Meet the YBS Precision team. Engineering reviews, process planning and quality control support consistent, traceable delivery across CNC machining, sheet metal fabrication, injection molding, vacuum casting and 3D printing.
Our Team Makes Complex Parts Easier to Deliver
Our engineering, manufacturing and quality specialists work together from design review through production, inspection and delivery. Defined processes help us identify risks early and maintain consistent results.
Engineering support: DFM reviews and manufacturing plans.
Process selection: a practical path from prototypes to production.
Quality documentation: inspection records, reports and approved samples.
Traceability: controlled batches, drawing revisions and engineering changes.
Our approach: assess manufacturing risks early and use clear controls to maintain consistency.
Turning Experience Into Repeatable Manufacturing
Engineering, manufacturing, quality and project coordination share responsibility for each order, with clear handoffs and common delivery goals.
Engineering Review
Identify risks and define a practical manufacturing plan during drawing review.
DFM review: geometry, assembly and cosmetic surfaces
Critical dimension and datum recommendations to reduce rework
Material and finishing reviews to control dimensional effects
Deliverables: DFM recommendations and a risk list
Manufacturing Execution
Translate the approved plan into process routes and production controls.
Process planning: CNC machining, sheet metal, injection molding, vacuum casting and 3D printing
Tooling, fixtures and process controls to reduce distortion and scratches
Defined cost and lead time assumptions
Deliverables: process route and key control points
Quality Assurance
Make consistency measurable through standards, inspection records and reports.
Inspection planning: incoming, in-process and final checks
Clear acceptance criteria for critical dimensions and appearance
Delivery documentation: dimensional reports and inspection records as required
Deliverables: inspection records and optional dimensional reports
Project Coordination
Align requirements, manage changes and resolve issues to keep delivery on track.
Drawing revision and engineering change control
Agreement on appearance, packaging and delivery documentation
Issue resolution and updates to working standards
Deliverables: delivery checklist and change records
Team Roles and Resources
Engineering expertise, quality control and manufacturing resources work together to support controlled production and growing project requirements.
Engineering Team
Reviews drawings, assesses manufacturability, plans process routes and identifies risks to guide manufacturing decisions.
Team size: 10Focus: geometry, assembly and appearanceDeliverables: DFM review and process plan
Quality Team
Develops inspection plans, verifies dimensions and appearance, and prepares quality records and reports for consistency and traceability.
Team size: 8Focus: critical dimensions and appearance standardsDeliverables: inspection records and reports
Supply Chain Team
Matches manufacturing capabilities to project requirements and coordinates resources, production schedules and delivery across our facilities and supplier network.
Team size: 12Focus: Resources and schedulingDeliverables: sourcing and delivery plan
Customer Support Team
Coordinates requirements, quotations, order updates and engineering changes between customers and our engineering and manufacturing teams.
Team size: 20Focus: requirements alignmentOutput: Communication and feedback
Our Manufacturing Facilities
Our five owned manufacturing facilities support core processes and key projects, with shared quality requirements and coordinated production schedules.
Facilities: 5 owned plantsRole: core manufacturing processes and key projectsValue: consistent standards and reliable delivery
Manufacturing Partner Network
More than 100 long-term manufacturing partners extend our process coverage and capacity. Supplier qualification, capability matching and ongoing performance reviews support coordinated delivery across multiple projects.
We define checkpoints for tolerances, appearance, materials, finishing, changes and delivery schedules. Clear inputs and outputs help preserve requirements and maintain batch consistency.
Step 1: Align Requirements
Confirm critical dimensions, datums, appearance classes and assembly requirements before production.
Critical-to-quality (CTQ) feature list
Cosmetic and non-cosmetic surface definition
Acceptance criteria and delivery documentation
Step 2: Identify Risks Early
Assess risks and alternatives during engineering review so they can be addressed before manufacturing begins.
DFM findings and manufacturing recommendations
Distortion, appearance and finishing considerations
Cost and lead time drivers
Step 3: Record Quality Evidence
Inspect key operations and verify measurements to create traceable records.
Key Control Points (KCP)
Inspection records and optional dimensional reports
Material certificates and batch information as required
Step 4: Control Changes
Assess each change, confirm implementation and maintain a traceable record.
Drawing revision and engineering change records
Effects on dimensions, appearance, lead time and cost
Batch consistency and traceability
An Engineering Culture Built Into Daily Work
Reliable manufacturing depends on clear standards, verifiable records and learning from completed projects. These habits guide our daily decisions.
Evidence
Verify key findings with traceable dimensional, appearance, material and process records.
Use data and records to resolve questions
Define consistency through clear standards
Support incoming acceptance with inspection reports
Early Review
Identify risks before production and resolve them in the manufacturing plan.
Start with DFM and early risk assessment
Evaluate alternatives to reduce rework
Agree on delivery standards early
Continuous Improvement
Turn lessons from each issue into working standards that can be reused as production grows.
Issue resolution: cause, action, verification and prevention
Update process windows and acceptance criteria
Build shared knowledge and reduce dependence on individual experience
