02 — Process
Engineering
Workflow
A structured, engineering-driven process. Each phase builds on validated decisions, reducing risk and accelerating time to market.
01
Discovery & System Definition
Map requirements, constraints, and success criteria. Technical feasibility and market context established.
02
Architecture & Constraints
Define system architecture, key mechanisms, and design constraints. Critical path identified.
03
Design + Engineering
Detailed industrial design and mechanical engineering in parallel. Form and function developed together.
04
Prototyping & Testing
Physical validation through functional prototypes. Testing cycles refine design before tooling.
05
Manufacturing Readiness
DFM optimization, tolerance stack-ups, and production documentation. Ready for vendor engagement.
06
Production Support
Vendor management, tooling approval, and production ramp support through first units.
03 — Work
Case Studies
Systems We've Built
001 — ROBOTICS — 2024
Autonomous Inspection System
PAYLOAD 15 KG
DOF 6-AXIS
PRECISION ±0.1MM
CYCLE < 8 SEC
Manual inspection was slow and inconsistent. We developed a multi-axis robotic inspection cell with integrated machine vision and AI-driven defect detection. Result: 94% reduction in inspection time with 99.7% defect detection accuracy.
002 — MEDICAL DEVICES — 2024
Surgical Robotics Platform
CLASS II MEDICAL
FORCE 50N MAX
RESOLUTION 0.01MM
LATENCY < 10MS
Surgeons needed enhanced precision and reduced fatigue. We engineered a haptic-enabled surgical platform with sub-millimeter positioning and real-time force feedback. Result: 35% procedure time reduction, FDA submission approved.
003 — AUTOMATION — 2023
Modular Industrial AGV
CAPACITY 500 KG
RUNTIME 8 HRS
NAV LIDAR/SLAM
SPEED 2 M/S
Fixed systems couldn't adapt to changing layouts. We created a configurable AGV platform with modular attachments and fleet management. Result: 400+ daily movements, 99.9% uptime across 12-unit fleet.
04 — Why Us
Not Just Designers.
Product Builders.
Engineering-First Mindset
Design decisions backed by structural analysis, tolerance studies, and manufacturing reality. We don't compromise on engineering fundamentals.
Deep Manufacturing Knowledge
We understand injection molding, CNC, sheet metal, and electronics integration at the vendor level. Production-ready from day one.
Full Product Lifecycle
From napkin sketch to production ramp. No handoffs, no gaps. We own the entire journey and ensure continuity throughout.
Systems-Level Thinking
We design complete systems, not isolated components. Integration is built in from the beginning, not added as an afterthought.
Complex Problem Specialists
Robotics, mechanisms, multi-material assemblies—we thrive on technical challenges that require deep expertise and innovation.
Product Builders, Not Designers
We measure success by shipped products, not rendered concepts. Our track record speaks through real-world products in the market.
05 — About
A Studio Built on
Real-World Experience
Studio NeoVect was founded with a clear vision: bridge the gap between design aspiration and manufacturing reality.
We're a founder-led studio with roots in both industrial design and mechanical engineering. Our team has shipped products across consumer electronics, robotics, medical devices, and industrial equipment—learning the lessons that only production teaches.
Our Philosophy
We partner with companies who understand that great products require more than aesthetics. They require systems thinking, manufacturing intelligence, and the persistence to iterate until the design is truly right. Long-term partnerships over one-off projects.
Products Shipped
Years Experience
Industries Served
On-Time Delivery
— Client Perspectives
Trusted By
Engineering Leaders
"NeoVect delivered what three previous firms couldn't — a manufacturable design that actually met our cost targets."
Marcus Chen
CTO, Apex Robotics
Autonomous Inspection Platform
"Their engineering depth is rare. They understood our constraints before we finished explaining them."
Sarah Lindström
VP Engineering, Nordic Medical Systems
Surgical Robotics Module
"From concept to production-ready in 14 months. No scope creep, no surprises. Just execution."
James Okonkwo
Founder, Kinetic Industrial
Automated Assembly Cell
06 — Contact
Start A
Project
Direct Contact
projects@neovect.com
+1 (234) 567-890
Location
New York, NY
United States
Response Time
48 Hours
We review every submission and provide a preliminary assessment.
CURRENTLY AVAILABLE
Accepting new projects for Q2 2026 kickoff.