Add Anglia Search ProviderSupplier sections
Aavid Thermalloy
Advantech
Analog Devices
Antenova
Avago
Avalue
AVX
Bergquist
Bona
Bourns
Bujeon
Bulgin
Calinar
Carclo
CCT
CEL
Ceramate
Cinterion
Coiltronics
Columbus
Connectblue
Cooper Bussmann
Cosmic
Co-Tron
Cree
CTC
CTi
D2AUDIO
Diodes Inc
Diptronics
ECE
eldoLED
EPCOS
EPOC
Epson Toyocom
ESI
Eurohm
Fastrax
Fastron
Fischer
Fox Electronics
GTT Europe
Harting
Hirose
Hitachi
Hudson
Inalways
Intersil
Invac
IRC
JNC
Keystone
Knitter-Switch
KOA
Koe
Laird Technologies
LEDIL
Lumberg
Magnetix
Magnetone
Marl
Maxwell
Microchip
Microtips Technology
Microwave Solutions
Mitsubishi
M-Pro
Murata
MurataPS
Nichicon
NMB-Minebea
Nover
OKO
Omron
Panasonic
Phoenix Contact
Piher
Polymer Optics
Quellan
Raisonance
Ramtron
Renata
ROHM
Schaffner
Schurter
Shindengen
Silicon Storage Technology
Solomon Systech
STMicroelectronics
Studiomate
Supertex
Syfer
Taicom
Taiwan Semiconductor
TCI
TDK
Telegesis
Tibbo Technology
Time Lamp
Titan-Opto
Toshiba
TT electronics
Varta
Warth
Welwyn
WIMA
Zetex
Avago introduces industry's highest-resolution Hall-effect magnetic encoder for industrial applications
Rate this page
Anglia delivers by
Recognised as the UK’s number one for reliability, flexibility and customer service.
Overview
Carclo’s optical division is a specialist in the design and development of lenses and optics which manage the light output of LEDs from Cree, Lumileds (LUXEON®), Osram and Seoul Semiconductor. They have a highly qualified optical design team which focuses on providing the customer with the best possible function/aesthetic design of an optical component in plastic.
Latest News
Carclo Technical Plastics releases a new range of 30mm TIR optics for use with a range of large dome, multi-chip LED's
08 July 2011
Compatible with the CREE XM-L and the new CREE MT-G; further LED compatibility variants planned for release in the near future.
Click here to read the rest of this article.
Compatible with the CREE XM-L and the new CREE MT-G; further LED compatibility variants planned for release in the near future.
Click here to read the rest of this article.
