HC-B075
5-axis · Maximum machining diameter 7 mm · Maximum turning length 120 mm
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GoodlifeXin Tie Cheng · Swiss-Type CNC Lathes
Swiss-Type CNC Lathes for Small-Diameter Precision Parts
Explore six manufacturer-specified machine platforms for 7 mm and 10 mm small-part machining. Our engineering team matches the model and configuration to the part drawing, material, tolerance, required operations and production quantity.
Manufacturer machine imageMachine range
Six platforms for 1 mm to 7 mm and 10 mm small-part machining
Start with the part diameter and required machining process. Each model page provides documented specifications and configuration details for engineering review.
HC-B105
5-axis · Maximum machining diameter 10 mm · Maximum turning length 120 mm
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HC-B103
3-axis · Maximum machining diameter 10 mm · Maximum turning length 120 mm
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HC-07Y
3-axis · Maximum machining diameter 7 mm · Maximum turning length 120 mm
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HC-07BAO
3-axis · Maximum machining diameter 7 mm · Maximum turning length 120 mm
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HC-07D
3-axis · Maximum machining diameter 7 mm · Maximum turning length 120 mm
View machine details →Manufacturer specification comparison
Compare the six platforms
The table reflects documented standard configuration for each model. Optional equipment is identified separately.
| Model | Axes | Maximum machining diameter | Maximum turning length (single pass) | Spindle speed | Standard configuration |
|---|---|---|---|---|---|
| HC-B075 | 5-axis | 7 mm | 120 mm | 50-8,000 r/min | Tools: 19; Main-spindle turning tools: 7; Sub-spindle turning tools: 4Main-spindle front drilling tools: 4; Main-spindle powered tools: 3; Sub-spindle drilling power head: 1 |
| HC-B105 | 5-axis | 10 mm | 120 mm | 50-8,000 r/min | Tools: 19; Main-spindle turning tools: 7; Sub-spindle turning tools: 4Main-spindle front drilling tools: 4; Main-spindle powered tools: 3; Sub-spindle drilling power head: 1 |
| HC-B103 | 3-axis | 10 mm | 120 mm | 50-8,000 r/min | Total cutters: 14 cutters; Turning cutters: 7 cuttersFront drilling cutters: 4 cutters; Powered cutters: 3 cutters |
| HC-07Y | 3-axis | 7 mm | 120 mm | 50-8,000 r/min | Total cutters: 11 cutters; Turning cutters: 5 cuttersFront drilling cutters: 4 cutters; Powered cutters: 2 cutters |
| HC-07BAO | 3-axis | 7 mm | 120 mm | 50-8,000 r/min | Total cutters: 7 cutters; Turning cutters: 4 cutters; Front drilling cutters: 2 cuttersPowered cutters: 1 cutter (0.19 kW); C-axis |
| HC-07D | 3-axis | 7 mm | 120 mm | 50-8,000 r/min | Total cutters: 9 cutters; Turning cutters: 5 cuttersFront drilling cutters: 3 cutters; Powered cutters: 1 cutter (0.19 kW) |
Application review
Select the machine from the part requirement
Tool count alone does not determine the suitable model. A complete drawing, material, finished diameter, tolerance, required operations and production plan enable an accurate engineering review.
Send drawing for engineering evaluation →Actual machining footage
Machine overview and actual cutting conditions
These machining videos provide a direct view of the machine exterior, internal working area, coolant flow and cutting conditions during operation. They support an informed process discussion for your part.
Machine exterior and internal working areaActual machining under coolantVisible cutting area and tool arrangement
Manufacturing environment
Factory assembly, inspection and production views
These images document machine assembly, electrical integration, on-site operation, inspection activity and representative parts in the manufacturing environment.
Representative production parts
Examples of small precision parts
Representative production parts include small turned components, connector-related components, precision pins and shaft-type parts. Engineering review aligns each customer drawing and process requirement with the appropriate machine platform.
Application guides
Part families that require process review
Review common small-part categories and the machine features considered during engineering evaluation and quotation planning.
Brass Connector Pins
Review diameter, part length, required features and whether back-working is needed.
Open guide →Electronic Connector Components
Review small-part geometry, drilling, tapping, milling and the confirmed tooling requirement.
Open guide →Upgrade from Cam Machines
Review the current part family and changeover process before choosing a compact or dual-spindle platform.
Open guide →Drawing evaluation
Send your part drawing for engineering evaluation
Please include material, finished diameter, length, tolerance, required operations and expected quantity. Our engineering team will review the information with the factory to recommend the appropriate model and configuration.
Manufacturer machine specificationsFactory engineering reviewModel and configuration matched to the part requirement
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