CNC Machining Machine
Your Professional CNC Machining Machine Supplier
Zhejiang Zhongyan Machinery Manufacturing Co., Ltd is a professional manufacturer specializing in hydraulic machinery and CNC busbar processing equipment for over 20 years. Our main products include CNC busbar punching, bending, shearing, and radius milling machines for copper and aluminum busbar processing. These machines are widely used in power transmission and distribution equipment, transformers, switchgear, new energy systems, and electrical manufacturing industries.
Specialized Industry Experience
With over two decades of manufacturing experience, we focus on practical and reliable busbar processing solutions for the global power industry. Our team understands real production needs and supports stable long-term cooperation.
Efficient Production Capability
Our factory is equipped with advanced CNC processing equipment and supports stable production for different busbar machining requirements.
Stable Quality & Technical Support
Our company operates under a quality management system and owns multiple technical patents related to busbar processing equipment. We also provide professional pre-sales guidance, installation support, and after-sales technical service.
Parameter
|
Parameters |
CNC type |
|
Max. Punching Force (KN) |
750 |
|
Max. Shearing Thickness (mm) |
17 |
|
Max. Shearing Width (mm) |
160 |
|
Max. Bending Thickness (mm) |
17 |
|
Punching Specification (mm) |
Φ4.3～Φ34 |
|
Working Voltage (V) |
380 |
|
Power Frequency (Hz) |
50 |
|
Power (HP) |
27 |
|
Overall Dimensions (mm) |
2100×1750×1550 |
|
Machine Weight (kg) |
Approximately 2300 |
Advantages of CNC Machining Machine
Precision And Accuracy
CNC machines offer incredibly high precision and accuracy, often within thousandths of an inch, which is challenging to achieve through manual machining. This level of precision is crucial for industries like aerospace, automotive, and medical devices, which require complex and intricate components.
Increased Efficiency And Productivity
CNC machining significantly reduces production times and improves efficiency by minimizing human error and the need for manual intervention. Additionally, the automation of CNC processes enhances safety for machinists compared to manual methods.
High Quality
CNC machining processes ensure that every part we produce meets the highest standards of excellence. Our state-of-the-art equipment, coupled with the expertise of our skilled technicians, allows us to deliver parts with unparalleled consistency and repeatability.
Cost Effectiveness
CNC machining is a highly efficient manufacturing process that significantly reduces waste and production costs. This is achieved through the use of computer-controlled machines that enhance product precision, improve efficiency, boost profit margins, and increase overall market competitiveness.
Applications of CNC Machining Machine
Aerospace
The aerospace industry is known for its stringent requirements for high accuracy, precision, and tight tolerances. For example, a typical modern-day aircraft features hundreds of thousands of components requiring tolerances as small as 4μm.
Automotive
Like the aerospace industry, the automotive industry also relies on CNC machines to create intricate engine components like the engine block, cylinder, and gearboxes from a broad range of engineering materials.
Optical Communication
The optical communication industry has experienced a massive improvement in the last two decades. And as one would imagine, this has made machining requirements more complex.
Robotics and Automation
Product designers are often at a crossroads when choosing a manufacturing technology for their robotics and automation parts. Without a doubt, 3D printers offer high accuracy and precision, just like CNC machines.
Electronics
CNC machining has been at the forefront of manufacturing technologies used in the electronics industry in the last two decades. Essential electronics components, including printed circuit boards, heat sinks, sockets, and connectors, are usually manufactured using CNC machines.
Medical Equipment
The medical industry relies on many custom bodily implants (for example, knee and hip replacement implants) to fit the needs of its patients. These implants need to be extremely accurate and precise since slight mistakes may significantly affect the life and wellbeing of the patients.
Energy
We can’t talk about the growth and success of aerospace, medical equipment, and other industries without mentioning the applications of CNC machining in the energy industry. A large part of every industry’s success can be attributed to the development of more efficient power generation systems.
Types of Holes That Can Be Machined by CNC Machining Machine
Through Hole
A cutting tool drills completely through the material from one side to the other. The hole allows fasteners or shafts to pass entirely through a part. Machinists use through holes in structural frames and mechanical assemblies.
Blind Hole
A drill or end mill cuts into the material without breaking through the opposite side. The bottom of the hole stops at a specified depth. Designers use blind holes for threaded fasteners and mounting points.
Tapped Hole
A tap tool cuts internal threads inside a drilled hole. The threads hold bolts or screws securely in place. Engineers include tapped holes among common types of holes in engineering for fastening systems.
Counterbore Hole
A larger diameter recess cuts into the top portion of a drilled hole. The recess allows a bolt head or socket cap screw to sit flush with the surface. Machinists create the smaller pilot hole first, then enlarge the upper section.
Countersink Hole
A conical cutting tool shapes the top of a drilled hole into an angled profile. The angled opening fits flat-head screws. The process ensures the fastener sits level with the material surface.
Reamed Hole
A reamer tool refines a previously drilled hole to a precise diameter. The tool removes a small amount of material to improve surface finish and tolerance. Engineers rely on reamed holes for tight-fitting pins and dowels.
Spotface Hole
A cutting tool machines a flat circular surface around a hole opening. The flat area provides a smooth seating surface for washers or bolt heads. Machinists apply spotfacing when rough surfaces prevent proper fastening.
Tapered Hole
A tapered cutting tool creates a hole with a gradual change in diameter. The shape supports tapered pins or specialized fittings. Designers include tapered profiles among advanced types of holes in engineering.
Safety Precautions for Operating CNC Machining Machine
Wear your PPE
Always wear hearing protection and safety glasses when operating a CNC machine. Loud environments and flying debris are no joke.
Inspect with glasses on
Keep your safety glasses in place any time you’re observing or adjusting cutting tools. Inspections aren’t the moment to slip them off.
Wear proper footwear
Stick to safety boots. Steel-toe shoes protect against dropped tools and heavy materials, especially around rolling carts and machines.
Tie back long hair
Loose hair can get caught in moving parts. Keep it covered and out of the way before you get anywhere near the machine.
Keep your hands clear
Stay away from moving components. Whether it’s a rotating spindle, a rolling part, or a wrench head under pressure, your hands don’t belong near it.
Stay back while the machine is running
Give the CNC machine space during operation. If others are nearby, warn them too. Proximity increases the risk of contact or distraction.
Pass tools carefully
Never touch or hand off tools by the cutting edge. Always grip the handle or a non-cutting section to avoid accidents.
Shut down and clean up
Turn the machine off completely when finished. A powered-down machine is a safe one. Clean the area so the next operator starts fresh.
Never wear gloves at the machine
While gloves may seem like added protection, they can get caught in rotating parts, especially near a crank handle or roller clutch.
Avoid loose clothing or jewelry
Chains, bracelets, baggy sleeves, and dangling items are all hazards. Keep your outfit tight, simple, and shop-appropriate.
Don’t reach into a running machine
Never stick your hands inside while it’s operating. Wait until it’s fully stopped and powered off before clearing or adjusting anything.
Stay away from the spinning spindle
Even when it looks like it’s slowing down, keep your hands off. A revolving spindle has enough momentum to cause serious harm.
Don’t walk away if the machine is still on
Always wait for a full power-down before leaving the area. Machines should never be left running unattended.
Ordering Process
Inquiry
>
Quotation
>
Communication
>
Order Confirming
>
Deposit Payment
>
Production
Testing And Debugging
>
Balance payment
>
Packing
>
Delivery
>
Customer Receiving
>
After Service
Packaging and Shipping
|
Packaging |
Wrapped in PE stretch film, wooden crate |
|
Shipping |
Shipping by sea, by air, by express are acceptable. According to your requirements. |
Our Service
Pre-sales Service
Understanding customer needs, answering customer inquiries, product introduction, etc.
In-sales Service
Order processing, contract signing, payment assistance, product installation and commissioning, etc.
After-sales Service
Maintenance, technical support, complaint handling, customer follow-up, quality guarantee service, etc.
FAQ