ANTISHICNC is a well-established brand in China's machine tool industry, dedicated to delivering high-performance, reliable metal processing equipment. Our machines are built with high-strength alloy castings and feature imported precision spindle systems. Each unit undergoes a rigorous 72-hour non-stop full-load test to guarantee long-term machining accuracy within 0.001 mm. Certified with ISO 9001 and CE standards, our core components are designed for maintenance-free operation for up to ten years, ensuring reliable performance even under demanding conditions.
Our team brings together seasoned professionals specializing in mechanical design, CNC programming, process optimization, and more. Beyond manufacturing expertise, we have a deep understanding of the interplay between material properties and cutting parameters. This allows us to provide end-to-end process solutions that help customers significantly improve both productivity and quality control.
We offer highly flexible customization and support ODM/OEM collaborations. Based on your part specifications, production targets, and factory setup, we can tailor spindle systems, travel parameters, and automation integration. From design to delivery, we have executed customized projects across more than 20 industries—including automotive bearings and aerospace tubing—and we even offer dedicated R&D for single-unit orders to meet unique requirements.
ANTISHICNC provides comprehensive end-to-end support, including planning, installation, operator training, custom tooling, and lifetime service. We help customers smoothly transition from trial runs to mass production, enhancing overall manufacturing efficiency.
With nearly three decades of experience in metal processing equipment, we’ve served over 3,000 clients and delivered more than 12,000 machines supporting turning, milling, grinding, boring, and other applications. We have particularly strong expertise in precision machining of materials such as steel, aluminum alloys, and titanium.
Our quality assurance system follows a strict four-stage process: incoming material inspection → full-process monitoring → factory load testing → on-site acceptance. Every machine comes with complete inspection documentation to ensure no defective products leave our facility.
If you’d like to learn more about ANTISHICNC’s products or custom solutions, feel free to reach out. We’re ready to provide detailed technical advice and project support.
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Small Shaper MachineUniversal small Shaper machine are mainly used to process flat surfaces, bevels, grooves and other straight surfaces of workpieces and are widely used.
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Shaping and Planing MachineA shaping and planing machine is a metal cutting machine tool used to process surfaces such as planes and grooves.
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Shaping Slotting and Planing MachinesThe BC6063 shaping slotting and planing machines is a high-performance, high-precision metal cutting machine suitable for various machining, mold manufacturing, and repair industries. It utilizes a
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Shaping Tool MachineThe BC6066 shaping tool machine is a compact, high-performance metalworking machine designed for efficient planing of various flat and shaped surfaces. It is particularly well-suited for machining
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Shaping and Slotting MachineAs a metal cutting equipment with excellent performance, the BC6085 shaping slotting machine fully demonstrates the basic characteristics of the shaping and slotting machine with linear reciprocating
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Shaping PlanerThe BC60100/BY60100 shaping planer is a powerful and versatile metalworking machine. With its reliable linear reciprocating mechanism, it can efficiently process planes, grooves and irregular
Products Description
| A Universal Shaping Machine is a type of shaper machine designed with added versatility compared to a standard shaper. It uses a single-point cutting tool that moves in a reciprocating (back-and-forth) motion to cut metal or other materials, but it includes features that allow machining at various angles and positions, making it more “universal” in application. |
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Components of Universal Shaping Machine
The worktable can be swiveled or tilted horizontally and vertically, allowing machining of inclined planes and angular surfaces.
The tool head can also be adjusted/swiveled, enabling cutting at different angles and complex geometries.
The table feed can move in longitudinal (X), cross (Y), and sometimes vertical (Z) directions, increasing machining flexibility.
Similar to a standard shaping machine, it has a ram that carries the cutting tool and performs the reciprocating motion.
Specification of Universal Shaping Machine

Application of Universal Shaping Machine
General Mechanical Repair
Repairs flat surfaces on worn parts (e.g., machine tool beds, gearboxes) and recuts keyways or grooves on shafts, hubs, or connectors to restore their functional fit in machinery.
Small-Batch Production
Processes small quantities of simple components like brackets, plates, or levers, where the cost of programming a CNC machine is unnecessary, and manual adjustment of tool paths suffices.
Educational and Training Settings
Used in vocational schools and technical training centers to teach basic shaping principles, tool setup, and manual operation, helping students grasp foundational machining skills.
Fabrication of Custom Fixtures and Jigs
Creates custom workholding devices (e.g., fixtures for unique parts) with flat surfaces or simple grooves, supporting specialized manufacturing tasks in workshops.
Low-Volume Metalworking for Local Industries
Machines small metal parts (e.g., hardware components, agricultural machinery parts) in local workshops or small factories, adapting to varied, non-standard workpiece requirements with manual adjustments.
Prototype Development
Produces initial prototypes of mechanical parts with basic flat or grooved features, allowing rapid iteration without the need for complex programming.
How to maintain Universal Shaping Machine ?
Inspect the ram, guide rails, and crank mechanism for smooth movement; ensure lubrication of key parts (e.g., slideways, gears) and verify that the clutch, brake, and handwheels function properly.
Secure the workpiece firmly with clamps or fixtures to prevent shifting during cutting; align it with the tool path. Install the shaping tool correctly, ensuring the cutting edge is sharp and the tool post is tightened to avoid deflection.
Set appropriate stroke length, speed, and feed rate based on workpiece material and thickness—avoid excessive stroke that may cause collisions, and reduce speed for hard materials (e.g., steel) to prevent tool damage.
Wear protective gear (safety glasses, gloves) and avoid loose clothing. Keep hands away from the moving ram and tool; use a stick to clear chips instead of hands. Never adjust parameters or touch the workpiece while the machine is running.
Observe cutting for abnormal sounds, sparks, or vibration, which may indicate tool wear, loose fixtures, or misalignment. Stop immediately to check and adjust.
Turn off the power, clean chips and oil from the machine, and lubricate moving parts. Store tools properly and ensure the work area is tidy to prevent accidents.
FAQ
Often due to excessive feed rate, dull cutting edges, or improper clearance angles. Reduce feed, sharpen tools, and adjust angles to match material hardness.
Likely from loose workpiece clamping, worn guide rails, or inconsistent feed. Reclamp the workpiece, lubricate rails, and check feed mechanism tightness.
May result from a faulty clutch, worn crankshaft bearings, or insufficient lubrication. Inspect clutch adjustment, replace bearings, and ensure proper oil supply.
Common causes: unbalanced workpiece, loose fixtures, or misaligned tool. Balance the workpiece, tighten fixtures, and realign the tool with the cutting path.
Shanghai Antishicnc Machine Equipment Co., Ltd. is one of the most professional universal shaping machine manufacturers and suppliers in China, featured by quality products and low price. Please rest assured to wholesale high-grade universal shaping machine for sale here from our factory.
Shaping Slotting And Planing Machines, Shaping Tool Machine, Small Shaper Machine


