What does one cycle include?

The robot unloads from the rotary forming station, loads the weld fixture, waits for the weld, and places the part in a chute for sealed containers in less than eight seconds per the documented loop.

How did sealing matter in mesh production?

Fine wire pieces often infiltrated pneumatic sensors and cylinders. The sealed arm kept debris out of drives, helping uptime stay at or above ninety-eight percent.

Is this a Service Robot Co. project?

No. It summarizes a published technical textiles example for readers evaluating machine tending. SRCo selects, finances, deploys, and services commercial robots for US businesses as one partner.

Can a US plant start with batch testing?

The documented site completed batch testing before mass production at six million units per year. A similar pilot on one filter family can prove cycle time and weld quality before you scale shifts.

a precision knitted-wire-mesh factory in North Wales

How an EV Filter Plant Cut Equipment Downtime Tenfold

Q: Why leave pneumatic automation on a long EV contract?

Published accounts describe pneumatic lines as fast to adapt but prone to breakages that demanded constant maintenance. The mesh plant needed steadier uptime to hit forty-eight million components over eight years.

A North Wales wire mesh plant cut downtime tenfold with a sealed six-axis cell, 20 percent higher productivity, and 98 percent plus uptime on EV filters.

10×
Less downtime: 20%
Productivity: 98%+
Uptime: <8 s
Cycle time

Based on a documented real-world deployment. Figures are from public reporting; the organization is not named.

Rolls of fine knitted wire mesh stacked in an industrial textile plant. — Photo: Willians Huerta

Volume contract on brittle pneumatics

A precision knitted-wire-mesh factory in North Wales won an eight-year program to produce forty-eight million electric vehicle filter components. Pneumatic automation had handled high-volume mesh work before, but breakages and sensor failures kept uptime below what the new quota demanded.

Engineers spent too much time replacing compromised seals and cylinders while hazardous welding cycles still needed tight coordination beside the forming line.

Sealed six-axis tend and weld loop

The site replaced the pneumatic line with a sealed six-axis robot rated for harsh mesh environments. Programmable grippers swap between component forms for quick changeovers while the arm unloads parts from a rotary forming station, loads the weld fixture, waits for the cycle, and drops finished pieces into a chute for sealed containers.

Implementation from selection to production took about eight weeks, with operators learning basic programming in roughly thirty minutes in the published account.

Unload formed mesh from the rotary forming station
Load into the welding system and wait for completion
Deposit parts into a transfer chute under eight seconds per cycle
Change grippers programmatically for different filter forms

Bright welding sparks at a metal fabrication workstation during filter component assembly. — Photo: Cemrecan Yurtman

Steadier output and fewer rejects

A technician in gloves inspecting small metal filter parts on a production bench. — Photo: Ruslan Alekso

Documented results report a tenfold reduction in downtime, a twenty percent productivity increase, and repeatability within one hundred microns. Rejects virtually disappeared after the upgrade.

Uptime has stayed at or above ninety-eight percent because the sealed arm keeps fine mesh debris out of sensitive drives, compared with pneumatic uptime that rarely exceeded ninety-five percent before.

What textile and filter plants can borrow

High-volume filter and mesh tending is where cobot rental for manufacturing and machine tending robot cells pay off when pneumatic lines cannot hold uptime.

Service Robot Co. did not deploy this North Wales line. We are a vendor neutral integrator for US plants: commercial robot demo pilots, robot leasing for business, phased deployment with no shutdown, and nationwide on-site dispatch on one contract.

Frequently asked questions