Xiamen Queenly Machine Co., Ltd.
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HCG50 5+1-Axis CNC Precision Milling Machine for Aspherical Lens and Optical Glass Processing
HCG50 5+1-Axis CNC Precision Milling Machine for Aspherical Lens and Optical Glass Processing
vertical five-axis machining center
precision five-axis machining center
high-performance five-axis machining center
Place of Origin:
China
Brand Name:
Queenly
Certification:
GS, CE
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Product Details
Type:
Multi-Axis Automatic And Semi-Automatic Lathe
Processing Accessory:
Centre CNC Lathe
Guide Rail:
Inclined Guide Rail
Tool Holder:
Single-tool Holder CNC Lathe
Power Source:
Hydraulic Pressure
Controlling Mode:
CNC
Automatic Grade:
Automatic
Setting Mode:
Floor-type
Precision:
High Precision
Condition:
New
Province:
Fujian
X Travel:
800mm
Z Travel:
530mm
Transport Package:
Box
Specification:
2550×3020×3000
Trademark:
Queenly
Origin:
China
HS Code:
84601100
Production Capacity:
5000/Year
Highlight:
vertical five-axis machining center
,precision five-axis machining center
,high-performance five-axis machining center
Payment & Shipping Terms
Minimum Order Quantity
1sert
Price
USD50000-USD100000
Packaging Details
Standard export packing
Delivery Time
15-30DAYS
Payment Terms
T/T
Supply Ability
30set/mouth
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Product Description
Product Introduction
The HCG50 5+1-Axis CNC Precision Milling Machine is a high-precision machining solution designed for aspherical lens processing, optical glass milling, curved surface machining, lens mold processing, precision contour machining, and optical component manufacturing. With a 5+1-axis machining structure and stable CNC control, this machine provides flexible tool movement, accurate positioning, smooth surface processing, and reliable machining consistency for demanding optical applications.
Aspherical lens processing requires excellent machine rigidity, stable spindle performance, precise motion control, and smooth tool path execution. The HCG50 helps reduce repeated clamping, improve machining accuracy, and maintain consistent surface quality when processing complex optical surfaces, curved glass parts, and precision lens components.
The 5+1-axis configuration supports multi-angle machining and improves tool accessibility for aspherical surfaces, spherical surfaces, curved profiles, lens molds, and complex optical workpieces. It can perform precision milling, contour machining, surface finishing, drilling, rough machining, semi-finishing, and precision finishing according to different production requirements.
Product Features
- Aseismatic capability, high strength and good quality cast iron.
- Wide base and Y-type column structure
- Taiwan high precision linear guide ways.
- Ball screw pre-extended structure to reduce the heat-deformation and improve the precision and rigidity.
- Adopting Japan NSK special screws angular contact ball bearing group.
| MODELS | KDVM855L |
|---|---|
| TRAVEL | |
| X axis | 800mm |
| Y axis | 550mm |
| Z axis | 550mm |
| Spindle center to column | 595mm |
| Spindle end to table | 120-670mm |
| TABLE | |
| Tablesize | 1000*550mm |
| T-slot(width*number*space) | 18mm*5*90mm |
| Max.table loading | 800kg |
| SPINDLE | |
| Taper bore of spindle | BT40 |
| Spindle power | 11/15kw |
| Spindle speed | 8000rpm |
| FEED | |
| X/Y/Z fast feed | 48/ 48/ 36m/min |
| Torque axis motors | 20/ 20/ 20Nm |
| ATC | |
| Tool number | 24 |
| Max. tool size (With adjacent tool) | 78mm |
| Max. tool size (Without adjacent tool) | 120mm |
| Max.tool weight | 8kg |
| Time (tool-tool) | 2s |
| ACCURACY | |
| Positioning | ≤0.006 |
| Repeatability(X/Y/Z)(ISO) | ≤0.004mm |
| OTHERS | |
| Min.Input | 0.001mm |
| Overall dimension (LxWxH) | 2600x2300x2700mm |
| Net weight | 5250kg |
FAQ
1. What is the HCG50 5+1-Axis CNC Precision Milling Machine used for?
It is mainly used for aspherical lens processing, optical glass milling, K9 glass machining, curved surface processing, lens mold machining, precision surface finishing, and optical component manufacturing.
2. Why use a 5+1-axis CNC machine for aspherical lenses?
The 5+1-axis structure provides better machining flexibility, supports multi-angle processing, reduces repeated clamping, improves positioning accuracy, and helps maintain stable surface quality for complex optical parts.
3. What materials can this machine process?
It can process K9 glass, optical glass, quartz, crystal materials, ceramics, non-ferrous metals, mold steel, and other precision materials depending on tooling, spindle speed, coolant condition, and machining parameters.
4. Is this machine suitable for optical component production?
Yes. It is suitable for aspherical lenses, optical components, curved glass parts, lens molds, precision fixtures, and high-accuracy functional components.
5. What machining processes can it perform?
The machine can perform precision milling, contour machining, drilling, surface finishing, multi-angle machining, rough machining, semi-finishing, and precision finishing.
6. Can the machine configuration be customized?
Yes. Axis travel, spindle system, table size, CNC control system, coolant system, tool magazine, fixture design, and other configurations can be customized according to production requirements.
7. What information is needed for quotation?
Please provide workpiece material, size, drawing, lens type, spherical or aspherical surface requirement, required accuracy, surface quality requirement, production quantity, and preferred machine configuration.
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