ETCO Introduces Connectors & Terminals that Meet Robot Manufacturers Design Requiremnents
A broad line of standard and custom electrical and electronic connectors and terminals for robotics applications including controllers, consoles, and interfaces has been introduced by ETCO Incorporated.
ETCO Incorporated has introduced a broad line of standard and custom electrical and electronic connectors and terminals for robotics applications including controllers, consoles, and interfaces.
ETCO Connectors & Terminals for robotics include printed circuit board contacts, insulated products, foil connectors, ring terminals, spades, disconnects, pins, and receptacles. Stamped from brass, tinned steels, stainless, beryllium copper, phosphor bronze and other alloys with thick-nesses from 0.008" to 0.090" and tolerances to 0.002", the firm offers over 1,500 standard products and extensive custom engineering capabilities.
Manufactured in the USA, ETCO Connectors & Terminals for robotics can be supplied loose or in strip form for use with automated attachment equip-ment. Most connectors and terminals incorporate an F-crimp for a uniform wire crimp with all strands inside for a more secure connection than conventional rollover flag ears and permit faster wire processing speeds.
ETCO Connectors & Terminals for robotics are priced according to configura-tion and quantity. Delivery on standard products is as fast as two weeks.
Featured Product
Strain Wave Gearheads by maxon - Highly precise, compact, and efficient.
Strain wave gearheads are ideal for use in applications requiring precision motion control and high torque transmission in a compact design. maxon strain wave gearheads are a specialized type of gearhead where precision and compact design are crucial. This type of gearhead is often used in applications in a confined space. With their advanced gear tooth design, maxon's strain wave gearheads provide high efficiency and good back drivability. Typical applications include: Robotics, Aerospace, Medical technology and Optical systems .
