When no manufacturer has ever built that machine before, the first milestone is not mass manufacturing — it is proving feasibility through a functional physical prototype running with real production materials.
The R&D division of HASY Industries tackles the most challenging engineering problems: Custom mechanical kinematics, interactive high-tech entertainment machinery (DÓO Entertainment), and custom automotive manipulators (VinFast). We combine SolidWorks FEA stress simulations, functional rapid prototyping (PoC), and guarantee 100% intellectual property (IP) and uncompiled source code transfer to our clients.
WHY PROTOTYPE FIRST
Industrial innovators frequently conceive breakthrough automation concepts, yet face daunting technical uncertainties: which kinematics mechanism will endure continuous stress, which materials will withstand abrasive friction, and what control algorithms ensure millisecond precision.
Jumping straight into building a full-scale production line exposes projects to disastrous capital losses if the underlying mechanics fail in practice.
HASY Prototyping Engineering constructs a functional pilot prototype — compact, cost-effective, but rigorous enough to prove 100% kinematic viability and measure critical telemetry before deploying full capital expenditure.
STRUCTURED R&D ROADMAP
A disciplined engineering roadmap that minimizes technical risk and accelerates time-to-market:
Kinematic synthesis, force balance modeling, and finite element stress analysis (FEA) on 3D CAD platforms prior to cutting steel.
Precision CNC machining, in-house control panel assembly, and custom PLC firmware development for live material testing in our workshop.
Refining structural rigidity, eliminating redundant components, streamlining wiring harness routes, and standardizing industrial hardware for scalable production.
Complete engineering documentation packaging, 2D/3D manufacturing drawings, EPLAN electrical schematics, PLC source code, and full turnkey plant line delivery.
PROVEN TRACK RECORD
Tangible proof of multidisciplinary engineering across industrial automation and high-tech interactive equipment:
Engineered from scratch: bespoke thin fabric clamping kinematics, optical edge detection, and automated CNC stitching replacing 4 manual operators with 300% throughput gain.
Originated as a prototype press machine testing viscous dairy powder behavior in HASY’s workshop (2015) before scaling into a high-speed continuous production line.
Engineered reflex sensors, mechatronic counter-drive kinematics, and real-time score tracking firmware for HasyPro (featured on VTV Inventors 2013) and DÓO Entertainment centers.
INTELLECTUAL PROPERTY INTEGRITY
We understand that proprietary product recipes and unique mechanical kinematics are existential business assets. HASY maintains rigorous legal and physical safeguards:
All drawings, production specifications, and problem statements are legally protected under a bilateral NDA before technical disclosures begin.
All utility solutions, industrial designs, and patentable inventions conceived during the project belong entirely to the client.
Upon commissioning sign-off, we deliver complete raw 3D CAD assemblies, EPLAN schematics, and uncompiled PLC code without digital locks.
COLLABORATIVE PROCESS
A transparent, milestone-gated engineering process with clear decision criteria at every stage:
Execute mutual NDA and define technical specifications, boundary conditions, and goals.
Kinematic calculations, 3D simulation, and a dedicated, fixed-price prototype quote.
Machining components, wiring control electronics, and coding experimental PLC firmware.
Testing with real materials, collecting sensor telemetry, and fine-tuning mechanisms.
Delivering the prototype, full engineering drawings, and manufacturing commercial units.
TRUSTED R&D PARTNER FOR INDUSTRY LEADERS
Key insights on our Proof-of-Concept (PoC) methodology, patent IP ownership, non-disclosure protocols, and industrial commercialization paths.
We specialize in pioneering non-catalog engineering challenges: Novel mechanical linkages, high-tech interactive mechatronics, pneumatic assistive manipulators, automated garment sewing units, and custom high-speed material handling cells designed to eliminate severe floor bottlenecks.
To safeguard client capital, HASY structures R&D into three clear milestones: (1) Mathematical feasibility, 3D kinematic modeling, and FEA stress simulations (1–2 weeks); (2) Functional Proof-of-Concept (PoC) prototype fabrication for live validation; (3) Final industrial commercialization and full factory line commissioning.
100% of all intellectual property belongs exclusively to the client. Governed by strict mutual NDAs, HASY hands over all proprietary 3D CAD parametric files, engineering calculations, electrical schematics, and uncompiled software code, empowering your corporate entity to register exclusive national and international patents.
Discuss your challenge directly with HASY Chief Engineers. We will provide a rigorous feasibility assessment, recommend the most cost-effective prototyping approach, and safeguard your intellectual property.
Call Chief R&D Engineer: +84 989 919 486 Submit Technical RFQ & Request NDA
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