
Don't miss our printed circuit board solutions in Case Studies, offering a diversity of Laritech PCB's, programming and integration.
view case studies
Specializing in quick-turn Printed Circuit Board Assembly (PCBA), Laritech provides same day turnaround for PCB prototypes. Standard lead times are 3-5 days for pilot runs and 2 weeks or less for production volume PCB orders. Our PCB manufacturing capabilities include placements from 0201 up to 2 inch BGAs and fine pitch. Our pick and place equipment is accurate to 38 micrometers, and we have X-Ray and BGA rework capabilities. Laritech is well established in aerospace, military and commercial Printed Circuit Board Assembly, but can accommodate most any industry. Our RoHS (lead-free) PCB process was started in 2005, and we were RoHS certified by an independent laboratory in January 2006. Since our certification, we have produced over 50,000 RoHS Printed Circuit Board Assemblies. We are currently implementing ISO 9001:2000 with design control, and will begin internal audits in the summer of 2007 with full compliance by the end of the year.
Laritech has over 12 years experience designing embedded hardware and software with expertise in CAN Bus, RS-232, RS-485, GPIB, and Ethernet protocols. Our foremost proficiency is in embedded control, but we also have experience in RF design, LabView® and Windows® programming.; We are very prolific in our designs and complete an average of over 50 designs per year. This high turn ratio ensures that you will receive your design in a very timely manner. Having in-house PCB assembly capabilities further ensures that your prototypes will also be turned quickly and built correctly because our design engineers oversee the PCB manufacturing process. As stated above, our engineering designs are also governed by ISO 9001:2000 to ensure proper documentation and ease of transition from Laritech to the customer.
Laritech is a factory certified Atmel AVR consultant. We exclusively use Atmel AVR embedded microcontrollers in our 8-bit designs. Our 16-bit and 32-bit embedded designs utilize the ARM architecture. Our embedded software is written in C and compiled using IAR Embedded Workbench.