collimated line light works similar to a traditional line light but can project its light at a lower divergence angle. This helps keep a tight, structured beam of light at a longer working distance many meters away while delivering high intensity. This works great for applications where … Continued
Highlights Using proprietary optics, the Metaphase Technologies MB-CLL1907 collimated line light works similar to a traditional line light but can project its light at a lower divergence angle. This helps keep a tight, structured beam of light at a longer working distance many meters away while delivering high intensity. This works great for applications where … Continued
Highlights Using proprietary optics, the Metaphase Technologies MB-CLL1807 collimated line light works similar to a traditional line light but can project its light at a lower divergence angle. This helps keep a tight, structured beam of light at a longer working distance many meters away while delivering high intensity. This works great for applications where … Continued
Highlights Using proprietary optics, the Metaphase Technologies MB-CLL1707 collimated line light works similar to a traditional line light but can project its light at a lower divergence angle. This helps keep a tight, structured beam of light at a longer working distance many meters away while delivering high intensity. This works great for applications where … Continued
Highlights Using proprietary optics, the Metaphase Technologies MB-CLL1607 collimated line light works similar to a traditional line light but can project its light at a lower divergence angle. This helps keep a tight, structured beam of light at a longer working distance many meters away while delivering high intensity. This works great for applications where … Continued
Highlights Using proprietary optics, the Metaphase Technologies MB-CLL1507 collimated line light works similar to a traditional line light but can project its light at a lower divergence angle. This helps keep a tight, structured beam of light at a longer working distance many meters away while delivering high intensity. This works great for applications where … Continued
