Engineering-Driven
Manufacturing Support
Rapid prototyping, CAD development, additive manufacturing, and production support for manufacturers, machine shops, and engineering teams.
Manufacturing Support Across the Development Cycle
Rapid Prototyping
Functional parts for fit checks, engineering validation, and design review. Inspection documentation included on every order.
Learn MoreCAD Development
3D modeling, DFM review, and design-to-manufacture support. Submit a sketch or STEP file — production-ready output either way.
Learn MoreAdditive Manufacturing
FDM production using engineering-grade thermoplastics and carbon fiber composites. Up to 8 printers available for concurrent runs.
Learn MoreProduction Support
Tooling aids, inspection fixtures, bridge manufacturing, and low-volume production runs — with documented process controls.
Learn MoreServing Manufacturers Across Regulated and Industrial Markets
Quality procedures developed using ISO 9001 and AS9100 quality management principles — structured to meet the documentation and traceability requirements of regulated industries.
Process-Driven. Engineering-Backed. Documented.
DFM Review Before Production
Every order includes a design-for-manufacturability review before production begins. Tolerance issues, geometry problems, and material conflicts are flagged at the quote stage.
Documented Quality Process
Quality procedures developed using ISO 9001 and AS9100 principles. Build records, inspection data, and material traceability maintained on every production order.
Responsive Communication
RFQs are reviewed and returned with engineering feedback. Schedule changes, quality findings, and delivery updates are communicated before they become problems.
Inspection Procedures
In-process dimensional checks and final inspection on every order. Nonconforming material is identified, segregated, and dispositioned before shipment.
Engineering-Driven Workflow
Manufacturing decisions are made with engineering input — material selection, process parameters, and build strategy driven by part requirements, not default settings.
Prototype Through Production
Additive manufacturing for prototypes and tooling. CNC machining when designs require tighter tolerances or production metals. One source across the full development cycle.
How an Order Moves Through Production
Quality Procedures Built on ISO 9001 and AS9100 Principles
Quality procedures at Pana Solutions are developed using ISO 9001 and AS9100 quality management principles. Process documentation, inspection records, and corrective action procedures are applied to every production order — not reserved for high-value programs.
Purchasing managers and sourcing teams can request inspection records, material documentation, and build traceability for any order. Non-conformance and corrective action procedures are in place and followed.
View Full Quality System →Controlled Documentation
Work instructions, process records, and build parameters are version-controlled and retained per order.
Revision Tracking
Engineering changes are managed through documented revision control. No informal redlines or verbal approvals.
Inspection Records
Dimensional inspection data recorded for every production order. First article inspection available.
Manufacturing Traceability
Material lot, build parameters, and inspection results traceable to specific production orders.
Corrective Action
Nonconformances receive root cause analysis and verified corrective action. Issues are formally closed.
Non-Conformance Procedures
Nonconforming material identified, segregated, and dispositioned before shipment on every order.
Recent Manufacturing Solutions
Tooling aids, inspection fixtures, automation hardware, and production components — delivered with inspection documentation and material traceability.
Inspection Fixture
Custom inspection fixture designed for repeatable part positioning and dimensional verification. Supports quality control workflows on the production floor.
Sensor Mount Bracket
Functional prototype and production mounting bracket for sensor and component integration. Printed in engineering-grade material with hardware inserts.
Soft Jaw Set
Custom soft jaw set machined to match part geometry for secure workholding. Improves setup repeatability and protects critical part surfaces during machining operations.
Electronics Enclosure
Custom enclosure for control electronics, sensors, and product development assemblies. Designed for specific PCB and hardware configurations.
Fixture Plate
Modular fixture plate with threaded mounting grid for flexible workholding and fixturing setups. Compatible with standard tooling hardware.
Drill Jig
Precision drill jig for repeatable hole placement in production and assembly operations. Reduces layout time and eliminates positional variation between parts.
Workholding Clamp
Low-profile workholding clamp for use on fixture plates and T-slot tables. Designed for quick setup and consistent clamping force across production runs.
Precision Stop Block
Machined stop block for accurate part positioning, fixturing, and repeatable machining setups. Used in production environments requiring consistent datum referencing.
Setup Block
Multi-feature setup block providing part support, locating datums, and workholding in a single production aid. Custom geometry per customer drawing.
Collet Organizer Tray
Custom organizer tray for ER collet sets. Reduces tooling changeover time and keeps machining setup areas organized and efficient.
Precision Spacer Stack
Matched set of precision spacers for height adjustment, fixture setup, and workholding applications. Machined to consistent thickness across the full set.
End Effector Gripper
Custom robotic end effector gripper for pick-and-place and part handling applications. Engineered for specific part geometry and gripper interface requirements.
Cable Management Chain
Flexible cable chain assembly for robotic arms and automated systems. Manages cable routing, reduces wear, and supports consistent actuator movement.
Custom Robot Bracket
Lightweight structural bracket for robotic system integration. Designed with topology-optimized geometry to minimize weight while maintaining load capacity.
Joint Cover Assembly
Protective housing for robot joint actuators and drive components. Reduces debris ingress and mechanical wear on precision drive systems.
Ready to Discuss Your Project?
Submit your CAD files, drawings, or project description. Every RFQ receives an engineering review and a line-item quote.
Ready to Source a Part or Program?
Send your CAD file, drawing, or project description. Every RFQ receives an engineering review and a line-item quote covering material, process, inspection, and delivery.