Case Study: Delivering a Custom 10 mL Nickel E-Beam Crucible in Just 23 Days
How Thin Film Materials transformed customer requirements into a production-ready nickel e-beam crucible—from engineering drawing and precision manufacturing to export license approval and on-time delivery.
Custom research components often require much more than machining. In many projects, success depends on accurate engineering communication, production-ready drawings, precision manufacturing, regulatory compliance, and reliable project management.
Recently, Thin Film Materials (TFM) completed a custom project for an Australian research laboratory involving a 10 mL nickel e-beam crucible for electron beam evaporation. The entire process—from customer requirements and engineering drawing to manufacturing, export license approval, quality inspection, packaging, and shipment—was completed in just 23 days.
This case study demonstrates how a structured engineering workflow helps research laboratories receive custom components accurately and on schedule.
1. Project Background
The customer required a custom nickel e-beam crucible with a 10 mL capacity for use in an electron beam evaporation system.
Unlike standard catalog products, the project began with functional requirements rather than a finalized production drawing. Before manufacturing could begin, the engineering team needed to verify the geometry, capacity, material selection, and manufacturing feasibility.
For research laboratories, this engineering phase is often just as important as the manufacturing itself, since even small dimensional deviations can affect compatibility with evaporation equipment.
2. Turning Customer Requirements into a Production Drawing
One of the most valuable parts of this project was transforming the customer’s specifications into a production-ready engineering drawing.
Before production, TFM engineers reviewed:
* Required capacity (10 mL)
* Overall dimensions
* Wall thickness
* Internal geometry
* Material selection (High-Purity Nickel)
* Manufacturing feasibility
* Compatibility with the customer’s e-beam evaporation system
After confirming these details, a complete production drawing was prepared and submitted for customer approval before manufacturing began.
This engineering review minimized production risk and ensured both parties had a common understanding of the final component before fabrication.
3. Precision Manufacturing of the Nickel E-Beam Crucible
Once the drawing was approved, production moved into manufacturing.
The fabrication process included:
* Raw material preparation
* Precision machining
* Forming
* Surface finishing
* Dimensional inspection
* Cleaning
Although nickel is easier to machine than refractory metals such as tungsten or molybdenum, maintaining dimensional accuracy remains essential for evaporation components. Proper geometry directly affects material loading, heating behavior, and compatibility with the electron beam source.
Throughout production, each machining step was verified against the approved drawing to ensure consistency.
4. Quality Inspection and Packaging
Following manufacturing, every crucible underwent a final inspection before shipment.
Inspection included:
* Dimensional verification
* Surface quality inspection
* Visual examination
* Cleaning before packaging
Once approved, the crucibles were individually protected and packed to prevent surface damage during international transportation.
Proper packaging is especially important for research laboratories, where components are expected to be ready for immediate installation upon arrival.
5. Export License Coordination
Since this project required an export license, manufacturing was coordinated alongside the compliance process rather than waiting until production had been completed.
The TFM team prepared the required documentation, coordinated the export license application, and monitored the approval process while manufacturing continued according to schedule.
By integrating engineering, production, and export compliance into a single project workflow, the entire order was completed within 23 days, including:
* Engineering drawing
* Customer approval
* Manufacturing
* Quality inspection
* Export license approval
* Packaging
* Shipment preparation
For international research laboratories, this coordinated approach helps reduce unnecessary delays and simplifies project management.
6. Project Timeline
✓ Customer Inquiry – Day 0
✓ Engineering Review – Day 1
✓ Production Drawing – Day 2
✓ Customer Approval and Order Process – Day 9
✓ Manufacturing – Day 21
✓ Quality Inspection – Day 22
✓ Export License – Day 10-22
✓ Packaging & Shipment – Day 23
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⏱ Total Lead Time 23 Days
7. Why Engineering Support Matters for Custom E-Beam Crucibles
Many electron beam evaporation components cannot simply be selected from a catalog.
Projects frequently require customized:
* Capacity
* Geometry
* Material
* Wall thickness
* Dimensional tolerances
A well-prepared engineering drawing significantly reduces production uncertainty while helping ensure compatibility with existing deposition systems.
For research laboratories working on thin film deposition, close collaboration between engineering and manufacturing can shorten development cycles and improve first-pass success.
8. About Thin Film Materials
Thin Film Materials (TFM) supplies custom evaporation sources and precision-engineered components for research laboratories, universities, semiconductor manufacturers, and industrial thin film deposition applications worldwide.
In addition to standard nickel crucibles, TFM provides:
- Custom E-Beam Crucibles
- Molybdenum Crucibles
- Tungsten Crucibles
- Tantalum Crucibles
- Evaporation Boats
- Custom Evaporation Components
Every custom project is supported by engineering review, production drawing confirmation, precision manufacturing, quality inspection, and international logistics coordination.
Need a Custom Nickel E-Beam Crucible?
Whether you require a standard evaporation crucible or a fully customized design, Thin Film Materials can support your project from engineering drawing through manufacturing and worldwide delivery.
- ✓Custom Production Drawings
- ✓Precision Manufacturing
- ✓Quality Inspection
- ✓Export Compliance Support
- ✓Worldwide Shipping