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Laser Tube Cutter for Pet Fence

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A factory producing 50,000 sets of guardrails annually can recoup its costs in 8-12 months by purchasing a laser tube cutting machine, and then save a net $57,000 annually thereafter.

 

1-Laser Tube Cutter for Pet Fence

 

Why do pet fence factories need it?

 

In the production process of pet barriers, a large amount of pipe cutting, drilling, and grooving operations are required. Traditional methods usually need 3 to 4 workers, multiple machines, and outsourced drilling, resulting in low efficiency, high waste, and high rework rate.

Using a laser pipe cutting machine completes all processes in one go, operated by 1 person, running continuously 24 hours.

Cutting surfaces of traditional cutting vs laser cutting

If the annual production of guardrails is 50,000 sets

 

Project

Traditional methods

Laser tube cutting machine

Annual savings

Artificial

4 people

1 people

About $15,000

Material Scrap Rate

18%

6%

About $24,000

Defective Rework

high

Low

About $8,000

Outsourced drilling

$0.2/set

0

About $10,000

Total

About $57,000

 

Laser Tube Cutter for Pet Fence

FAQ

01.What kind of pipes can it cut?

Round tubes, square tubes, rectangular tubes, angle steel, U-shaped channels-common tube types for pet fences are fully covered.

02.What are the service commitments?

The entire equipment comes with one-year free warranty, and the laser source with two-year warranty.

Customer service response time is within 24 hours.

Lifetime maintenance service is provided after the warranty period expires.

Extensive software and hardware support continues even after the warranty expires, with free upgrades available for life.

03.How to choose the power so that it's neither wasted nor insufficient?

Pet fences are mostly made of 0.8–3mm thin-walled carbon steel or stainless steel square/round tubes. 3000W (3kW) fiber laser is sufficient; for cutting ≤5mm or for high-volume fast cutting, choose 4–6kW. Absolutely avoid blindly going for 8kW or higher-the greater the power, the higher the purchase, energy consumption, and maintenance costs. For thin-walled materials, higher power can easily cause burnt edges and waste money.
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