GUIDE
Most press purchases start with a question about force. Force matters, but it rarely separates the budgets. What separates them is whether the press has to prove, part by part, that the joint was made correctly, and that one requirement moves the quote more than tonnage does.
The documentation requirement comes first
If a medical, aerospace, or automotive audit will ever ask you to show that a joint was good, the press needs force and distance monitoring. It measures the force-distance curve of every cycle (the signature of the joint as it forms) and keeps the record. That capability is what separates a monitored servo press from everything below it. A press sized on tonnage alone seats the part fine and can't prove it did, and that gap tends to surface months later as a documentation problem on a working line.
The mechanism class is the budget class
A manual bench press, a pneumatic press, and a programmable servo press are three different budgets. Manual is the right answer at bench volumes with no documentation requirement. A servo earns its price when the process needs programmable stroke, force monitoring, or one machine running a family of parts on stored recipes.
Tooling and the part family
The tooling that holds and locates your part is engineered per part. A family of parts on one press means tooling for each variant or recipe-driven flexibility, and the choice shows up in the quote. It's also where a low quote hides its assumptions, so check how many variants the tooling covers.
Headroom, sized to the joint
Presses get over-bought on force "to be safe." Oversizing costs money up front and can cost precision at the low end of the range, which is where your joint lives. Size from the joint and add sensible headroom. Our press-force guide walks through that sizing start to finish.
Guarding and integration
A press in a cell needs guarding the risk assessment signs off on, plus whatever ties it into the line: part-presence checks, reject handling, data out to your quality system. A standalone bench press needs little of this. An inline station needs it priced.
When a manual press is the right call
If your volumes are bench-scale and no audit will ever ask for a record, a manual press is the right call and that's what we'll quote.
You leave knowing which press class your joint belongs in, and why the documentation requirement matters more to the quote than the force.
WHAT WE REPRESENT
The lines M6 represents for this application
- Schmidt Technology: manual, pneumatic, and servo presses with a force signature on every cycle.
- Orbitform: orbital and radial forming and riveting, proven on your parts first.
KEEP READING
Related guides and pages
COMMON QUESTIONS
Common questions
What does an assembly press cost?
A manual bench press and a monitored servo press are different budgets, and the documentation requirement moves the number more than tonnage does. Tell us the joint and whether it has to be documented, and we'll get you a ballpark.
How do I know whether I need a manual or a servo press?
Manual presses fit bench volumes with no documentation requirement. A servo earns its price when you need programmable stroke, force monitoring, or one machine running a family of parts on stored recipes. We'll tell you which side you're on.
Can I add monitoring to a press later?
Plan it with the press. If an audit will ever ask for a record, budget force monitoring from day one. If you already own a press, tell us the make and model and we'll check what it supports.