Click image to enlarge

The problem
Inflexible and inefficient fabricating process with turret punch press producing excessive waste sheet metal.

The solution
A flexible 2D laser cutting system to cut a wider range of parts and reduce scrap.

Ontario elevator manufacturer rises to new heights with 2D laser cutting machine 

AVT Beckett Elevator Ltd., Pickering, ON, has a short yet interesting history.  

The original Beckett Elevator was founded in 1953 and grew into Canada’s largest elevator manufacturer. The company fell on hard times and in 2008 went into receivership. At this time, Darren Sullivan and Barb Buchanan, owners of a newly-formed small manufacturing company, became interested in purchasing Beckett Elevator. The couple researched the company’s history, made a business plan, and thought they had sold their ideas and dreams to the bank for financing. That’s when things got a little interesting.  

“About a week before closing, and after we made the financial commitment, the banks pulled out of the deal,” reflects Sullivan with a painful smile. “We were forced to seek financing from personal savings and family and friends to honour our commitment.”

What began as an inauspicious beginning has turned out to be a wise investment. “We raised the money and had 30 days to move our old company’s equipment into the new facility…and we did it,” says Sullivan.  And the newly-formed AVT Beckett Elevator never looked back. “We started the process of manufacturing elevators on a larger scale. There were seven employees at that time. Because of the past history, we were able to book orders with the previous company’s old customers. We also sold components to other elevator companies throughout North America. Since our first year, we have more than doubled our sales each year.”    

Today, AVT Beckett is a manufacturer of standard and custom elevator packages and parts for elevator companies across North America. The company is currently housed in two buildings totaling 38,000 sq ft with 39 employees, including seven engineers, and operating 18 hours/day.   

Increasing productivity
Although Sullivan had 20 years of experience in the elevator industry, his experience in manufacturing was minimal. “We studied the process of how the previous company manufactured parts…doing piece manufacturing instead of utilizing a full sheet,” explains Sullivan. “We kept looking at it and didn’t agree with the process…so we began to make changes. We stated running everything in sheet, minimizing costs, and upgrading efficiencies by huge numbers. We soon discovered that when we ran the turret punch press, we had to deburr the parts. We had a lot of waste…a lot of scrap. The finished product was not as potentially good as we 

wanted it. Although the turret punch press worked, it wasn’t efficient for our production.”  

Sullivan and his engineering team began to search for more efficient production equipment. “We looked at a number of machines online and then went to the CMTS 2011 in Toronto,” says Sullivan. “We took six of our employees to the trade show with no plans of buying a machine that day.  We never saw the lasers run before.  We spent four hours in the Prima Power booth asking questions about the Platino 2D laser. By the end of that day we told them we were buying the machine.

“Since this was our first laser, our operators and engineers had a huge learning curve,” says Sullivan. “Prima Power supplied training on machine safety, maintenance, machine operation, and programming. Within two months, we were self-sufficient on the machine. We very rarely have any issues with the Platino that we can’t handle.” 

Engineering change
The Platino laser has changed AVT Beckett’s engineering approach. “The way we design…the way we build product now has given us much more capability than what we had prior with just the turret punch press,” states Sullivan. “We are able to achieve any hole, any slot, and any angle now with the Platino. Before, we were stuck at a 90° punching system where we could only do the shapes that we had the proper tooling for. Now we can do any shape or design. The Platino has given us much more design flexibility. There is nothing we can’t do now.” 

Imagination
“One of the most important criteria with owning a laser is to have someone on your staff with imagination. If they can imagine it, chances are we can make it on the sheet. With the turret you are just imagining a box. But on the Platino laser, if you can think about it and you can draw it…you can produce it on a sheet. This has allowed us to design many more products. It has allowed our R&D side not to be limited. Even taking some material out, like slots in plate to eliminate weight is important. In our industry, weight reduction is huge.” 

Sullivan adds says the speed of the cut on the Platino is "unbelievable." And the quality finish is better than what the company could have hoped. "We no longer deburr any product produced on the Platino. The parts come off clean. Before the Platino, we had a full time employee deburring eight hours a day. This job position has been reassigned to a more productive function. Also, with the laser being self sufficient we have an operator multi-tasking on two jobs—the laser cutting and either assembly or bending parts on the small press brake.” 

During the next six months, AVT Beckett Elevator will move to a new facility in the Toronto area with 60,000 sq ft of production space and 10,000 sq ft of office area.  SMT

AVT Beckett  |   Prima Power

 

Canada’s COOL

Article by Noelle Stapinsky | Photos by David Afriat

Bringing production home for more innovative control

Two-headed success

by Mary Scianna

The Problem: Limited floor space, production capabilities

The Solution: Dual-head waterjet system

Dual-head waterjet cutting system gives BC shop production boost and ability to expand into more markets

Amada America expands with new manufacturing site

Amada American celebrated the opening of its latest manufacturing site, a 190,000 sq ft manufacturing plant and 62,000 sq ft technical centre in High Point, NC.

Cutting Splines

Need to make a million gears?

Advanced manufacturing event expands with 3D

Canadian manufacturers interested in advanced manufacturing technologies can now attend a newly expanded biennial trade show and conference

Tough cuts

by Mary Scianna

Cutting super alloys requires skill, experience and industry know-how

Assessing the Best Round Tool Concepts

by Andrei Petrilin 

Tips for selecting the right attributes in cutting tools

Holemaking Options

by Marlon Blandon

There’s more than one way to drill, thread and chamfer that hole

Production automatic sawing machine

BLM Group USA has introduced the CM602 automatic CNC sawing machine that can handle tube and bar up to 102 mm (4 in.) in diameter, depending on the material and can achieve blade speeds up to 5,000 rpm.

Fabricating case study: Ahead of the Curve

by mary scianna

Ontario fabrication shop’s $2 million equipment purchases are the most recent in a string of investments to diversify and grow

When turning tools go bad

How to troubleshoot tough turning problems

by Ed Robertson

Even the most technologically advanced turning tools will eventually wear and fail, particularly when turning hard-to-machine materials.

Hypertherm re-launches contest for North American schools

Hypertherm is holding its "Spark Something Great" education grant program again in 2017. The contest is open to Canadian and US schools and 10 North American winners will receive Hypertherm's new Powermax45 XP plasma cutting and gouging system and the company's Plasma Cutting Technology: Theory and Practice curriculum kit.

Dry cut metal pipe, plate and profiles

 

CS Unitec's new 356 mm (14 in.) chop saw dry cuts metal pipe, plate and profiles without the need for lubrication or manual deburring.

Thread former with more edges

The TC470 Supreme solid carbide thread former from Walter combines a new geometry with more forming edges than comparable thread formers. 

Fabricating force

by Mary Scianna

Better power tools for better performance

Stay In Touch

twitter facebook linkedIn