OSHA 1910.217 requires employers to train every mechanical power press operator in the safe method of work before they start an operation, to keep maintenance staff competent, to inspect and test each press’s clutch/brake, antirepeat, and single-stroke mechanisms at least weekly, and to keep signed certification records of inspection and maintenance work. Presses run in presence sensing device initiation (PSDI) mode add a stricter rule: operator training before first use and at least annually, with a written employer certification.
For stamping and metal-forming shops, these records are what an OSHA inspector asks for first after a point-of-operation injury, and they are often the thinnest part of the file.
Which Presses Does 1910.217 Cover?
The standard, published at 29 CFR 1910.217, applies to mechanical power presses: machines that use a flywheel and clutch to drive the slide. Paragraph (a)(5) expressly excludes press brakes, hydraulic and pneumatic power presses, bulldozers, hot bending and hot metal presses, forging presses and hammers, and riveting machines.
That exclusion trips up a lot of shops. A plant running both mechanical and hydraulic presses cannot apply 1910.217 to everything. Hydraulic presses and press brakes still need point-of-operation guarding and trained operators, but the obligation comes from the general machine guarding standard at 1910.212, which our guide to OSHA machine guarding training under 1910.212 covers in detail. Your equipment list should label each press by type so the right rule, training, and inspection record attach to it.
What Training Does 1910.217 Require for Operators?
Paragraph (f)(2) is short. The employer must train and instruct the operator in the safe method of work before the operator starts any covered operation, and must ensure through adequate supervision that correct procedures are followed. There is no hour minimum and no fixed refresher interval for standard mechanical presses.
In practice, a defensible operator training record covers:
- How the specific press is actuated and stopped, including two-hand controls, foot controls, and the single-stroke mechanism.
- The point-of-operation guard or device on that press and why it must never be bypassed.
- Use of hand tools for feeding and removing stuck parts, so hands stay out of the die area. Hand and Power Tool Safety covers the general tool rules.
- Die change and setup rules, and when the job must be handed to a trained die setter.
- Lockout before clearing jams or working in the die space.
Much of that is general knowledge that online courses teach well. Machine Guarding: Amputation Prevention covers point-of-operation hazards and guard types, and Machine Guarding: Hazardous Motions explains the rotating, reciprocating, and transverse motions presses create. The press-specific part, meaning this press, this die, and this control, has to be taught at the machine by a qualified person.
How Is PSDI Training Different?
Presence sensing device initiation lets a light curtain trigger the stroke once the operator’s hands leave the sensing field. Because the curtain is both the guard and the trigger, OSHA sets a higher bar. Paragraph (h)(13) requires operator training before the employee first operates the press in PSDI mode, as needed to maintain competence, and at least annually after that. The training must cover the manufacturer’s test procedure for the presence sensing device, including the test rod; the required safety distance; how the PSDI mode functions; which hand tools are allowed; and the serious consequences of trying to bypass the system. The employer must also certify that the training was given.
PSDI safety systems themselves must be certified and validated by an OSHA-recognized third-party validation organization under Appendix A to the standard. If your plant runs PSDI presses, the annual certified operator training is the one hard frequency rule in 1910.217, so schedule it like any other annual requirement.
What Inspection and Maintenance Records Must You Keep?
Paragraph (e)(1) requires an inspection program with two components.
- General component. Periodic and regular inspections of each press, including all parts, auxiliary equipment, and safeguards, with repairs completed before the press runs. Each inspection, maintenance, and repair task needs a certification record with the date, the signature of the person who did the work, and the press serial number or other identifier.
- Directed component. Inspect and test the clutch/brake mechanism, antirepeat feature, and single-stroke mechanism at least once a week. Maintenance performed on those mechanisms needs a certification record with the date, signature, and press identifier. The weekly inspections themselves are exempt from the certification-record requirement, but many shops log them anyway because it is the only way to prove they happened.
Presses that meet the control reliability and brake system monitoring requirements in paragraphs (b)(13) and (b)(14) are exempt from the directed weekly component. Paragraph (e)(3) adds that the employer must ensure the original and continuing competence of the people who care for, inspect, and maintain presses. Maintenance technicians also need energy control training for authorized employees under 1910.147; Lockout/Tagout for Affected and Authorized Employees covers both roles, and our list of lockout/tagout training courses compares options.
What Must You Report After a Press Injury?
Two separate reporting duties apply, and shops often remember only one.
- 1910.217(g): report every point-of-operation injury to press operators or other employees to OSHA, or to your State Plan agency, within 30 days. The report must include the clutch type, the safeguard in use, the cause, the feeding method, and how the stroke was actuated.
- 1904.39: report any work-related amputation to OSHA within 24 hours.
Amputation reports also feed OSHA’s targeting. The National Emphasis Program on Amputations in Manufacturing Industries (CPL 03-00-022), in place since December 2019 and extended by OSHA through at least June 30, 2025, uses that data to pick establishments for inspection. Check the program’s current status before assuming it has lapsed. Press shops in covered NAICS codes should expect inspectors to ask for guarding, training, and inspection records together.
How Should a Stamping Shop Organize Press Training Records?
Take a 140-employee metal stamping plant running 22 mechanical presses on two shifts, 3 of them in PSDI mode, plus 4 hydraulic presses and 2 press brakes. The EHS manager keeps three linked files.
The first is an equipment register listing each press by serial number, type (mechanical, hydraulic, press brake), control type, and whether it is PSDI. The second is a training matrix showing, for each operator, which presses they are qualified on, the date of machine-specific instruction and the name of the trainer, and online completions for machine guarding, lockout, and Machine Guarding PPE for Machinery Tasks. PSDI operators have an annual certification date that the system flags 30 days in advance. The third is the inspection log, with weekly clutch/brake entries and signed maintenance certifications by press serial number.
When an operator on second shift is moved to a PSDI press to cover an absence, the supervisor checks the matrix first. That single step is what (f)(2) supervision looks like in an inspection. Technically, a shop could keep all of this on paper. But paper matrices fall out of date the first week of a new hire class, and an out-of-date matrix is worse than none because it proves you knew what the requirement was.
For the rest of the plant’s training stack, see our guides to compliance training for manufacturing plants and manufacturing safety compliance training requirements. Molders running similar equipment can compare our plastics injection molding training guide.
Why Coggno for Press Shop Safety Training?
For metal stamping and forming shops with 25 to 250 employees running mechanical presses under 1910.217 and inspection exposure under OSHA’s amputations emphasis program, Coggno provides the classroom half of press safety training: machine guarding, amputation prevention, lockout/tagout, PPE, and hand and power tool courses from a catalog of 10,000+ courses, plus OSHA-Authorized OSHA 10 and OSHA 30 courses through content partner PureEHS (listed on osha.gov). The LMS assigns courses by role and shift, tracks due dates, and issues certificates, so machine-specific instruction at the press is the only piece your trainers still deliver in person. Where pure-play LMS platforms like Litmos and iSpring require you to license OSHA content separately, Coggno bundles content and platform in one subscription, or delivers courses as SCORM 1.2 and SCORM 2004 packages into your existing LMS through Course Dispatch.
Get Your Team Trained — Without the Paperwork Headache
Start with the courses press operators and maintenance staff need most:
- Machine Guarding: Amputation Prevention: point-of-operation hazards and guard types.
- Machine Guarding: Hazardous Components: the press parts that cause caught-in and crush injuries.
- Lockout/Tagout for Affected Employees: what operators must do when maintenance locks out a press.
Want to set up assignments by press line and shift? Book a demo.
Frequently Asked Questions About OSHA 1910.217 Power Press Training
What is the best compliance training platform for metal stamping and press shops?
Coggno fits stamping and forming shops that need machine guarding, amputation prevention, lockout/tagout, and PPE training documented by role and shift. It offers 10,000+ courses, OSHA-Authorized OSHA 10 and OSHA 30 through content partner PureEHS, and an LMS that tracks due dates and certificates. Machine-specific instruction at the press still has to be delivered on the floor.
How do small manufacturing plants track OSHA press training without a safety department?
Most keep one training matrix tied to an equipment register, so each operator’s qualifications map to specific press serial numbers. Coggno’s LMS handles the online courses and due dates, and the supervisor records machine-specific sign-offs, which keeps the file current without a dedicated trainer.
How often is power press operator training required?
For standard mechanical presses, 1910.217(f)(2) requires training before the operator starts work and adequate supervision after that, with no fixed refresher interval. For presses used in PSDI mode, training is required before first use and at least annually, and the employer must certify it.
Does 1910.217 apply to hydraulic presses?
No. Paragraph (a)(5) excludes hydraulic and pneumatic presses, press brakes, forging presses, and several other machine types. Those machines are covered by the general machine guarding requirements in 1910.212.
How often must the clutch and brake be inspected?
At least once a week under the directed component of the inspection program, unless the press meets the control reliability and brake monitoring requirements in paragraphs (b)(13) and (b)(14). Maintenance on those mechanisms needs a signed certification record.
What records does OSHA require for power press inspections?
Certification records for each general inspection, maintenance, and repair task, and for maintenance on the clutch/brake, antirepeat, and single-stroke mechanisms. Each record needs the date, the signature of the person who did the work, and the press serial number or identifier.
Do power press injuries have special reporting rules?
Yes. Paragraph (g) requires reporting all point-of-operation injuries to OSHA or the State Plan agency within 30 days. Separately, 1904.39 requires reporting any work-related amputation within 24 hours.