Develop Core Grinding Skills for High-Precision Manufacturing
This practical training course equips engineers and machinists with the skills required to safely and accurately operate surface grinding machines. Designed for those working in toolrooms, maintenance, or precision part production, this course delivers the essential competencies needed to produce flat, stepped, angled, and contoured surfaces to tight tolerances.
Employers benefit from improved in-house capability, reduced rework, and a workforce trained in abrasive wheel safety and high-precision surface finishing.
Delivery:
On-site
Duration:
The course runs over 2-3 days
Assessment:
Observation of practical skills during grinding tasks
Certification:
Certificate of Attendance upon successful completion
Why This Course Is Right for Your Team
- Train staff in safe abrasive wheel handling (compliant with UK legislation)
- Enhance component accuracy and finish quality
- Minimise outsourcing for surface finishing tasks
- Support toolroom productivity and cost efficiency
- Prepare staff for more advanced grinding and machining roles
What’s Covered in the Course
This course combines classroom theory with extensive hands-on training. Participants learn how to select and dress grinding wheels, set up workpieces, operate the surface grinder, and achieve dimensional accuracy and surface flatness.
Key Topics Covered:
- Surface Grinder Safety (includes “Safety in the Use of Abrasive Wheels”)
- Machine control functions and safe operation
- Material compatibility and grinding techniques
- Mounting and dressing grinding wheels
- Accurate workholding using vices, tables, and angle plates
- Working from reliable datums
- Grinding operations: flat, square, slots, steps, and angles
- Basic form and radius grinding
More Machining & CNC Courses
Course Format & Certification
- Pre-requisites: No previous grinding experience is required. Familiarity with basic machining practices is helpful but not essential.
- Delivery: On-site or at our training centre
- Duration: The course runs for 2-3 days, in-person, instructor-led training.
- Assessment: Observation of practical skills during grinding tasks, demonstrated understanding of abrasive wheel safety
- Qualification: All trainees receive a Certificate of Attendance, including verification of “Safety in the Use of Abrasive Wheels” compliance.
- Trainer: Experienced machining and grinding professionals
Who Should Attend?
This course is ideal for:
- Maintenance engineers and workshop staff
- Toolmakers or apprentices seeking to upskill
- Precision engineers expanding their grinding capabilities
- Production teams aiming to improve finish quality in-house
Career Progression
This course enables progression into:
- Cylindrical Grinding
- Form Grinding and toolroom applications
- Precision Engineering Qualifications (NVQs, Diplomas)
- CNC grinding and high-accuracy machining roles
FAQs – Surface Grinding Training Course
Does this course include abrasive wheel safety training?
Yes. It fully integrates the “Safety in the Use of Abrasive Wheels” module, satisfying legal and insurance compliance requirements.
Is this suitable for staff with no grinding experience?
Yes. The course is designed for beginners and provides full support throughout, from theory to practical machine use.
Can it be delivered on our premises?
Yes, if your site has appropriate surface grinding machinery and safety compliance. Otherwise, training is available at our centre.
Will this help with toolroom tasks?
Absolutely. Accurate surface finishing is essential for tool manufacture and maintenance—this course strengthens those capabilities.
Can it support NVQ or apprentice development?
Yes. The content aligns with machining units within vocational engineering qualifications.
Download a copy of our Machining Course Guide
CLICK HERE
Improve Surface Finishing Accuracy and Safety
Empower your team with the practical skills needed for precision surface grinding. Book your training today and improve workshop capability, accuracy, and compliance.
Contact us today to request a quote.