Representative series image. Configuration and enclosure may vary.
CNC TURNING CENTRES
HTC4035
Compact turning for short shafts and disc components, with a 6-inch chuck and an eight-station turret.
Configured to order. Final specification, delivery and pricing are confirmed in your quotation.
TECHNICAL PROFILE
The details
that matter.
Reference configuration from manufacturer technical documentation. Options and document editions can differ; agree the exact configuration before ordering.
| Parameter | Specification | Unit |
|---|---|---|
| Swing over bed | Ø400 | mm |
| Maximum cutting length | 300 | mm |
| Maximum turning diameter | Shaft Ø105/Disc Ø260 | mm |
| Swing over cross slide | Ø105 | mm |
| Spindle nose | A2-5 | |
| Spindle bore | Ø56 | mm |
| Bar capacity | Ø46 | mm |
| X rapid traverse | 24 | m/min |
| Z rapid traverse | 24 | m/min |
| X-axis travel | 170 | mm |
| Z-axis travel | 420 | mm |
| Machine weight | 2200 | kg |
| Spindle speed range | 40–5,000 | rpm |
| Turret | 8 stations | |
| Control in reference configuration | GSK |
FROM SPECIFICATION TO PRODUCTION
Let your component
lead the conversation.
Share the workpiece
Send material, dimensions, drawings and your required tolerances.
Define the process
Review workholding, tooling, spindle speed and control requirements.
Confirm the configuration
Agree a technical proposal, acceptance criteria and delivery schedule.
CONFIGURATION IN CONTEXT
Planning with HTC4035.
Start with cutting capacity
Check finished diameter and cutting length together. Swing over the bed describes clearance, while tool position, chuck jaws and the turret can restrict the actual machining envelope.
Choose the workholding route
For bar work, confirm spindle bore, drawtube clearance and feeder compatibility. For long shafts, review tailstock support, centre distance and the effect of slenderness before selecting a bed length.
Specify each operation
List facing, roughing, finishing, boring and threading. Milling or cross-drilling requires a separately confirmed driven-tool and axis configuration; these functions are not implied by a standard turning-centre listing.
HTC4035 or HTC5050?
These are published differences between the reference configurations. They help narrow a shortlist; they do not establish interchangeable tooling or identical performance.
| Parameter | HTC4035 | HTC5050 |
|---|---|---|
| Swing over bed | Ø400 mm | 500 mm |
| Maximum cutting length | 300 mm | 500 mm |
| Maximum turning diameter | Shaft Ø105/Disc Ø260 mm | 400 mm |
| Spindle bore | Ø56 mm | 65 mm |
PRACTICAL ANSWERS
HTC4035 FAQ
What is the swing over bed of HTC4035?
HTC4035 lists Ø400 mm for swing over bed in the reference configuration. Confirm this value in the order-specific technical agreement and check tooling and workholding clearance.
What is the maximum cutting length of HTC4035?
HTC4035 lists 300 mm for maximum cutting length in the reference configuration. Confirm this value in the order-specific technical agreement and check tooling and workholding clearance.
What is the maximum turning diameter of HTC4035?
HTC4035 lists Shaft Ø105/Disc Ø260 mm for maximum turning diameter in the reference configuration. Confirm this value in the order-specific technical agreement and check tooling and workholding clearance.
What should I compare with HTC4035?
HTC5050 is another model in this machine family. Review the differences above and both specification tables against the same drawing, tooling and installation requirements.
What is the price and delivery time for HTC4035?
This machine is configured to order. Send your controller preference, workpiece details, accessories and delivery destination so the team can confirm a complete quotation and production schedule.
How will HTC4035 be inspected before acceptance?
Agree the supplied configuration, geometric checks, sample machining and measurement method before ordering. Factory pre-acceptance and acceptance after installation should use the agreed technical requirements. See our quality and acceptance guide for the inspection planning process.
YOUR NEXT PRODUCTION CHAPTER
Let’s build what
comes next.
Start with your component, material and production target. We will help define the machine configuration.
Discuss your project