
Buying a piece of equipment begins with properly understanding a problem
Nobody wants to buy a machine. They want to solve a problem. The specification you have written is your own diagnosis of that problem, and it is worth twenty minutes to check before you spend six figures.
Nobody wants to buy a machine. What they want is to solve a problem.
So if you are about to buy a cutting machine, the most useful thing you can do is stop describing the machine and start describing the problem. The specification you have written is your own diagnosis. It may well be right. But it is worth a little extra time to check before you spend six figures.
Automated Cutting Machinery treats every inquiry as a problem statement, not an order waiting to be priced. That is not a point about wording. It changes what happens the moment the phone rings.
And it is a phone call, almost always. Not a procurement packet, not a formal specification sent to four vendors. A business owner or a plant manager picks up and describes a situation. Cut quality is no longer acceptable. Machine reliability is gone. Profits are declining. They have a new opportunity and need a creative way to win the job.
Why does the first phone call matter more than the specification?
The person who calls is seldom a buyer executing someone else's decision. It is a business owner, operations manager, or manufacturing engineer who sees the overtime, the rework, and the order they had to turn down. You will never have better information about a shop than you have in that first twenty minutes.
That opportunity has a short life. Once a requirement is written down and circulated, it hardens. It gets compared, priced and defended. The reasoning behind it, which is the part that matters, tends not to travel with it.
What is wrong with simply quoting the machine that was asked for?
The temptation is to answer the question asked. Most callers lead with a solution, because they have already diagnosed it themselves. They've made what they believe is the best decision, but it is made with the information they have in hand. It does not allow for the existence of other solutions that they do not have information about.
Quoting without fully exploring the problem turns a conversation into a transaction, and a transaction into a price comparison. Every vendor now looks the same except for the number at the bottom. That suits whoever is cheapest. It rarely suits the person who has to own the machine for the next fifteen years.
What should you be asked before anyone quotes you?
Four questions do most of the work. If nobody asks you these, you are being sold to rather than helped.
| The question | What it is really for |
|---|---|
| How does this equipment fit into the broader context of what your company does? | Allows for the exploration of secondary operations that could be incorporated into one operation. (eg. Adding drilling, tapping, milling, part marking to profile cutting machines.) |
| What have you tried already, and why did it not hold? | A fix that failed tells you more about the shop than any specification sheet. |
| What happens on the floor if this is not fixed in the immediate future? | Sets the real deadline and the real cost of doing nothing, which is often the number that decides it. |
| What are your future growth plans? | Ensures that capacity requirements are truly met and allows for future upgrades to the equipment as the workload dictates. Allows for exploration of automated work storage and work handling. |
All of these questions attempt to view the machine in the broader context of the company's business. By viewing the machine purchase as a part of a larger plan, you can maximize the value of the investment and ensure that value can pay rewards beyond just the initial scope. That is the point. By the time you can answer all four, you begin to understand the true costs and benefits of your new equipment investment and can reduce or eliminate some future equipment requirements.
Should a machinery supplier decline an opportunity?
Here is the part I am proudest of. We will not quote equipment we do not believe will solve the actual problem. If the machine you asked for will not get you there, we will say so before you spend a dollar, even when that means walking away from an order we might have otherwise written.
This is not generosity. A bad fit does not stay quiet. It shows up eighteen months later as a machine nobody likes, lost output and additional costs nobody planned for, poor resolution of the original problem and a customer who will not call again. Automated Cutting Machinery strives for long-term relationships with customers who view us as long-term partners that continue to add value, and we expect to do this by offering quality equipment and advice, backed by experienced and trusted local service and support. This philosophy has kept us in business for twenty years and made us one of Canada's most trusted cutting machinery dealers.
What does a bad fit actually cost?
In our world, the costs are generally production numbers that are less than expected, machine functions that do not perform as advertised, a limit on future opportunities, or service and support capabilities that cannot solve machine problems in a timely and permanent manner. These can be avoided if, from the beginning, the true problem is understood and true, viable options are presented and explored. ACM's job is to ensure that we help our customers understand what could be done, and help them select what should be done so that maximum value is realized from the investment in their equipment.
The purchase price is not the most important factor. A machine that does not best fit the work costs you in productivity, in lost opportunity, in downtime and maintenance that was never budgeted, and eventually in the jobs you stop quoting because the equipment cannot do the job.
It is more important to understand the overall cost of operation and ownership of the equipment, the true capabilities of the features of the machine, the forward-vision of the machine manufacturer and their ability to look after your growing business needs, the ability of the local service and support team, and the likelihood that the manufacturer and the local service and support team will still be around for the expected lifespan of the machine.
Is this slower than just getting a quote?
Not substantially. Most people will agree that a little extra time in the beginning leads to better and longer satisfaction with the solution. And do we win every deal that we take part in? No. Because sometimes another supplier has a better solution to the problem. That is a learning opportunity on our part. I will take that trade every time, because the ones we do win are the ones that still make sense years later and are the customers who continue to deal with Automated Cutting Machinery year-after-year.
If you are weighing up plasma cutting, fiber laser cutting or one of the other lines we represent, start with clearly understanding and defining the problem. Call and describe the situation, not the specification. And keep an open mind while we explore the problem and the potential solutions.
About Doug Robinson
Doug leads sales at AC Machinery and takes most of the first calls from buyers specifying cutting equipment. He works with fabricators and steel service centres across Canada, from the first enquiry through to the machine on the floor.
Doug Robinson on LinkedInFAQ
Common questions
Short answers to the questions we are asked most about this topic.
Longer than getting a quote, and shorter than most people fear. The diagnosis is usually one detailed conversation and a look at the parts you actually run. What extends the timeline is discovering halfway through that the requirement was written around the wrong constraint.
You can, and you will get comparable numbers back. Be aware of what that process optimizes for. Identical specifications produce a price comparison, which rewards the cheapest quote rather than the best fit. It is worth asking at least one supplier to challenge the specification before you circulate it.
Then the conversation is short and we quote it. Plenty of buyers have diagnosed the problem correctly, particularly if they have run similar equipment before. The four questions above take twenty minutes and either confirm the choice or save you from an expensive correction.
Not automatically. Headroom is worth paying for when the growth is specific and reasonably near. It costs you on every part in the meantime, because a longer bed accelerates more slowly, and that penalty lands hardest on small parts with a lot of piercing.
Yes. Our team services cutting equipment regardless of who supplied it, and we stock parts in Canada so a machine that is down is not waiting on a border crossing.
The parts you actually run, your typical material and thickness, where the line backs up today, and what you have already tried. You do not need a specification. If you have one, bring the reasoning behind it as well as the numbers.