ST Series ​ST4530
The ST3520 CNC Turning Center delivers precision and power designed for long-part machining. It features a generous swing-over-bed capacity of 600 mm, with turning lengths up to 2,000 mm and a standard diameter of 350 mm—perfect for handling larger workpieces. Its spindle is driven by a formidable 15 / 18 kW motor, accommodates bar stock up to 70 mm, and operates on spindle speeds ranging from 50 to 2,000 RPM. Equipped with an eight-station CLT-125 turret, it accepts tooling up to 32 × 32 mm and supports boring bars up to 50 mm in diameter. Travel ranges include 220 mm in the X-axis and 2,050 mm in the Z-axis, both supported by durable linear motion guides, providing both reach and rigidity.

Built to deliver both accuracy and automation, the ST3520 achieves positioning precision of 0.015 mm and repeatability of 0.01 mm. Its overall footprint spans approximately 4,260 × 1,870 × 1,950 mm (L × W × H), with a weight near 7,000 kg, ensuring exceptional stability. The machine comes standard with key accessories like a hydraulic chuck, foot switch, and patrol light, while optional upgrades include a chip conveyor, bar feeder, steady rest, auto door, hydraulic collet chuck, and stabilizer. Available with multiple CNC control systems, it integrates smoothly into diverse production environments.

To Learn More https://scmcncautomation.com/c....nc-turning-center-st

ST Series ST3520

The ST3520 CNC Turning Center delivers precision and power designed for long-part machining. It features a generous swing-over-bed capacity of 600 mm, with turning lengths up to 2,000 mm and a standard diameter of 350 mm—perfect for handling larger workpieces. Its spindle is driven by a formidable 15 / 18 kW motor, accommodates bar stock up to 70 mm, and operates on spindle speeds ranging from 50 to 2,000 RPM. Equipped with an eight-station CLT-125 turret, it accepts tooling up to 32 × 32 mm and supports boring bars up to 50 mm in diameter. Travel ranges include 220 mm in the X-axis and 2,050 mm in the Z-axis, both supported by durable linear motion guides, providing both reach and rigidity.

Built to deliver both accuracy and automation, the ST3520 achieves positioning precision of 0.015 mm and repeatability of 0.01 mm. Its overall footprint spans approximately 4,260 × 1,870 × 1,950 mm (L × W × H), with a weight near 7,000 kg, ensuring exceptional stability. The machine comes standard with key accessories like a hydraulic chuck, foot switch, and patrol light, while optional upgrades include a chip conveyor, bar feeder, steady rest, auto door, hydraulic collet chuck, and stabilizer. Available with multiple CNC control systems, it integrates smoothly into diverse production environments.

To Learn More https://scmcncautomation.com/c....nc-turning-center-st

SL Series ​

Step into precision with the SL16 CNC Turning Center, engineered for dependable performance in tight industrial spaces. This compact powerhouse features a linear tooling system outfitted with four tools, optimized for rapid and accurate turning operations. With a robust 5.5 kW main spindle motor delivering exceptional torque, it streamlines machining across diverse applications. The tailstock, with its precise quill diameter and stroke, enhances support for longer workpieces, while the machine’s layout ensures solid stability and space efficiency.

Beyond its build, the SL16 brings precision to the forefront with a positioning accuracy of just 0.007 mm and repeatability at 0.005 mm, ensuring every cut meets exacting standards. It supports seamless integration with major CNC control systems, including Siemens, Fanuc, Mitsubishi, LNC, and Delta, ensuring versatile compatibility and easy programming. Despite its compact form, it delivers industrial-grade stability with a weight of approximately 1750 kg—making it a perfect fit for workshops seeking accuracy, strength, and adaptability.

To Learn More https://scmcncautomation.com/c....nc-turning-center-sl

Revolutionizing Manufacturing: The Power of SPM CNC Machines

Special Purpose Machine (SPM) CNC technology represents a game-changing approach to modern manufacturing. Unlike traditional CNC machines that handle multiple operations, SPM CNC machines are purpose-built for specific tasks like drilling, milling, or tapping. This focused design philosophy delivers exceptional speed, precision, and reliability for repetitive manufacturing processes.

Industry Applications That Drive Success

Manufacturing giants across automotive, aerospace, and electronics sectors rely on SPM CNC machines for their production lines. These specialized systems excel in high-volume environments where consistency matters most. From engine block drilling in automotive plants to precision component manufacturing in electronics assembly, SPM CNC machines handle demanding tasks with remarkable accuracy and minimal human intervention.

The Business Case for SPM CNC Investment

Smart manufacturers choose SPM CNC machines for compelling reasons. These systems reduce production time by automating repetitive tasks while maintaining superior quality standards. The cost savings extend beyond labor reduction – fewer errors mean less material waste and rework. Additionally, their compact design optimizes floor space utilization, making them ideal for efficient production layouts.

Maximizing Your SPM CNC Performance

Success with SPM CNC machines depends on proper implementation and maintenance. Quality tooling, automated workflow planning, and regular maintenance schedules ensure optimal performance. Training operators to recognize early warning signs prevents costly downtime. Partnering with experienced vendors who provide comprehensive installation support and spare parts availability guarantees long-term operational success.
SPM CNC machines aren't about doing everything – they're about doing one thing exceptionally well, delivering the consistency and efficiency that modern manufacturing demands.

To Learn More https://scmcncautomation.com/spm-cnc-machine/

Wire laying might seem like a basic task, but it's actually the backbone of every successful industrial operation. Think of it as the nervous system of your manufacturing setup – when done right, everything flows smoothly. When done wrong, you're looking at costly downtime, safety hazards, and frustrated technicians trying to untangle a mess of cables.

The Hidden Costs of Poor Wire Management

Ever walked into a control panel that looks like a spaghetti nightmare? That's what happens when wire laying is treated as an afterthought. Poorly organized wiring doesn't just look unprofessional – it creates real problems. Signal interference between cables can cause mysterious machine malfunctions. Heat buildup from bundled power cables can damage sensitive components. And when something goes wrong, troubleshooting becomes a time-consuming detective game.

Modern Solutions for Smart Wire Laying

Today's manufacturing facilities are embracing CNC-controlled wire laying techniques that bring precision to cable management. These automated systems ensure consistent tension, perfect spacing, and reduced human error. The result? Cleaner installations, better system reliability, and significantly faster setup times.

Best Practices That Actually Work

Successful wire laying starts with planning your cable routes before you touch a single wire. Use color coding and clear labeling – your future self will thank you during maintenance. Keep power lines separate from signal cables to avoid interference. And always leave enough slack at connection points to prevent stress on delicate components.

The Bottom Line

Professional wire laying isn't just about making things look neat – it's about creating electrical systems that perform reliably for years. Whether you're setting up a new CNC machine or upgrading an existing facility, investing time in proper wire laying pays dividends in reduced maintenance, improved safety, and better overall system performance.


To Learn More https://scmcncautomation.com/wire-laying/