Yicen Precision ist spezialisiert auf custom jigs and fixtures konzipiert für high-precision machining, welding, assembly, and inspection workflows.
Unser jig and fixture design process ensures tight tolerances, repeatable accuracy, and stable part positioning across every production cycle.
ISO 9001:2015 | AS9100D | ISO 13485 | ITAR compliant.
ISO 9001:2015 | AS9100D | ISO 13485 | ITAR compliant.
Die Yicenprecision Instant Quoting Engine ist durch die U.S. Pat. Nr. 11,086,292, 11,347,201, 11,693,388, 11,698,623, 12,099,341, und 12,189,361. Weitere Patente anhängig.
Unser jigs and fixtures improve accuracy, repeatability, and workflow efficiency across complex manufacturing environments.
Each design enhances stability, minimizes operator variation, and delivers consistent output in machining, welding, and inspection operations.
We engineer precision jigs and fixtures that support tight-tolerance machining, welding, and assembly Operationen.
Every fixture is built for rigidity, repeatability, and ergonomic usability — ensuring reliable performance in real production environments.
Built for stable clamping, heat control, and repeatable joint alignment in both robotic and manual welding setups.
Facilitate multi-step assemblies with accurate part orientation and ergonomic handling.
Provide precise GD&T verification, flatness, and dimensional checks — ideal for inspection jigs and fixtures.
High-rigidity BIW jigs and fixtures for frame and panel alignment in automotive production.
Custom locating and clamping devices designed for machining tolerances up to ±0.001″.
Drilling jigs and fixtures ensure concentricity, precision hole spacing, and long-term accuracy in repetitive machining.
Benutzerdefiniert jig and fixture tooling delivers measurable performance improvements by removing variability and stabilizing your manufacturing process.
| Parameter | Spezifikation |
|---|---|
| Improved Accuracy & Dimensional Control | – Maintains fixed datums and consistent location. |
| Faster Cycle Times | – Optimized layout reduces setups and increases throughput. |
| Reduced Operator Dependency | – Built-in foolproofing and guided positioning. |
| Consistent Repeatability | – Stable alignment for long production runs. |
| Lower Production Costs | – Fewer rejects, faster takt time, and less downtime. |
| Higher Throughput | – Supports faster part changeovers and continuous operation. |
We analyze part geometry, tolerance stack-ups, and fixture load conditions, identifying all necessary jig and fixture components based on the 3-2-1 principle of location.
Initial layouts define locating points, clamping strategy, ergonomics, and operator access.
FEA and motion analysis in SolidWorks, CATIA, or NX validate rigidity, locator repeatability, and clamp forces.
We assess fixture stiffness, parallelism, and deflection under real machining or welding conditions
Rapid 3D printed jigs and fixtures are used for ergonomic validation and design optimization before full build.
CMM and laser-based inspection confirm datum accuracy and part repeatability.
We provide full CAD data, inspection reports, calibration certificates, and maintenance recommendations.
We use advanced engineering software to ensure fixture reliability and manufacturability:
SolidWorks | CATIA | Siemens NX | AutoCAD | ANSYS (FEA)
Each tool supports multi-CAD integration, simulation, and tolerance validation to guarantee dimensional accuracy before manufacturing.
We handle complete fixture production from design to on-site commissioning — all under ISO-certified processes.
| Parameter | Spezifikation |
|---|---|
| CNC-Bearbeitung | – High-precision bases, hardened locators, and inserts produced within ±0.001” tolerance. |
| Fabrication & Welding | – Structural assemblies engineered for rigidity and alignment control. |
| EDM & Wire Cutting | – Micron-level precision for tight internal corners and fine slots. |
| 3D Printing for Prototyping | – Lightweight 3D printed jigs and fixtures for low-load assembly and validation trials. |
| Surface Finishing & Coatings | – Grinding, anodizing, and plating for wear resistance and surface protection. |
| Assembly & On-Site Commissioning | – Final setup, calibration, and operator training for smooth production integration. |
Every turned part is inspected using certified metrology workflows to ensure dimensional accuracy, surface integrity, and repeatable performance across all production volumes.
CMM and laser scanning validate accuracy and repeatability for all jigs and fixtures.
Real-load validation, clamp-force measurement, and durability testing.
Correlation checks using master gauges and reference parts.
Every fixture is delivered with material certificates, calibration data, and QA documentation per ISO 9001 and AS9100D.
Yicen Precision beliefert ein breites Spektrum von Branchen, darunter die Luft- und Raumfahrt, die Automobilindustrie, die Elektronik und die Medizintechnik. Wir sind darauf spezialisiert, qualitativ hochwertige, zuverlässige Teile zu liefern, die auf die besonderen technischen Herausforderungen der jeweiligen Branche zugeschnitten sind.
Our engineering approach focuses on accuracy, manufacturability, and real production performance—not theoretical design. Every fixture is built to support tight tolerance control, stable alignment, and repeatable operations in demanding industrial environments.
Specialists in machining, welding, assembly, BIW tooling, and GD&T-critical fixture design, with deep understanding of locating schemes and process constraints.
Design and manufacturing workflows follow ISO 9001:2015, AS9100D, and ISO 13485 quality standards to ensure consistency and traceability.
FEA and kinematic simulation are used to evaluate deflection, stress, clamp forces, and repeatability before fabrication begins.
Optimized workflows allow quick concept iterations, 3D modeling, and prototype fixture builds without compromising precision.
In-house CNC machining, fabrication, EDM, and finishing reduce lead time, improve part consistency, and avoid outsourcing delays.
From initial requirements to engineering validation, final assembly, and on-site integration, we handle the complete fixture lifecycle.
Get industry-leading CNC-Bearbeitungsdienstleistungen for high-precision metal and plastic components. We offer express machining, certified quality (ISO 9001:2015, AS9100D, ISO 13485), and ultra-tight tolerances down to ±0.0005″.Choose from 80+ engineering-grade materials for rapid prototypes or production parts.
Toleranz
Pre-Event Testing
Get industry-leading CNC-Bearbeitungsdienstleistungen for high-precision metal and plastic components. We offer express machining, certified quality (ISO 9001:2015, AS9100D, ISO 13485), and ultra-tight tolerances down to ±0.0005″.Choose from 80+ engineering-grade materials for rapid prototypes or production parts.
Toleranz
Pre-Event Testing
Get industry-leading CNC-Bearbeitungsdienstleistungen for high-precision metal and plastic components. We offer express machining, certified quality (ISO 9001:2015, AS9100D, ISO 13485), and ultra-tight tolerances down to ±0.0005″.Choose from 80+ engineering-grade materials for rapid prototypes or production parts.
Toleranz
Pre-Event Testing
Mit unseren entwickelten Fertigungskapazitäten werden wir in der Lage sein, hochpräzise Metall- und Kunststoffteile zu produzieren, die eine gleichbleibend hohe Qualität bei Prototypen, Werkzeugen und der gesamten Produktion aufweisen. Yicen Precision hat mit der mehrachsigen Fräsbearbeitung begonnen und hat die Zuverlässigkeit der Ergebnisse auch bei den komplexesten Geometrien in Bezug auf das Drehen und die Entwicklung der Vorrichtungen sichergestellt.
CNC-Fräsen ist ein subtraktives Bearbeitungsverfahren, bei dem Metall und Kunststoff in Form von präzisen und wiederholbaren Formen mit 3-Achsen-, 4-Achsen- und 5-Achsen-Maschinen geschnitten werden. Sie eignet sich am besten für komplizierte Geometrien, strenge Toleranzen und hohe Oberflächengüten bei Prototypen und Produktionsteilen.
CNC-Fräsen ist ein subtraktives Bearbeitungsverfahren, bei dem Metall und Kunststoff in Form von präzisen und wiederholbaren Formen mit 3-Achsen-, 4-Achsen- und 5-Achsen-Maschinen geschnitten werden. Sie eignet sich am besten für komplizierte Geometrien, strenge Toleranzen und hohe Oberflächengüten bei Prototypen und Produktionsteilen.
CNC-Fräsen ist ein subtraktives Bearbeitungsverfahren, bei dem Metall und Kunststoff in Form von präzisen und wiederholbaren Formen mit 3-Achsen-, 4-Achsen- und 5-Achsen-Maschinen geschnitten werden. Sie eignet sich am besten für komplizierte Geometrien, strenge Toleranzen und hohe Oberflächengüten bei Prototypen und Produktionsteilen.
CNC-Fräsen ist ein subtraktives Bearbeitungsverfahren, bei dem Metall und Kunststoff in Form von präzisen und wiederholbaren Formen mit 3-Achsen-, 4-Achsen- und 5-Achsen-Maschinen geschnitten werden. Sie eignet sich am besten für komplizierte Geometrien, strenge Toleranzen und hohe Oberflächengüten bei Prototypen und Produktionsteilen.
CNC-Fräsen ist ein subtraktives Bearbeitungsverfahren, bei dem Metall und Kunststoff in Form von präzisen und wiederholbaren Formen mit 3-Achsen-, 4-Achsen- und 5-Achsen-Maschinen geschnitten werden. Sie eignet sich am besten für komplizierte Geometrien, strenge Toleranzen und hohe Oberflächengüten bei Prototypen und Produktionsteilen.
How do I choose between CNC-machined, welded, or 3D-printed fixtures?
What is the difference between a jig and a fixture?
A jig guides the cutting or drilling tool to the correct location.
A fixture securely holds and locates the workpiece during machining, welding, or assembly but does not guide the tool.
Use a jig when tool path accuracy is essential; use a fixture when part stability and repeatability are the priority.
When should I use a custom fixture instead of standard work-holding?
Choose a custom fixture when you need:
Standard vises and clamps cannot maintain the same datum accuracy or long-term consistency as a custom fixture.
How does fixture design improve repeatability and reduce operator error?
Custom fixtures define fixed datums, locator points, clamp positions, and engagement surfaces, so every part sits exactly the same way for every cycle.
This eliminates:
The result is predictable accuracy and fewer production defects.
Can fixtures wear out or lose accuracy over time? How do you prevent this?
Yes. Continuous use introduces:
To prevent accuracy loss, we design fixtures with:
Can custom fixtures reduce cycle time and production cost?
Absolutely. Fixtures directly improve efficiency by:
Over large production volumes, fixtures often deliver significant cost savings per part.
Which industries benefit most from jig & fixture design?
Our fixtures serve:
These sectors rely on tight tolerances, repeatability, and process stability.
Are custom fixtures useful for low-volume or prototype work?
Yes, when:
Lightweight or 3D-printed prototype fixtures can also be used for early stages.
What design standards ensure a fixture is accurate and safe to use?
A well-engineered fixture follows:
These best practices ensure accuracy, operator safety, and long-term stability.
Wir sind darauf spezialisiert, Ihre Ideen mit beispielloser Schnelligkeit und Präzision in hochwertige, funktionale Komponenten umzusetzen. Mit fortschrittlicher Technologie und fachmännischem Können stellen wir Teile her, die selbst die komplexesten Spezifikationen erfüllen.
