Custom Engineering & OEM/ODM
Innovation rarely fits perfectly into a standard catalog. When developing pioneering technologies—whether they involve odd-form advanced packaging, flexible substrates, or extreme environmental parameters—off-the-shelf test equipment often becomes the bottleneck. AIMRSE Custom Engineering & OEM/ODM Solutions bridge the gap between your unique device physics and reliable data extraction. We provide a dedicated engineering task force capable of modifying our core architectures or designing entirely bespoke probing platforms from the ground up. From single customized sample fixtures for a university lab to full-scale, private-label ODM manufacturing for global test-equipment integrators, we deliver precision mechanics, advanced thermal control, and custom signal routing tailored to your exact specifications.
Critical Challenges in Non‑Standard Testing
Standard probe stations assume a flat, round wafer operating under typical conditions. When your research deviates from these norms, significant mechanical and electrical hurdles arise.
Odd‑Form & Fragile Substrates
Testing diced chips, warped wafers, or ultra‑thin flexible electronics on a standard vacuum chuck results in poor thermal contact and vacuum leaks. Securing these devices without inducing mechanical stress requires bespoke fixture engineering—custom vacuum topographies or mechanical clamps that standard systems cannot accommodate.
Bespoke Environmental Constraints
Your test may require rapid thermal shock cycling, exposure to corrosive gas mixtures, or integration into ultra‑high vacuum or radioactive environments. Standard components degrade or outgas under these extreme conditions, necessitating custom material selection (e.g., Hastelloy, specialized ceramics) and tailored chamber designs.
Complex Sensor & Optic Integration
Advanced R&D often combines electrical probing with customer‑specific instrumentation—bulky Raman spectrometers, high‑NA microscopes, or massive magnetic coils. Standard platens lack the structural support, clearance, or mounting patterns required to safely integrate these third‑party tools without inducing vibration.
Custom Capabilities & Infrastructure
AIMRSE’s robust internal infrastructure enables rapid transition from concept to precision‑machined reality without compromising measurement stability.
How We Build the Unbuildable
By maintaining full control over the mechanical and electrical design cycle, we ensure that every custom component seamlessly integrates with our high‑precision base platforms.
In‑House Precision Machining
Our facility houses advanced 5‑axis CNC milling machines and precision lathes, allowing rapid prototyping of custom chucks, platens, and probe arms from raw blocks of aerospace‑grade aluminum, OFHC copper, or invar. We iterate designs in days, ensuring perfectly toleranced fits for your specific DUT geometries.
Modular Base Topologies
We build upon proven, modular base architectures. We can expand footprint, increase z‑axis travel, or alter platen height to accommodate your specific hardware—all while retaining our signature anti‑vibration and low‑noise characteristics.
Custom PCB & Signal Routing
For high pin‑count or mixed‑signal devices (RF, high‑voltage, optical), our electrical engineers design custom probe cards, interface boards, and cable harnesses to route complex signals neatly and securely from your instruments to microscopic contact pads.
Value Proposition
Trying to force non‑standard devices or bespoke testing methodologies onto rigid, off‑the‑shelf equipment results in compromised data, damaged samples, and frustrated engineers. AIMRSE acts as an extension of your own R&D and manufacturing teams. We absorb the mechanical and electrical integration challenges so your team can focus entirely on analyzing device performance and advancing your core technology.
For our OEM and ODM partners, we offer a scalable pathway from a single proof‑of‑concept prototype to volume manufacturing. Whether you need a private‑labeled manual probe station to bundle with your specialized test instruments, or a fully automated, bespoke wafer handler for a proprietary production line, AIMRSE provides the discretion, IP protection, and manufacturing muscle to bring your solution to the global market cost‑effectively.
Why Choose AIMRSE for Custom Engineering
Beyond standard machining, we offer a partnership model designed to accelerate your unique testing challenges from concept to production.
No Minimum Order Quantity
From single‑unit R&D fixtures to full production runs. Custom chucks and probe arms delivered in 3–5 weeks; complete bespoke systems in 12–16 weeks.
Strict IP Protection
We operate under mutual NDAs. Engineering compartmentalization ensures your proprietary designs, materials, and test methods remain confidential.
Full‑Stack Integration
Mechanical, electrical, and software design under one roof. We deliver turnkey systems with open APIs for seamless integration into your existing workflow.
Modular & Scalable
Build on our proven platforms. Easily upgrade from manual to automated, add temperature control, or expand to larger wafer sizes as your needs evolve.
Custom Engineering Applications & Sectors
Our custom solutions empower diverse industries to characterize devices that defy standard semiconductor form factors.
MEMS & Microfluidics
Probing mechanical and fluidic structures alongside electrical pads. Custom gas and microfluidic delivery lines integrated into probe arms or chuck. Proven impact: 50% reduction in test setup time for a leading MEMS foundry.
Advanced Packaging (SiP)
Non‑planar probing with custom probe arm angles for deep‑trench contacts. High pin‑count solutions using mini‑probe cards. Proven impact: First‑pass silicon success for a tier‑1 OSAT customer.
Flexible & Wearable Electronics
Tensioned chucks to hold thin films flat; integrated bending stages for electrical characterization under mechanical strain. Proven impact: ±2% repeatability under 10,000 bending cycles for a leading display manufacturer.
OEM / Private Label Manufacturing
Custom‑branded systems with open APIs; volume manufacturing under your label. Proven impact: 3× growth in sales for a global instrument partner after integrating AIMRSE stations.
The Custom Engineering Workflow
Our structured five‑step process ensures a risk‑free transition from a napkin sketch to a fully validated, production‑ready system.
Objective: Securely understand your exact mechanical, thermal, and electrical requirements.
Services:
- Confidentiality Setup: Execution of mutual NDAs to protect your device designs and our engineering IP.
- Requirements Gathering: Detailed review of your DUT dimensions, instrument interfaces, footprint constraints, and target price points (for OEM).
Objective: Translate requirements into precise, manufacturable engineering models.
Services:
- 3D Modeling: Our team generates complete SolidWorks/CAD models of the proposed custom fixtures or systems for your review.
- Thermal & Stress Analysis: For extreme environments, we perform FEA (Finite Element Analysis) to ensure materials will not warp or fail under test conditions.
Objective: Create the physical proof‑of‑concept for real‑world validation.
Services:
- CNC Machining: We utilize our in‑house machine shop to quickly turn raw materials into high‑precision prototype components.
- Initial Assembly: Integration of the custom components with our standard micro‑positioners, optics, and thermal controllers to form a complete test bed.
Objective: Prove that the custom solution performs exactly as specified before shipment.
Services:
- Factory Acceptance Testing (FAT): We invite your engineers (physically or virtually) to witness the system probing your actual dummy samples under simulated conditions.
- Refinement: Immediate, on‑the‑fly adjustments to fixture tolerances or cable routing based on the FAT results.
Objective: Deliver the final product and establish a framework for ongoing production.
Services:
- Installation & Documentation: Full on‑site installation, including bespoke user manuals and maintenance documentation for the custom parts.
- OEM Volume Scaling: For ODM/OEM partners, transition the finalized prototype into our volume manufacturing schedule with established lead times and quality control checks.
Custom Engineering FAQ
Do you require a Minimum Order Quantity (MOQ) for custom fixtures?
What is the typical lead time for a customized probe system?
Can I modify an existing AIMRSE probe station I already own?
Do you provide 3D CAD models of your systems for our lab layout planning?
We are an instrument manufacturer. Can you build probe stations under our brand?
Stop Forcing Standard Tools to Do Custom Jobs.
Whether you need a specialized fixture to hold a curved flexible sensor, or you are looking for a reliable OEM partner to manufacture hundreds of branded probe stations, AIMRSE has the engineering depth to make it happen. Let's discuss your specifications.
Note: All AIMRSE probe systems and components are designed exclusively for professional semiconductor R&D and industrial testing. Equipment must be operated by trained personnel in accordance with standard laboratory safety protocols.
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