More Details
This prototype reproduces both the internal mechanical structure and external industrial interface of the vibration calibrator to validate stability and sensor performance prior to tooling.
Rigid Aluminum Skeleton: The internal core components use aerospace-grade 6061-T6 aluminum, machined via CNC to serve as the physical reference for sensors, eliminating structural resonance.
Precision Co-Axial Alignment: Mechanical assembly ensures that excitation components and sensor interfaces maintain axis deviation within ±0.02mm, critical for calibration accuracy.
Industrial Interaction and Protection Systems:
ABS exterior shell is CNC-machined and finished with sandblasting/Matte paint for anti-slip and fingerprint-resistant touch. TFT screen and touch layers are precision laminated for accurate operation under vibration.
Durable Interfaces: CNC-machined stainless steel connectors withstand thousands of sensor insertions. Assembly tolerances for key transmission parts are controlled to ±0.01mm. ABS matte coating achieves 2H pencil hardness for scratch resistance.
Thermal Management and EMI: Recommendations are provided for airflow channels and internal conductive coating to mitigate heat and electromagnetic interference generated by TFT and vibration excitation.
Fatigue Prevention: Long-term vibration load analysis is conducted; metal inserts are suggested for ABS mounting pillars to prevent cracking.
Key Features & Advantages
1️⃣Engineering-Driven Decision Making
Precision internal skeleton and assembly decisions reduce calibration errors and enable functional validation before production.
2️⃣High-Fidelity Appearance & Structure
Rigid aluminum supports, CNC-machined interfaces, and matte ABS exterior provide production-grade tactile and structural fidelity.
3️⃣Fast Validation Loop
Prototype supports algorithm tuning, sensor calibration, and reliability testing within 10–15 days, shortening NPI cycles.
Technical Specifications
| Parameter | Value |
|---|---|
| Tolerance | Internal frame ±0.02 mm; Transmission ±0.01 mm |
| Surface Finish | Matte ABS coating; CNC aluminum & stainless steel interfaces |
| Assembly | Test-fit / Functional calibration |
| Lead Time | 10–15 Days |
| Process | CNC Machining, Mechanical Assembly, Surface Finishing |
| Material | 6061-T6 Aluminum, ABS, Stainless Steel |
Application Scenarios
▶️Precision sensor calibration testing
▶️Algorithm validation and functional verification
▶️Reliability and durability experiments
▶️Small-batch pilot builds for engineering evaluation
FAQs
Q1: Can this prototype support high-precision sensor testing?
Yes, internal aluminum skeleton and co-axial assembly ensure 0.1mg-level vibration calibration.
Q2: Are external interfaces durable?
CNC stainless steel connectors and ABS housing are designed for repeated use and long-term vibration environments.
Q3: Can iterations be delivered quickly?
Yes, prototypes can be delivered within 10–15 business days for rapid functional validation.
Why Choose Us
We provide system-level prototyping for industrial instrumentation, combining rigid internal structures, precision assembly, and functional surface finishing.
Our prototypes allow calibration algorithm testing, mechanical reliability verification, and ergonomic evaluation before tooling investment.
Production Process
- CNC Machining (Aluminum & Stainless Steel)
- Precision Mechanical Assembly
- Surface Finishing & CMF
- Functional Calibration Testing
- Quality Inspection
