Accurate Wire

We make your wire shape

Acquired by Luvata in March 2016, Accurate Wire is located in Branford, Connecticut. Accurate Wire is a well-known name in wire manufacturing.

Products available include:

electroplating
electroplated wire
plated wire
electronic connector wire
orthodontic wire
square wire
flat wire
rectangle wire
custom shaped wire

Electroplating

Luvata offers electroplating as a service and custom-made electroplated wires.

Electronic Connector Wire

Copper, brass, tin brass, tin bronze and other high performance alloys for electronic connector applications.

Orthodontic Wire

Manufacturing orthodontic wire in the most common - and uncommon - alloys

Square, Flat, Round, Rectangle and Custom Shaped Wires

World-class manufacturer of square, flat, rectangular and custom shaped wire.

Wire alloys include:

aluminum
brasses
bronzes
carbon steels
copper
nickel alloys
stainless steels
titanium

We are committed to producing goods and services that meet or exceed our customers' needs.

Our operations and policies are driven by the goal of continuous improvement to our products, processes, and Quality Management System. Luvata Branford is ISO 9001:2015 certified with TUV Rheinland of North America.

Our commitment to quality and continuous improvement leads us to work closely with our customers and suppliers to improve processes and quickly resolve any quality issues. Our proactive approach often leads to the elimination of potential quality issues well before they become a problem for our customers.

Accurate Wire continues to be an industry leader in Quality and high technology areas:

We design and build our own equipment to ensure we can provide the highest quality levels and maintain the tightest tolerances.
We have In-Line Laser Measurement capabilities to monitor and report SPC data for critical applications.
We utilize in-line Eddy Current Inspection to do 100% inspection for defects in highly critical applications.

Branford manufacturing unit has In-Line Laser Measurement capabilities for Square and Flat Wire applications. Dimensional inspection can be done continuously throughout a production run, with full SPC documentation.

We use a dual axis gauge to monitor the thickness and width of a flat or square wire as the wire is exiting our shaping mill, taking 2833 measurements per second on each axis. The gauge control terminal enables our operators to view the current thickness and width and print out SPC reports upon completion of each spool.

Typical SPC reports contain CP/CPK calculations, Histograms, and X-Bar & Range Charts. Please consult us for any specific SPC reporting requirements or methods.

Branford has In-Line Eddy Current Inspection capabilities for critical round and shaped wire applications. These non-destructive testing systems allow us to 100% inspect the wire, enabling us to locate and remove defect areas.

This testing is accomplished by passing the wire through a non-contact test coil. Voids, seams, inclusions, surface damage, and other defects cause an obstruction of eddy currents generated by the excitation coil. The receiver coil detects these obstructions and a corresponding flaw signal is generated on the instrument. Depending on the severity of the signal, we can program the instrument to shut the line down to remove the defect area or continue production.

Occasional defects are an inherent part of rod casting and wire production. Visually inspecting the ends of coils and reels will not remove the isolated defects that do exist in wire. Our use of eddy current inspection will detect and remove defects that would otherwise lead to failures in the final product. The following photos show some examples of isolated defects found in otherwise high-quality wire.

Wiredrawing Machines

Our Wiredrawing machines are used to draw large gauge raw material to the various ready to finish round wire sizes. This process is done by elongating the wire by drawing through conical shaped dies. The specific breakdown wire size needed for an application depends on the customer specified finish size and temper.

Strand Annealing

Strand Annealing is used to soften the wire following the Wiredrawing operation. Strands of wire are run through the annealing furnace at specific temperatures and speeds. Precise control over temperature and speed ensure uniform mechanical properties.

Rolling Mill

A Rolling Mill is used to manufacture flat and special shaped wire. Rolling Mill machines utilize multiple stands of motor driven rolls, one on the top and another on the bottom. Rolling Mills are typically used when making flat wire with large width to thickness ratios.

Turkshead

A Turkshead is used to manufacture square, flat, and special shaped wire. Our Turkshead machines utilize a motor driven capstan that pulls the wire through four, non-powered rolls. Due to the use of precision bearings, Turksheads can hold very tight tolerances.

Spoolers

Our spoolers incorporate high technology electronic controls that ensure very accurate and repeatable spooling. The end result is trouble free payoff into our customers’ production lines.

Accurate Wire

8 Baldwin Drive, Branford, CT 06405 US

+1 203 488 5956

Robert Gagnon

+1 203 488 5956

robert.gagnon@luvata.com

Downloads

Contact us

First Name

Last Name

Email address

Phone number

Country

Company / Organisation

Your message

Any attachments (allowed type: pdf and jpg, max 10MB)

GDPR checkbox

*Luvata and its subsidiary companies will use the information you provide to this form to reply to your message and provide follow-up services.

New code

Please type the code above

While you are here, would you also like to receive information about new products, upcoming events or other Luvata news? We will always treat your personal details with the utmost care and will never sell them to other companies for marketing purposes.

Marketing consent

Yes - I want to receive occasional marketing emails from Luvata and its subsidiary companies.

You can change your mind at any time by clicking unsubscribe link in the footer of any marketing email you receive from us, or by contacting us at mail@luvata.com. For more information about our privacy practices visit our website. By clicking the Send button below, you agree that we may process your information in accordance with this terms.