Brand Name: VMT
Name: CNC machining optical measuring instrument parts
Processing: CNC turning/CNC milling
MOQ: No MOQ
Material: Aluminum Alloy
Size: Customized
Customization: Customized logo, Packaging, Graphic
Lead Time:
| Quantity(Pieces) | 1 – 10000 | >10000 |
| Est. Time(days) | 3 | To be negotiated |
With 15 years of experience, we specialize in custom CNC machining for high-precision optical measuring instrument parts. Our parts are trusted across industries that demand extreme accuracy, such as aerospace, medical devices, automotive, semiconductors, and industrial automation.
We deliver precision down to ±0.005mm, with a strict 12-step quality control process that ensures a 99.98% pass rate. Whether you need complex or small-batch components, we are your reliable partner for quality, consistency, and performance.
VMT delivers precision-engineered optical measuring instrument parts tailored to your needs. Our components are widely used in aerospace, medical, automotive, semiconductor, and industrial automation sectors. Below are the key features of our custom CNC machining services for optical measuring instruments:
Our advanced CNC machines, such 5 5-axis CNC machining, ensure micron-level accuracy, crucial for high-performance optical measurement systems.
Affordable precisiont, offering excellent value for high-end CNC machined components.
We offer parts compatible with a range of instrument sizes—from compact stages to the largest fields of view in their class, ideal for various workpiece dimensions.
Our precision parts help create clear, sharp images essential for high-accuracy visual measurement applications.
Supports lightweight and portable optical devices, allowing fast and accurate measurements anywhere.
We use durable metals like aluminum alloys, stainless steel, and titanium to ensure longevity and resistance to wear.
Each part goes through 12 strict quality control steps, guaranteeing a 99.98% good product rate.
Whether it’s a prototype or a bulk order, we deliver quickly with no minimum order quantity required.
Is your project delayed by parts with insufficient accuracy? We eliminate this risk. Our state-of-the-art five-axis high-precision CNC machining centers achieve ultra-tight tolerances of ±0.005mm. This ensures every custom CNC machined optical measuring instrument part meets the most stringent design specifications, guaranteeing perfect fit and optimal performance in your assemblies.
Struggling with poor surface finishes affecting your instrument’s accuracy or appearance? We know that in optical applications, surface quality is important. That’s why we use advanced CNC machining and fine-tuned post-processing techniques to achieve outstanding surface roughness levels. This minimizes light scattering and unwanted reflections, ensuring optimal clarity and performance of your custom optical measuring parts.
To guarantee quality at every stage, our QC specialists perform thorough inspections using advanced equipment such as 2D/3D projectors, height gauges, thread gauges, and roughness testers. We also provide a full-dimensional inspection report with every part delivered, so you know exactly what you’re getting.
Are late deliveries impacting your project timelines and budget? We prioritize efficiency without compromising quality. With rapid prototyping capabilities and streamlined high-volume production, we ensure your custom CNC machining optical measuring instrument parts are delivered precisely when you need them, keeping your projects on schedule.
When it comes to machining optical Measuring Instrument, choosing the right material is key to ensuring performance, durability, and reliability. We excel in machining a diverse range of high-performance materials, including various grades of aluminum, stainless steel, titanium alloys, and engineering plastics such as PEEK and ABS. This expertise ensures your custom CNC machining optical measuring instrument parts possess the exact mechanical, thermal, and optical properties required for demanding environments.
| Available Materials | |
| Aluminum | AL6061,Al6063,AL2024,AL6082,AL7075, ADC12, ect. |
| Stainless Steel | SS201,SS301,SS303,S31803,SS304,SS316, etc. |
| Steel | Low carbon steel, medium carbon steel, high carbon steel, alloy steel, etc. |
| Copper | C11000,C12000, C36000, etc |
| Brass | H59,H62,H65,H68, H80, etc |
| Iron | A36,45#,1213,12L14, etc |
| Plastic | ABS, PE, PC, POM, nylon, Peek, etc. |
| Other | Various composite materials. |
Before machining, our dedicated surface treatment engineers will select an appropriate and cost-effective surface treatment method based on your specific requirements to bring your ideas to life. We have provided surface treatment services for over 15,000 metal and plastic parts. Common surface treatments include:
| Aluminum Parts | Anodizing, sandblasting anodizing, oil spraying, electroplating, wire drawing, polishing, etc. |
| Stainless Steel | PVD (vacuum coating), electroplating, passivation, etc. |
| Steel | Galvanized, black oxide, powder coating, etc. |
| Copper | Passivation, electroplating |
| Plastic | Painting, brushing (acrylic), printing, thermal transfer, etc. |
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With a dedicated quality control management team and advanced high-precision testing equipment, we oversee every step from raw materials to shipment with thorough follow-up testing and real-time transparency. This rigorous process ensures a 98.8% product yield rate, delivering exceptional quality and reliability.
Before CNC machining, our six engineers with more than 20 years of experience will conduct DFM analysis to discover and solve potential problems in advance. This ensures optimized design, efficient manufacturing, and effectively reduces machining costs.
Check part dimensions against tolerance specifications, assess the design’s manufacturability, and enhance production to achieve your desired balance of quality and cost.
We source raw materials from trusted long-term suppliers, ensuring consistent quality and reliability. Third-party inspection reports from organizations like SGS, CTI, and TUV are available to guarantee material compliance and standards.
We have an independent department to track the progress of orders and maintain detailed records of each production batch. The machining photos and videos will be transparently shared with customers at any time to let customers know the progress of product machining at any time.
Dimensional tolerance inspections are conducted every two hours,, with first-article and IPQC inspections to ensure stable processes and consistent quality.
Conduct statistical analysis to monitor and control the manufacturing process and provide inspection reports.
If any deviations, defects or non-conformities are discovered while machining a part, our team will immediately convene a meeting to resolve the issue.
We respond to abnormal situations within 30 minutes, provide solutions within 2 hours, and ensure that the problems are resolved within 24 hours.
Before CNC parts leave the factory, 100% dimensional inspection is conducted according to customer drawings. Inspection reports are provided before proceeding to the next processing step.
We offer anodizing, sandblasting, powder coating, etc., we also provide special surface treatments. All surface treated parts are subject to 100% visual inspection after returning to the workshop.
QC specialists inspect parts at each stage using tools like 3D/2D projectors, height gauges, thread and roughness testers. And we offer full dimensional inspection reports for parts.
We offer various packaging methods to prevent damage and ensure easy handling. Custom packaging is available, commonly using EPE foam and bubble wrap.
We are a 15-year-old custom CNC machining parts manufacturer with multiple certifications. These include ISO 9001:2015, IATF 16949:2015, and SGS on-site inspection reports.
VMT: You can provide 2D/3D drawing or send your sample to our factory, then we can make according to your sample.
VMT: Sure. We never divulge customers’ information to anyone else.
VMT: Yes, we can provide you with a sample before mass order.
VMT: Customization in optical measuring parts is essential because each application often has unique specifications, including measurement range, environmental conditions, and accuracy needs. Tailored parts ensure compatibility with existing systems, meet specific measurement standards, and deliver high accuracy consistently. Customization may involve unique material selections, specific coatings, or precise geometries, enabling enhanced performance across various industrial applications.
VMT: High-precision optical parts are commonly manufactured from materials like optical glass, quartz, ceramics, and metals like aluminum or stainless steel. Optical glass and quartz are ideal for lenses and prisms due to their excellent light transmission properties, while metals and ceramics are preferred for structural parts because of their durability and stability. Material choice depends on application needs and environmental factors like temperature stability and chemical resistance.
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