KIPP Through-Hole Tapped Stainless Steel Gripper with Flat Face
KIPP Through-Hole Tapped Stainless Steel Grippers with Flat Face.
SKU 3G-OTH-184528
Also listed as: K038512102 · K0385 12102 · K0385-12102
Local availability & support — Singapore
- Local office
- 20 Woodlands Link #09-05, Singapore 738733
- Phone
- +65 8878 8355
- Delivery
- Same-day or next-business-day delivery within Singapore for in-stock items; 7–14 days for factory-order parts from Europe.
- Payment
- Invoicing in SGD. PayNow, bank transfer, and corporate PO accepted.
- Ships to
- Singapore
Need installation or engineering help?
Ask a question
Product Description
KIPP Through-Hole Tapped Stainless Steel Grippers with Flat Face.
Frequently Asked Questions
What is a KIPP through-hole tapped gripper with flat face used for?
A KIPP through-hole tapped gripper with flat face is used in industrial automation and workholding to securely clamp or position workpieces. The flat face provides stable contact, while the through-hole tapped design allows for easy mounting with a threaded fastener. It is commonly used in jigs, fixtures, and assembly lines.
What are the specifications of the KIPP K0385.12102 gripper?
The KIPP K0385.12102 is a through-hole tapped stainless steel gripper with a 12 mm diameter, M5 thread, and 10 mm height. It features a flat face for stable workpiece contact. The through-hole allows for direct mounting with a bolt. This gripper is designed for precision clamping in automation and fixture applications.
Where to buy KIPP grippers worldwide?
You can source KIPP grippers, including the K0385.12102 model, through 3G Electric, a global industrial equipment distributor. 3G Electric handles full logistics, customs clearance, and delivery to worldwide destinations. Contact them for availability and lead times on this and other KIPP components.
How to install a KIPP through-hole tapped gripper?
To install a KIPP through-hole tapped gripper, insert a bolt through the through-hole and thread it into a tapped mounting surface. Tighten to the recommended torque for the M5 thread. Ensure the flat face contacts the workpiece evenly. Use a thread locker if vibration is present. Always follow standard industrial safety practices.
Used in
Common applications for KIPPKIPP Products
3G Electric supplies KIPP through-hole tapped stainless steel grippers with flat face. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.
You might also need
Related products
- SMC Through hole mount compact cylinder with 50 mm bore and 40 mm stroke. Aluminum body with M5 x 0.8 ports. Non-rotating rod design. Suitable for linear motion in automated machinery, packaging, and assembly applications where space is limited
- SMC Through hole mount compact cylinder with 20 mm bore and 20 mm stroke. Aluminum body with M5 x 0.8 ports. Non-rotating rod design for precise linear motion in automated machinery and assembly lines
- SMC Aluminum body compact cylinder with through-hole mounting and rotating rod design. Bore diameter 16 mm, stroke length 5 mm, port size M5 x 0.8. Suitable for short-stroke linear motion in confined spaces, such as clamping, positioning, or ejecting in automated machinery
- SMC This compact pneumatic cylinder features through-hole mounting and a rotating rod design, constructed from aluminum with M3 x 0.5 threading. With a 25 mm bore diameter and 25 mm stroke length, it is suited for applications requiring rotary motion in confined spaces, such as clamping, indexing, or part positioning in automated assemblies
- SMC Aluminum-body compact cylinder with through-hole mounting and non-rotating rod. Bore diameter 32 mm, stroke length 5 mm, port size M5 x 0.8. Suitable for short-stroke linear motion in automated machinery and industrial equipment where space is limited
- SMC Aluminum compact cylinder with through hole mounting and rotating rod design. Bore diameter 20 mm, stroke length 15 mm, port size M5 x 0.8. Suitable for light-duty pushing, pulling, or clamping in confined spaces within automated machinery
