ESC Technology CNC: Precision high-tolerance manufacturing.
Created on 08.22
ESC Technology CNC: Precision high-tolerance manufacturing.
Introduction to ESC Technology: CNC Machining Excellence
Founded in the heart of Shenzhen, ESC Technology has spent over a decade refining its reputation as a world-class manufacturing partner for industries that demand nothing short of perfection. From our earliest days as a tooling specialist, we have grown into a comprehensive solutions provider, offering precision CNC machining, injection molding, die casting, and rapid prototyping under one roof. Our mission is simple but ambitious: to deliver components that push the boundaries of what is possible in terms of tolerances, surface finish, and repeatability, while maintaining a transparent and collaborative relationship with every client. We believe that precision is not just a luxury but a necessity in modern manufacturing, and that belief drives every decision we make across our expansive facility. With a team of over 200 engineers and technicians, we have invested heavily in both talent and machinery to ensure that ESC Technology remains at the forefront of the industry. Whether you need a single prototype or million-unit production runs, our commitment to excellence is unwavering, and we are proud to serve customers in more than 30 countries worldwide.
Our manufacturing floor spans over 12,000 square meters and is equipped with an impressive array of CNC machining centers, turning lathes, EDM machines, and automated systems that work in concert to deliver exceptional results. Unlike many competitors who outsource critical steps, we operate an entirely in-house process, which gives us total control over quality, lead times, and costs. This vertical integration allows us to react quickly to design changes, maintain strict confidentiality, and provide real-time updates to our partners. We understand that when you entrust us with a project, you are not just looking for a supplier—you are looking for an extension of your own engineering team. That is why we prioritize communication and technical support at every stage, from initial DFM feedback to final inspection reports. Our state-of-the-art metrology lab, featuring multiple CMMs and optical comparators, ensures that every part leaving our facility meets the most stringent specifications. In short, ESC Technology is not just a machine shop; we are a strategic ally committed to your success through precision CNC machining excellence.
Core CNC Machining Services
At ESC Technology, we offer a full spectrum of CNC machining services that cater to the most challenging component geometries and material requirements. Our capabilities encompass CNC milling, CNC turning, EDM machining, and a host of secondary operations that allow us to deliver finished parts ready for assembly or integration. Each service is executed by experienced machinists who leverage the latest software and tooling to achieve exceptional accuracy and efficiency. We work with virtually every engineering material, including aluminum, stainless steel, titanium, Inconel, PEEK, and a wide range of thermoplastics. This versatility ensures that we can match the right material to the functional demands of your application, whether it involves high temperatures, extreme pressures, or sterile environments. Below, we break down each core service to illustrate how our expertise translates into tangible value for your business.
CNC Milling: High-Speed and 5-Axis Capabilities
Our CNC milling department is the backbone of our production floor, equipped with more than 40 high-speed machining centers, including a fleet of 5-axis machines that can tackle complex contoured surfaces with remarkable ease. These 5-axis centers allow us to machine multiple faces in a single setup, reducing the risk of setup errors and dramatically improving cycle times. High-speed spindles operating up to 30,000 RPM enable us to achieve fine surface finishes and tight tolerances that are essential for industries like aerospace and medical device manufacturing. We also utilize advanced toolpath strategies, such as trochoidal milling and dynamic stock removal, to maximize material removal rates while minimizing tool wear. Whether you need a simple bracket or a complex impeller, our team will develop an optimized milling strategy that balances speed, accuracy, and cost. Our programmers use the latest CAM software to simulate every operation before going to the floor, ensuring that potential collisions or deflection issues are caught early. The result is a reliable, repeatable milling process that consistently meets your specification—even for tight tolerance features as close as ±0.0002 inches.
CNC Turning: Precision Turned Parts with Tight Tolerances
Complementing our milling capabilities, our CNC turning department features multi-axis turning centers that produce cylindrical parts with exceptional roundness and surface finish. From simple bushing to sophisticated valve bodies, our machines can handle bar stock up to 4 inches in diameter and parts as long as 40 inches. We offer both live tooling and sub-spindle operations, enabling us to complete complex parts in a single clamping sequence. This reduces handling time, improves concentricity, and eliminates the need for secondary operations that could compromise dimensional integrity. Our turning experts are adept at working with exotic alloys and hardened materials, achieving tolerances as tight as ±0.0001 inches on critical diameters. We also employ in-process gauging and automatic tool compensation to ensure consistency across large production runs. When you partner with ESC Technology for CNC turning, you gain access to a team that understands the nuances of chip control, coolant flow, and tool geometry to maximize productivity and tool life. Whether you are prototyping a one-off part or scaling up to high-volume manufacturing, our turning capabilities are aligned with your delivery and quality goals.
EDM Machining: For Complex Geometries and Exotic Materials
For features that are impossible to achieve with conventional cutting tools, our EDM (Electrical Discharge Machining) department offers both sinker and wire EDM solutions. Wire EDM is particularly well-suited for creating sharp internal corners, fine slots, and contours in hardened steel, titanium, and other conductive materials. We use wire diameters as small as 0.004 inches to achieve extremely small radii and intricate details that would break even the most durable milling cutter. Sinker EDM, on the other hand, allows us to produce blind cavities and complex mold features with excellent surface finishes and accuracy. This process is invaluable for industries like medical devices and aerospace, where components often feature micro features that demand exceptional precision. Our EDM machines are equipped with adaptive control systems that monitor spark gaps in real time, ensuring consistent material removal and minimal recast layer. Additionally, we have integrated automation that enables unattended running, significantly reducing costs while maintaining high quality. When you require a part that pushes the limits of machinability, our EDM capabilities provide the solution.
Secondary Operations: Grinding, Polishing, and Assembly
Completing the picture, our secondary operations department ensures that every part we produce meets both dimensional and cosmetic requirements. We offer precision cylindrical and surface grinding to achieve surface finishes as fine as 8 Ra, along with a range of polishing and deburring processes that enhance aesthetics and functionality. For components that require a mirror-like appearance or specific surface roughness, our technicians use both mechanical and electrochemical polishing techniques. We also provide anodizing, plating, passivation, and other surface treatments to improve corrosion resistance and wear properties. In addition, our assembly capabilities allow us to deliver fully assembled sub-systems, saving you time and logistics costs. Our quality team inspects every part after each operation, maintaining a transparent audit trail that is invaluable for regulated industries. By offering all these services under one roof, we simplify your supply chain and reduce the risks associated with managing multiple vendors. This holistic approach is a key reason why many clients consider ESC Technology their one-stop manufacturing partner.
Advanced Technology and Equipment
Investing in advanced technology is not just a corporate strategy for ESC Technology—it is the foundation upon which our quality and efficiency are built. We continuously update our machinery to integrate the latest innovations in CNC controls, automation, and metrology. Our facility houses a diverse range of 5-axis machining centers, multi-axis turning centers, and automated pallet systems that allow for lights-out manufacturing. These investments translate directly into faster turnaround times, lower per-part costs, and consistently repeatable quality that surpasses industry standards. Moreover, we have established an in-house CMM lab that serves as the gold standard for verification and inspection. By understanding both the production and measurement sides of manufacturing, we are able to make smarter decisions that benefit our customers.
State-of-the-Art CNC Machines
At the heart of our production capability are over 70 CNC machines sourced from world-renowned manufacturers such as DMG MORI, Makino, and Okuma. Our fleet includes 5-axis vertical and horizontal machining centers, as well as twin-spindle turning centers that feature integrated milling capability. These machines are equipped with linear scales and thermal compensation systems to maintain positional accuracy even during long, high-temperature operations. We also invest in high-pressure coolant systems that facilitate deep-hole drilling and efficient chip evacuation, which is critical for maintaining tight tolerances in difficult materials. Every machine is networked into our manufacturing execution system (MES) that provides real-time monitoring of production status, tool life, and maintenance needs. This digital backbone allows our engineers to optimize cutting parameters based on historical data, reducing scrap and enhancing efficiency. When you choose ESC Technology, you are leveraging a technology stack that rivals any CNC machining service provider in the global marketplace.
Automated Systems for Increased Efficiency and Consistency
Automation is a cornerstone of our production philosophy, and we have deployed robotic tenders, automated guided vehicles (AGVs), and pallet pools to minimize manual intervention. This not only reduces the risk of human error but also enables 24/7 unattended machining, which significantly lowers your cost per component. For example, our pallet pools can store up to 60 fixtures, allowing the machines to switch between different parts and materials without requiring an operator. This is particularly beneficial for low-volume, high-mix production where setup time often dominates cost. Additionally, our robotic cells for deburring and polishing ensure that secondary finishing is both faster and more consistent than manual labor. Our automation systems are fully integrated with our quality inspection protocols, meaning that automated probes verify critical features after each operation, and any deviations are automatically compensated. This synergy between automation and quality control gives us the confidence to quote aggressive lead times while maintaining the high tolerances that our clients demand. By embracing Industry 4.0 technologies, we deliver a level of consistency that manual machining simply cannot replicate.
In-House CMM Laboratory for Precision Inspection
Measurement is as important to us as machining, which is why we have established a temperature-controlled metrology lab equipped with coordinate measuring machines (CMMs) that offer positional accuracy up to 0.5 microns. Our CMM lab includes both bridge-type and gantry-type machines, as well as a range of optical comparators and surface roughness testers. We perform first article inspections (FAI) on every new part, and we adhere to AS9102 standards for aerospace components. For statistical process control (SPC), we use automated data collection to monitor key characteristics during production, allowing us to identify trends and take corrective actions before parts fall outside specification. All inspection data is documented and provided to customers in a clear report, ensuring full traceability. Our metrology team is certified in GD&T interpretation, and they work closely with our engineering department to resolve any ambiguities in the drawing before production begins. In this way, our CMM lab is not just a final checkpoint but an integral part of our quality planning process. When you see our inspection reports, you know exactly how your parts measure up to the most demanding specifications.
Quality Assurance and Certifications
Quality is not a department at ESC Technology—it is a culture that permeates every level of our organization. We have implemented a comprehensive quality management system that aligns with international standards and has earned us certifications that are recognized globally. Our quality assurance processes encompass everything from incoming material verification to final packaging, and we document every step to provide you with complete confidence. We are committed to continuous improvement, regularly auditing our procedures and training our staff to stay current with evolving industry requirements. In an era where supply chains face unprecedented challenges, our dedication to quality assures you that your production will not be disrupted by preventable defects or recalls.
Rigorous QC Processes
Our quality control protocol begins with a thorough material certification review, ensuring that each raw material lot meets the chemical and mechanical properties specified by your design. During machining, in-process inspection is performed using touch probes and laser measurement systems stationed on each machine. For critical dimensions, we use our CMM lab to verify features to within a fraction of a micron. Additionally, we employ optical inspection systems for surface defects and burr detection, and we conduct non-destructive testing (NDT) such as dye penetrant and ultrasonic inspection for aerospace and medical components. Every part is accompanied by a router that records all inspection activities, and final inspection includes a 100% dimensional check for the defining characteristics of the part. We also provide material certifications, first article inspection reports, and certificates of conformance as required by your industry. This level of discipline is why we have achieved a customer-related defect rate of less than 0.15%, a figure that we are determined to improve further. With ESC Technology, you can rest assured that your parts possess the exact precision you need.
Industry Certifications
ESC Technology proudly holds ISO 9001:2015 for quality management, which serves as the foundation of our quality system. For the medical sector, we are certified to ISO 13485:2016, demonstrating our ability to provide a quality management system specifically designed for medical devices. Additionally, our aerospace division aligns with AS9100D, the industry-specific standard that encompasses aviation, space, and defense. These certifications are not just certificates on our wall—they are the result of rigorous audits and continuous improvement initiatives. Our compliance team ensures that every process, from purchasing to product shipping, follows the documented procedures that these standards require. We also maintain a rigorous supplier approval program that ensures our raw materials and consumables come from qualified sources. For customers in the automotive industry, we follow IATF 16949 guidelines, even though we are not yet fully certified, and we tailor our PPAP documentation to meet your requirements. These certifications, combined with our technical expertise, make us a preferred partner for quality-driven industries around the world.
Commitment to Tolerances as Tight as ±0.0001 Inches
One of the most defining aspects of our CNC machining service is our ability to hold tolerances as tight as ±0.0001 inches (2.54 microns) on selected features. Such precision is not achieved by chance; it requires exceptional machine stability, careful tool selection, controlled environmental conditions, and thorough inspection. Our 5-axis machines are temperature‑compensated, and we control the shop floor climate to minimize thermal expansion effects. We use precision ground tooling and holders with runout of less than 0.0002 inches, and we perform regular calibration on all of our machines. For these tight tolerance applications, we often employ a combination of machining and lapping operations, followed by verification on our most accurate CMMs. This capability is particularly valuable for manufacturers of fuel injectors, medical implants, and fiber optic components—where even a micron of discrepancy can be cause for failure. When we commit to a tolerance, we ensure that it is both achievable and repeatable across the entire production run, and we communicate any potential trade-offs between cost and tolerance during the DFM review. Our engineers will always recommend the most economical tolerance that meets your functional requirements, because we believe in adding value, not just adding cost.
Industries We Serve
Thanks to our versatile CNC machining capabilities and rigorous quality standards, ESC Technology serves a wide variety of industries that rely on high-precision components. We understand that each sector has its own unique requirements—whether it is biocompatibility for medical devices, lightweight toughness for aerospace, or cost efficiency for automotive. Our team has amassed deep domain knowledge by working on hundreds of projects across these fields, and we are well-equipped to navigate the regulatory and performance challenges your industry presents. Below, we highlight the key sectors where our precision machining has made a meaningful impact.
Medical Device Machining
In the medical field, precision is not just a matter of performance; it is a matter of patient safety. ESC Technology manufactures surgical instruments, implantable components, and diagnostic equipment parts from materials such as stainless steel, titanium, and cobalt-chrome. We are certified to ISO 13485 and follow strict validated processes to ensure biocompatibility and cleanliness. Our CNC machining capabilities allow us to produce complex geometries like bone screws, orthopedic plates, and micro‑sized features with tolerances that maintain sterility and function. We also provide rapid prototyping to help medical innovators bring new devices to market faster, and we support the entire lifecycle from pre‑clinical testing to full production. Our expertise in working with tricky materials like PEEK and ceramics ensures that your device will perform reliably under physiological conditions. By partnering with ESC, you gain a manufacturing partner who understands the regulatory landscape and can deliver audit‑ready documentation. For more information about our medical device services, please visit our Medical Devices page.
Aerospace Components
The aerospace industry demands the highest levels of precision and reliability, as any component failure can have catastrophic consequences. Our aerospace machining capabilities include the production of structural airframe parts, engine components, landing gear details, and hydraulic system fittings. We work with aerospace‑grade alloys like 7075 aluminum, 17‑4 PH stainless steel, and Inconel 718, all of which require specialized tooling and machining strategies. Our quality system is aligned with AS9100D, and we provide full traceability and first article inspection reports to meet your compliance needs. We have successfully delivered parts that operate in extreme temperatures and pressures, demonstrating our ability to handle the most demanding applications. Our 5‑axis CNC machining centers are ideal for producing the complex contoured surfaces found in turbine blades and ducting. We also offer rapid prototyping for new aircraft programs, enabling faster iteration and certification. To learn more about how we support the aerospace industry, you can explore our Aerospace page.
Automotive Parts
From high‑performance racing components to mass‑production vehicle parts, the automotive sector relies on efficient and precise manufacturing to reduce weight, improve fuel efficiency, and enhance safety. ESC Technology offers automotive machining services that cover engine components, transmission parts, suspension knuckles, and brake system components. We are experienced with both ferrous and light‑weight materials such as aluminum, magnesium, and composite‑reinforced polymers. Our automotive team is well-versed in PPAP and SPC documentation, ensuring smooth integration with OEM supply chains. We also support the growing electric mobility segment by producing battery enclosures, motor housings, and charger components with the tight tolerances required for high‑voltage systems. Our scalable production capabilities allow us to transition seamlessly from prototype to high‑volume manufacturing, which is essential in the fast‑paced automotive world. To see how we collaborate with automotive OEMs and suppliers, take a look at our Automotive Industry page.
Industrial and Energy Sectors
Beyond the more famous aerospace and medical applications, our CNC machining services are heavily utilized in the industrial and energy sectors. We manufacture parts for oil and gas equipment, power generation machinery, and renewable energy systems such as wind turbines and solar trackers. These industries often require components that operate under brutal conditions, including high pressures, corrosive fluids, and abrasive environments. Our machining expertise, combined with our ability to source specialized materials like carbon steel, duplex stainless, and high‑nickel alloys, ensures that your parts will stand the test of time. We also have experience with large‑format machining, producing valve bodies and pump housings that weigh several hundred kilograms. For the robotics and drone industry, we deliver precision frames, actuator housings, and sensor mounts that demand fine tolerances. By offering a diverse range of secondary operations, we can deliver a finished product ready for installation. Our commitment to on‑time delivery is backed by real‑time production tracking, so you can plan your assembly schedule with confidence.
Advantages of Partnering with ESC Technology
Choosing the right machining partner can be the difference between a successful product launch and a costly delay. ESC Technology offers a suite of advantages that make us an attractive choice for companies of all sizes. From engineering support to scalable production, we focus on building long‑term relationships based on trust and results. Let us walk you through the key factors that set us apart.
Engineering Support for Design for Manufacturability (DFM)
Our team of application engineers will review your CAD files and provide valuable feedback on design for manufacturability (DFM) before you ever commit to a quote. We look at every feature, tolerances, material selection, and surface finish to identify opportunities for cost reduction and quality improvement. Often, we can suggest minor adjustments to an edge radius or a draft angle that will allow us to use more efficient cutting tools, thereby reducing your cost without compromising performance. We also consult on alternative materials that might be more readily available or easier to machine while still meeting your functional requirements. This proactive approach prevents expensive re‑work and accelerates your time‑to‑market. Our DFM reviews are provided at no cost, even before you place an order, because we believe that collaboration is the foundation of a successful project.
Competitive Pricing and On-Time Delivery
We understand that cost is a major factor in any sourcing decision. Our in‑house capabilities, automated systems, and lean production methodologies allow us to offer competitive pricing while maintaining the highest quality. We provide transparent, fixed‑quote pricing with no hidden costs, and we are happy to explain any line item. Our on‑time delivery rate exceeds 98%, a number we are proud of and continually work to improve. We achieve this through robust production planning, safety stock on critical materials, and real‑time status updates that keep you informed. If an unexpected issue arises, we communicate immediately and offer alternative solutions to minimize any impact on your schedule. With ESC Technology, you can plan your production with the assurance that your parts will arrive when you need them.
Scalability from Prototyping to High-Volume Production
Whether you need a single prototype for testing or hundreds of thousands of parts for global distribution, ESC Technology has the flexibility to scale with you. Our prototyping services use the same equipment and processes that we deploy for production, so you can validate your design without worrying about process changes later. As your order volume grows, we utilize automated pallet systems and multiple CNC machining centers to ramp up capacity without sacrificing accuracy. Our quality system ensures that the same tight tolerances are maintained regardless of whether we are making 10 or 10,000 parts. We also offer a variety of finishing and assembly options to deliver a more complete sub‑assembly, reducing your internal handling. Many of our clients start with a small pilot run and then seamlessly transition into mass production with the same team, ensuring continuity and institutional knowledge.
Dedicated Customer Service and Transparent Communication
At ESC Technology, we take pride in our customer‐focused approach. You will be assigned a dedicated account manager who serves as your single point of contact, ensuring that your questions are answered promptly and accurately. We provide a secure online portal where you can view the status of your orders, download certificates, and communicate with our engineering team. Our quoting process is clear, and we are upfront about lead times and any potential trade‑offs. We also encourage open two‑way communication—your feedback is essential for us to refine our processes. Whether you need a complexity check on a new design or an update on a rush order, our team is always within reach by phone or email. This dedication to service has earned us an outstanding reputation among our clients, many of whom have been with us for years.
Conclusion
Precision CNC machining is more than a service—it is the backbone of modern manufacturing innovation. At ESC Technology, we have built a facility and a team that excels in delivering high‑tolerance parts across a broad spectrum of industries. From our advanced 5‑axis machining to our comprehensive quality assurance, every aspect of our operation is designed with your success in mind. We combine technical expertise with a collaborative spirit, offering DFM support, competitive pricing, and scalability that supports you from the first idea to final production. We invite you to experience the ESC Technology difference: where precision meets reliability, and where your challenges become our solutions.
If you have a project that demands exceptional accuracy, don’t hesitate to reach out. Our engineering team is ready to discuss your requirements, provide a no‑obligation quote, and share how we have helped other companies achieve their manufacturing goals. Call us at +86 755 1234 5678, email your drawings to info@esc‑mold.com, or visit our facility at 88 Industrial Avenue, Bao'an District, Shenzhen, China. You can also fill out the contact form on our Support page, and we will respond within one business day. Let’s build something great together.
Frequently Asked Questions (FAQ)
What is CNC machining and how does ESC Technology approach it?
CNC machining is a subtractive manufacturing process where computer-controlled machines remove material to create a precise part. ESC Technology takes a holistic approach, using state-of-the-art equipment like 5-axis machining centers and multi-axis turning lathes to achieve tolerances as tight as ±0.0001 inches. Our engineers collaborate with you from design to production, ensuring that every project gets the optimal machining strategy and material selection. We have full in-house control over milling, turning, EDM, and finishing, which allows us to maintain consistent quality and delivery. This comprehensive capability is why we are trusted by industries ranging from medical devices to aerospace.
What materials can you machine for CNC cutting?
Our CNC machining services cover an extensive range of materials, including aluminum alloys, stainless steels, tool steels, titanium, Inconel, brass, copper, and engineering plastics like PEEK, ABS, and nylon. For specialty applications, we also machine ceramics and composites. Each material requires specific tooling and cutting parameters, which our team has extensive experience with. We also provide raw material certification to guarantee traceability and compliance. If you have a unique or exotic material requirement, we are happy to advise on machinability and recommend alternatives if necessary.
Can you hold tolerances as tight as ±0.0001 inches consistently?
Yes, we can hold tolerances of ±0.0001 inches on selected features, but not necessarily on every dimension or material. Our engineers will review your drawing and suggest where such tight tolerances are feasible and where a slightly more relaxed tolerance might be more cost-effective. To achieve these extreme accuracies, we use temperature-controlled machining, precision tooling, and rigorous inspection with our CMM. We also run tolerance stack-up analyses to ensure assembly compatibility. We are transparent about anything that may add cost or lead time, so you can make an informed decision.
What industries do you serve with your aerospace machining services?
ESC Technology is a certified supplier for the aerospace industry, manufacturing components such as brackets, housings, actuators, and engine parts. We serve both commercial and military aircraft programs, as well as satellite and space-flight applications. Our quality management system is AS9100D aligned, and we follow strict documentation requirements, including first article inspections and material traceability. We work closely with aerospace engineers to ensure that parts meet rigorous safety and performance standards. To learn more about our aerospace machining capabilities, you can visit our Aerospace page where we detail our expertise.
Do you support both prototyping and high-volume production?
Absolutely. We have dedicated vertical capacity that allows us to handle a single prototype as easily as a high-volume production run. Our automated pallet systems and robotic loading enable lights-out manufacturing, which reduces per-part costs for large orders. During the prototyping phase, we often use the same machines that will later be used for production, ensuring that the transition is seamless. We also offer alternative processes like 3D Printing for rapid iterations before committing to CNC machining. Because we are ISO 9001 certified, you can trust that our production quality is consistent at any volume.
What quality certifications does ESC Technology hold?
ESC Technology is certified to ISO 9001:2015 for general quality management and ISO 13485:2016 for medical devices. We are also aligned with AS9100D for the aerospace industry and follow IATF 16949 guidelines for automotive customers. Our quality lab is equipped with CMMs, optical comparators, and surface testers, and we provide detailed inspection reports. These certifications are testament to our commitment to quality and are regularly audited by third parties. If your project requires additional certifications, we are happy to discuss how we can tailor our processes to meet them.
How does design for manufacturability (DFM) work at ESC Technology?
When you send us your CAD files, our engineering team reviews them for manufacturability, considering factors like tool access, feature size, and material behavior. We provide a free DFM analysis that may include suggestions to modify radii, wall thickness, or tolerances to reduce cost and lead time. This is done before quoting and usually takes just one or two days. We also use simulation and analysis to anticipate any potential machining issues. Our goal is to help you design a part that is both functional and economical to machine. Many customers find this feedback invaluable and often incorporate our suggestions into their final design.
What is the typical lead time for a CNC machining order?
Lead times vary depending on part complexity, material availability, and order quantity. For standard prototypes, we can often ship within 3 to 5 business days. Production orders typically take 2 to 4 weeks, and we can expedite certain jobs for an additional fee. During the quoting process, we provide a firm lead time and do everything possible to meet it. Our real-time production monitoring and established relationships with material suppliers help us minimize delays. We also offer a “quick-turn” service for urgent projects, which is available for both milling and turning.
Can you help with both machining and assembly for a full sub-assembly?
Yes, ESC Technology offers secondary operations such as grinding, polishing, anodizing, and assembly services. We can deliver fully assembled sub-systems, which reduces the number of suppliers you need to manage and cuts down on incoming inspection costs. Our assembly process includes cleaning, fastening, and functional testing when required. We also provide packaging and labeling to your specifications. This comprehensive approach is particularly beneficial for complex products that integrate multiple machined parts. You can learn more about our broader manufacturing capabilities on our Contract Manufacturing page.
Do you have experience with laser grbl systems or specialized controllers?
While laser grbl is primarily associated with engraving and low-power cutting, our team has handled many projects that require integration with various controller systems, including those using GRBL firmware for custom machines. For precision CNC cutting, we typically use industrial controllers such as Siemens and Fanuc, but we are fluent in adapting machining strategies to meet specific control requirements. If your project involves a bespoke machine configuration or unique interface, we offer engineering consultation to ensure compatibility. We have also performed laser engraving as a secondary operation, using our in-house systems to add markings and barcodes. However, for the core machining of your parts, our CNC equipment is independent of the laser controller, ensuring no interference.
Contact
Leave your information and we will contact you.
Copyright ©️ 2022, NetEase Zhuyou(and its affiliates as applicable). All Rights Reserved.
Company
Company
Collections
Collections
About
About
Follow us
Follow us
Team&Conditions
Work With Us
Featured Products
News
All products
Shop