Design Adaptation
Modify and adapt existing tooling designs to fit new parts, payloads, or cell geometries — fast iteration without starting from scratch each time the application shifts.
EOAT
End-of-Arm Tooling,engineered to spec.
From concept to commissioning — grippers, fixtures, and tooling that earn their place on your line.
Start a ProjectEnd-of-arm tooling is where automation succeeds or stalls. Generic tooling forces compromises in cycle time, payload, or reliability that compound across every shift. The EOAT team designs and adapts tooling specifically for your application — and validates it at line rate before it ships.
What's Included
Capabilities and scope.
3D Modeling (SolidWorks)
Native SolidWorks design and modeling for new EOAT, fixtures, and integration hardware — with engineering drawings, revision control, and clean handoff documentation built in.
Quality Assurance
Structured QA processes that catch tolerance, fit, and performance issues before parts ship — saving the rework cycle and protecting your integration timeline.
How We Work
A clear working process.
Step 01
Characterize the Part
Geometry, surface, mass, fragility, presentation. Measure the part and its environment before drawing the first concept — most EOAT problems trace back to skipping this step.
Step 02
Model and Adapt
Native SolidWorks design, 3D-printed prototypes, and rapid iteration. Most EOAT designs converge in 2–3 revisions when the part is properly understood up front.
Step 03
Validate at Line Rate
QA against your acceptance criteria — in your cell, at your throughput, with your operators in the loop. Bench validation is not the same as line validation.
Who It's For
Built for specific situations.
- Integrators designing tooling for new robotic cells
- Programs needing to adapt existing EOAT to new parts or applications
- Operations facing tooling reliability or cycle-time problems
- Engineering teams needing senior EOAT depth without permanent headcount
Embedded Engineering Teams
Scale Engineering Capacity
Without the Overhead
Emtech embeds specialized technical teams directly in your environment, integrated into your workflow and accountable to your outcomes.
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Technology-agnostic, recommending what fits the project.
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Same execution depth at 1 site or 20, scaling with the project.
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R&D through live ops, owning the outcome.
2026 Execution Results
100K+
Annual Field Hours 100%
On-Time Delivery 20+
Facilities, NA + EU 50 States + EU
Service Coverage Cross-service capability
Other engineering service lines.
Most engagements span more than one team. Here's how the other Emtech service lines fit alongside this one.
R&D Lab Support
Site operations, IT, and in-house 3D printing.
Explore →
Testing & Validation
Reliability, performance, and acceptance testing.
Explore →
Reliability
Root-cause depth across controls and embedded.
Explore →
Hardware
Custom test beds, adaptation, retrofitting.
Explore →
Deployment
Commissioning, integration, multi-site rollout.
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Integrated Engineering
Mechanical, electrical, test, and controls.
Explore → Get In Touch
Let's Start the
Conversation.
Tell us where the project stands. The response will come prepared: the right questions, the right context, and a clear picture of what working together involves.
Address
635 W Reynolds Ave
Centralia, WA 98531
Centralia, WA 98531
Phone
Hours
Mon – Fri: 7:30am – 4:00pm PT
Response Time
Fit, timeline & next steps
confirmed on the first call
confirmed on the first call