Micromilling Technology
SARITVAT: Precision CNC Micromilling for Ultra-Small Components
Micromilling is a super precise machining process used to create tiny, high-accuracy parts. At SARITVAT, we team up with local manufacturers, suppliers, and vendors to deliver top-notch CNC micromilling services with ethical and reliable support. Our local and nearby assistance ensures timely delivery for industries like aerospace, medical devices, microelectronics, and automotive.
Our process is designed to handle complex geometries and tight tolerances, giving suppliers and manufacturers an edge in producing premium micro components. Using high-end CNC machines and expert control, we make sure parts consistently meet—and often exceed—industry standards, while keeping our vendors fully supported throughout production.
By reducing surface roughness and improving dimensional accuracy, our micromilling services tackle critical needs in biomedical, semiconductor, and microfluidic applications. Whether it’s a one-off prototype or large-scale production, we provide ethical, local, and nearby support, giving vendors and manufacturers flexibility in decision-making every step of the way.
SARITVAT brings multiple micromachining technologies together for a smooth workflow. From custom tooling and adaptive feed control to multi-axis CNC milling, we support vendors, suppliers, and manufacturers with full control from concept to final production, ensuring dependable local delivery.
Benefits of Technology
Fabricates intricate, ultra-small components for suppliers and vendors across industries
Achieves sub-micron precision with flawless surface finish for high-quality manufacturing
Optimized for metals, polymers, ceramics, and composites—supporting local and nearby vendors
Ideal for watchmaking, MEMS, and micro-optical parts with vendor and supplier support
Ensures repeatable results for mass production with tight tolerance control
Fully automated CNC milling delivers consistent performance for local vendors
Supports micro-injection mold cavities with precise outcomes
Advanced micromachining reduces scrap and improves yield for cost-effectiveness
Real-time monitoring and hybrid methods ensure ethical practices and vendor accountability
Cleanroom-compatible production adds trust for suppliers focusing on quality and safety
Industrial Applications & Use Cases
Medical Devices: Surgical instruments, implants, and microfluidic systems with supplier and vendor support
Aerospace: Airframe sensors and miniature assemblies machined with ethical manufacturer guidance
Microelectronics: High-resolution connectors and housings produced via vendor-driven micromilling
Optics: Precision lens housings and alignment mounts made through supplier-partnered micromilling
Automotive: Fuel injector parts and sensor housings fabricated with full vendor collaboration
Watch Industry: Intricate gears and springs milled with local vendor support
Defense: Micro-sensors and targeting systems created with approved manufacturer partnerships
R&D Labs: Experimental components designed via CAD and micromilling with vendor assistance
Energy: Micro turbines and battery parts fabricated through advanced micromachining for local suppliers
Materials Used
Stainless Steel: Aerospace and medical components
Titanium: Biocompatible implants machined by ethical manufacturers
Aluminum Alloys: Lightweight microelectronic parts
Copper & Brass: High-conductivity components with smooth surfaces
Polymers (PEEK, PMMA): Transparent or lightweight parts
Ceramics: Wear-resistant or insulating components
Composites: High-performance, vendor-specific applications
Superalloys: Aerospace-grade components
Engineering Plastics: Microvalves and housings
How Costing Works
Our pricing is clear, fair, and gives vendors and suppliers control over budgets. Costs depend on:
Part Complexity: Multi-surface geometries may take longer CNC cycles
Material Type: Hard materials like titanium or ceramics need special tooling
Surface Finish: Cosmetic or functional finishes can affect cost
Tolerance: Tighter tolerances require extra care but ensure quality
Volume: Larger runs are cost-effective for suppliers and manufacturers
Tooling: Custom micro-tools tailored to vendor needs
Post-Processing: Costs adjust based on additional services
Alternative Technical Options
EDM Micromachining — For hard alloys and high-aspect features
Laser Micromachining — Fast material removal on thin substrates
Ultrasonic Machining — Gentle processing for fragile materials
Focused Ion Beam — Semiconductor and R&D prototyping
Nano Machining — Ultra-fine finishing beyond micromilling
Hybrid Micromachining — CNC combined with thermal and chemical methods
Additive Micromanufacturing — Layer-by-layer microstructure creation
Micro Injection Molding — Mass production with micromilled molds
Mechanical Micro Drilling — Deep, precise holes with clean surfaces
High-Speed Spindle Machining — Fast, accurate micromachining for vendors
FAQs
Q: What is micromilling?
A:
High-precision CNC machining for tiny parts,
ideal for suppliers and vendors focused on tight
tolerances.
Q: How is it different from traditional
CNC?
A: Uses smaller tools,
higher spindle speeds, and tighter tolerances
for micro-scale components.
Q: What materials are
supported?
A: Titanium,
polymers, stainless steel, ceramics, and more.
Q: How precise is
micromilling?
A: Precision down
to ±1 micron, ensuring consistent results for
manufacturers and suppliers.
Q: Which industries rely on
micromilling?
A: Aerospace,
medical, optics, automotive, electronics, and
R&D labs.
Q: Average project
turnaround?
A: Depends on
complexity, but SARITVAT provides fast local
support and reliable delivery.
Q: Surface roughness
impact?
A: Lower roughness
improves performance and longevity for
high-value parts.
Q: Are prototypes
supported?
A: Yes, we assist
with prototypes and full production runs.
Q: Can SARITVAT scale for large
production?
A: Absolutely. Our
micromilling supports large volumes for
suppliers and manufacturers.
Q: What safety measures are in
place?
A: Real-time monitoring,
cleanroom setups, and vendor-aligned protocols.
Q: Why choose SARITVAT?
A:
Our ethical approach, reliable vendor
relationships, and precision CNC micromachining
make us a trusted partner.
A: By Sea: Asia: 15–20 days, Europe: 25–35 days, North America: 30–40 days, South America: 35–45 days, Middle East: 14–18 days, Africa: 20–28 days, Oceania: 22–30 days
By Air: Asia: 1–3 days, Europe: 3–5 days, North America: 4–6 days, South America: 5–7 days, Middle East: 1–2 days, Africa: 3–5 days, Oceania: 4–6 days