Texllence CNC Pvt Ltd
★4.4(18)Est. 1997 · manufacturer
GST verified · since 2017
Pune-based maker of CNC lathe machines for SME job shops. · MOQ 1 machine · 4-8 weeks depending on model lead
8 verified CNC Lathe Machine suppliers in Pune. GST-checked and independently rated.Updated 27 May 2026
Est. 1997 · manufacturer
Pune-based maker of CNC lathe machines for SME job shops. · MOQ 1 machine · 4-8 weeks depending on model lead
Est. 2010 · manufacturer
Manufactures CNC turning and slant bed lathe machines in Pune. · MOQ 1 machine · 3-6 weeks ex-works lead · ISO 9001:2015
Est. 1998 · trader
Supplies multiple brands of CNC lathes from its Pune office. · MOQ 1 machine · 4-10 weeks based on brand and config lead
Est. 2001 · trader
Pune technical center stocking Jyoti CNC turning centers. · MOQ 1 machine · 6-10 weeks from factory lead · ISO 9001:2015
Est. 2013 · manufacturer
Builds compact CNC lathes suitable for small component turning. · MOQ 1 machine · 4-6 weeks standard builds lead
Est. 2005 · manufacturer
Produces flat bed CNC lathes and retrofit turning solutions. · MOQ 1 machine · 5-8 weeks including trials lead
Est. 2007 · trader
Dealer of CNC lathe and turning centers for Pune SMEs. · MOQ 1 machine · 3-6 weeks if in ready stock lead
Est. 2015 · trader
Pune-based supplier of CNC lathes and VMCs to job shops. · MOQ 1 machine · 4-8 weeks lead
Slant Bed CNC Lathe
Max turning diameter 300mm, spindle speed 4000 RPM
Rs 10-30 lakh(excl. GST)
Flat Bed CNC Lathe
Max turning length 1000mm, 5 HP motor
Rs 6-20 lakh(excl. GST)
Compact CNC Lathe
Max turning diameter 200mm, 3000 RPM
Rs 8-25 lakh(excl. GST)
CNC Turning Center
Multi-axis control, automatic tool changer
Rs 15-40 lakh(excl. GST)
Retrofit CNC Lathe
Upgraded controls for existing machines
Rs 7-18 lakh(excl. GST)
| Type / Model | Price range | Key spec |
|---|---|---|
| Slant Bed CNC Lathe | Rs 10-30 lakh(excl. GST) | Max turning diameter 300mm, spindle speed 4000 RPM |
| Flat Bed CNC Lathe | Rs 6-20 lakh(excl. GST) | Max turning length 1000mm, 5 HP motor |
| Compact CNC Lathe | Rs 8-25 lakh(excl. GST) | Max turning diameter 200mm, 3000 RPM |
| CNC Turning Center | Rs 15-40 lakh(excl. GST) | Multi-axis control, automatic tool changer |
| Retrofit CNC Lathe | Rs 7-18 lakh(excl. GST) | Upgraded controls for existing machines |
Written by the ping•b2b sourcing team · Updated May 2026
CNC lathe machines are automated tools that rotate a workpiece against a cutting tool to shape it into desired forms. They are widely used in various industries, including automotive, aerospace, and manufacturing, for producing precise components. Buyers typically include manufacturers, job shops, and engineering firms looking for high-quality machining solutions.
There are several types of CNC lathe machines available in the market. The most common include slant bed lathes, which are favored for their rigidity and precision; flat bed lathes, ideal for general machining tasks; and compact lathes, designed for small parts. Additionally, CNC turning centers offer advanced features like multi-axis control, while retrofit lathes provide an economical option for upgrading existing machines.
When sourcing CNC lathe machines, it is crucial to consider specifications such as maximum turning diameter, spindle speed, and motor power. Minimum order quantities (MOQ) typically start at 1 machine, and lead times can range from 3 to 10 weeks depending on the model and configuration. Certifications like ISO 9001:2015 can also indicate quality assurance in manufacturing processes.
CNC lathe machines in Pune generally range from Rs 6 lakh to Rs 40 lakh (excl. GST), depending on the type and specifications. Compact lathes may start around Rs 8 lakh, while advanced CNC turning centers can go up to Rs 40 lakh. Understanding these price bands can help you budget effectively for your procurement needs.
The HSN code for CNC lathe machines is 8457, which covers machine tools for working metal. The applicable GST rate for these machines is 18%, which is essential for procurement teams to consider when calculating total costs.
When evaluating suppliers for CNC lathe machines, consider their years of experience and customer reviews. Verify certifications to ensure quality standards are met. Always ask for detailed specifications and lead times to avoid surprises. Negotiating MOQ can also be beneficial, especially if you are looking to purchase multiple units. Lastly, ensure that the supplier has a good track record with GST compliance to mitigate risks.
Pune is a significant hub for manufacturing and engineering in India, making it an ideal location for sourcing CNC lathe machines. The city hosts a variety of businesses, including manufacturers, traders, and distributors specializing in precision engineering. Pune's proximity to major industrial clusters and its robust infrastructure facilitate efficient logistics and supply chain management. Additionally, the presence of skilled labor and technical expertise in the region enhances the quality of CNC machines produced here. With several wholesale markets and a growing number of SMEs, Pune is well-equipped to meet the demands of buyers looking for reliable CNC lathe solutions.
The typical MOQ for CNC lathe machines is 1 machine. This allows buyers to test the product before committing to larger orders.
Lead times for CNC lathe machines in Pune generally range from 3 to 10 weeks, depending on the model and configuration you choose.
Yes, certifications like ISO 9001:2015 are important as they indicate that the manufacturer adheres to quality management standards.
You can verify a supplier by checking their GST registration, years of experience, and customer reviews. It's also advisable to visit their facility if possible.
CNC lathe machines in Pune typically range from Rs 6 lakh to Rs 40 lakh (excl. GST), depending on the type and specifications.
When negotiating MOQ, consider your production needs and the supplier's capacity. It's often possible to negotiate lower MOQs for first-time orders.
CNC lathe machines are commonly used in automotive, aerospace, and manufacturing industries for producing precise components and parts.