About Soft Jaws
Owing to our huge infrastructure facility, we are able to manufacture, supply and export top quality Soft Jaws. These jaws are manufactured by our team members, following all the norms and parameters laid by the industry. Owing to its non-corrosive nature and accurate dimensions, these jaws are widely demanded by various industries across the market. Moreover, these jaws are quality examined by our high-ranking officials to ensure excellent performance and longer service life. Our clients can avail these Soft Jaws in many sizes and shapes at market leading prices.
Other details:
The following soft jaws in flat as well as pointed typed are manufactured.
- 1.5mm x 60o serrations - These are suitable for Kitagawa, Pratt Burnerd, Howa, Schunk, etc chucks.
- 1/16" x 90o serrations.
- Various types of serrations like 1.5mm x 60o, 2mm x 60o, 2.5mm x 60o, 3mm x 60o, 3/32 x 90o, etc also manufactured.
- Tongue & groove type / Tenon type soft jaws.
- Teeth type soft jaws.
Manufacture of soft jaws as per customer drawings / requirements - special as well as standard, undertaken.
Hard Jaws
Hardness - HRC 58-60
Hard jaws with 1 or with 2 steps and the types as follows manufactured
- 1.5mm x 60o serrations - These are suitable for Kitagawa, Pratt Burnerd, Howa, Schunk, etc chucks.
- 1/16 x 90o serrations
- Facilities available to manufacture any serration be it 1.5mm x 60o, 2mm x 60o, 2.5mm x 60o, 3mm x 60o, 3/32 x 90o, etc
- Tongue and groove type hard jaws also known as tenon type hard jaws
- Teeth type hard jaws - for scroll operated chucks.
- Hard jaws as per customer drawings / requirements - special as well as standard.
Precision-Engineered for CNC Turning and MillingDesigned to meet rigorous industry standards, our Soft Jaws provide a reliable hold for various CNC turning operations. Their precise dimensions and STD-rectangle profile enable a secure fit, protecting both machinery and components.
Exceptional Durability with Blacking TreatmentWith a robust blacking surface finish, these jaws resist corrosion and wear. This treatment enhances tool life, ensuring consistent quality and reducing the frequency of replacements in demanding machining environments.
Versatile Applications for Industrial NeedsWhether used in turning or milling, our Soft Jaws accommodate a wide weight range (3100 kg) and can be adapted to different setups. These jaws are trusted by manufacturers across India for their flexibility and enduring performance.
FAQs of Soft Jaws:
Q: How are these soft jaws used in CNC turning and milling processes?
A: The soft jaws are mounted onto CNC chucks, securely holding the workpiece during turning or milling. They are often machined to the precise shape required for the specific part, ensuring accurate positioning and minimizing marking or damage.
Q: What materials are these soft jaws made from and why?
A: Our soft jaws are manufactured from MS (Mild Steel), chosen for its machinability, strength, and cost-effectiveness. This material ensures that the jaws can be custom-shaped as needed while providing a sturdy grip.
Q: When should I consider using soft jaws instead of hard jaws?
A: Soft jaws are ideal when you require a custom fit for a workpiece or need to prevent damage and marking during machining. They are particularly useful for repeated runs or delicate parts that require precise, gentle clamping.
Q: Where are these soft jaws manufactured and supplied from?
A: We are based in India, operating as an exporter, manufacturer, and supplier of high-quality soft jaws for CNC turning and milling applications, catering to both domestic and international markets.
Q: What is the process of installing and shaping soft jaws for specific jobs?
A: To use soft jaws, they are first mounted onto the machine chuck. The operator then machines the clamping surface to match the parts profile, ensuring optimal fit and precision during production.
Q: How can using these soft jaws benefit my machining operations?
A: Soft jaws enhance accuracy and repeatability, reduce the risk of part deformation, and decrease setup time for repetitive jobs. They also minimize wear on the workpiece, resulting in improved quality and lower scrap rates.