Industrial Sewing Machines

Winter rains brought an unexpected challenge for me. I had stored five different industrial sewing machines in my garden’s store room, thinking they were safe and sound. But without a proper drainage system, the rainwater pooled and created a mini lake, flooding the entire storeroom more than once!

The stand that the sewing machines were on collapsed and all five machines, a long arm, an interlock, an overlock, 1 heavy duty zigzag and another heavy duty Japanese straight stitch, fell into the "lake" and got wet, and the damage was severe.

Electrical outlets were ruined, the cogs rusted, and the gears seized up. The damage felt irreversible. It was heartbreaking to see these machines, which had been part of my sewing journey, in such a state. Yet, I decided to look for a silver lining and focus on salvaging what I could.

When water invades a space meant for delicate machinery, the consequences are immediate and harsh. Industrial sewing machines are built to last, but they are not designed to withstand flooding. The electrical components are especially vulnerable. Water causes short circuits and corrosion, which can permanently damage motors and wiring.

The metal parts, like cogs and gears, are prone to rust when exposed to moisture for extended periods. Rust not only weakens the metal but also causes parts to stick or grind, making the machines unusable without extensive repairs. In my case, the flooding led to:

• Ruined electrical outlets that no longer functioned.

• Rust-covered cogs and gears that seized up.

• Irreversible damage to the internal mechanisms.

  
  

This experience was a tough reminder of how environmental factors can affect even the sturdiest of equipment.

Despite the damage, I refused to let the situation defeat me. I started examining each machine carefully to see what parts could still be useful. My goal was to salvage components that could serve as spare parts for other sewing machines I own or plan to refurbish.

Here’s what I focused on during the salvage process:

• Motors and electrical parts: Some motors were beyond repair, but a few electrical components like switches and wiring connectors were still intact.

• Metal gears and cogs: While many were rusted, some smaller gears could be cleaned and restored.

• Frames and casings: Most of the outer frames of the machines were broken but a few of their closures could be reused or repurposed.

• Belts and pulleys: These parts often survive water damage better and can be reused after thorough drying.

• Machine Feet: I dismantled and managed to save some of the feet.

  
  

By carefully dismantling the machines, I was able to collect a variety of parts that will help me maintain and mend sewing machines in the future. This approach not only saves money but also reduces waste.

Tips for Salvaging Parts from Damaged Industrial Sewing Machines

If you ever face a similar situation, here are some practical tips based on my experience:

• Act quickly: The sooner you start drying and dismantling, the better the chances of saving parts.

• Use rust removers: Products like WD-40 or vinegar can help dissolve rust on metal parts.

• Clean electrical contacts: Use alcohol to clean connectors and switches.

• Test motors carefully: Some motors might still work after drying, but test them with caution.

• Label parts: Keep track of where each part came from to make future repairs easier.

• Store salvaged parts properly: Keep them in a dry, dust-free environment to prevent further damage.

  
  

Looking ahead, refurbishing and mending sewing machines. With the salvaged parts, I plan to refurbish other industrial sewing machines I have. Refurbishing sewing machines is a rewarding process that combines mechanical skill and creativity. It allows me to keep using reliable machines without buying new ones.

Mending sewing machines is not just about fixing broken parts; it’s about understanding how each component works together. Replacing a worn-out gear with a salvaged one can restore smooth operation. Cleaning and oiling moving parts can prevent future rust and wear.

This was a learning experience and deepened my appreciation for the few mechanincs that are still around who mend industrial sewing machines. It also reminded me how important it is to store equipment in safe, dry places, especially during seasons with heavy rain.

Losing five industrial sewing machines to flooding was most upsetting. But by focusing on salvaging parts and planning refurbishments, I turned a negative situation into a learning opportunity. I honed my maintenance skills and really learned how the 5 machines were constructed.

If you find yourself with damaged machines, don’t give up. Salvaging parts can save you money and keep your sewing projects going strong. Keep your machines dry, maintain them regularly, and you’ll enjoy many years of creative sewing ahead.