Shaft Cross Clamp Product Introduction
I. General Product Definition
Commonly known as a "shaft cross clamp," this is a metal connector that requires neither welding nor drilling. Simply put, it is a hardware component used to securely clamp two cylindrical shafts at a 90-degree angle (though the angle can be fine-tuned to non-perpendicular positions). Installation and removal rely entirely on screw tightening, ensuring the shaft surface remains unscratched. Standard materials include 6061 aluminum alloy and 304 stainless steel.
II. Detailed Applications
- Automated Conveyor Lines: Used in European and American food and packaging conveyor systems to secure side-guide uprights and photoelectric sensor mounting shafts (averaging 8–16 units per line; compatible with standard smooth shafts of 6–25mm diameter).
- Desktop Robots: Used for cross-mounting secondary axes on Delta parallel robots and robotic arms to adjust end-effector pitch angles.
- Optical Inspection Equipment: Used in laboratory vision system mounts to secure fill-light shafts and camera columns, facilitating precise spacing adjustments.
- Warehouse Sorting Equipment: Used to connect vertical and horizontal support bars on lightweight shelving units, replacing traditional welded brackets. All applications are compatible with international ISO standard shaft sizes, eliminating the need for additional drilling.
III. Purchasing Motivations & Solutions for Overseas Customers
- Private Label Expansion: Enables small-to-medium-sized European and American automation component traders to complete their shaft connection product lines and break free from supply monopolies held by upstream brands.
- Bulk Retail Supply: Ideal for Amazon and independent industrial component sellers; supports small-batch restocking with quick turnaround times.
- Cost Optimization: Serves as a cost-effective alternative to Japanese NBK equivalents, reducing ex-factory procurement costs by 22%–28%.
- Addresses three major pain points for overseas customers: high labor costs for manual welding in the West (weld-free design saves on-site assembly time); long lead times from original manufacturers (45 days vs. our 7-day delivery for in-stock items); and lack of flexibility regarding small-batch mixed orders from original manufacturers (we support mixed orders starting at just 50 units).
IV. OEM/ODM Specifications
OEM: Direct laser-engraving of customer logos and screw specification adjustments (e.g., to DIN standards) without altering the product structure; Minimum Order Quantity (MOQ): 300 units. ODM: Customization of hole eccentricity, through-holes, or slots, and adaptation for non-standard/irregular shafts; MOQ: 1,200 units; drawing turnaround: 3 business days.
V. Solutions to Customer Pain Points
- Original welded connectors lacked angle adjustability; our clamp blocks allow for in-situ fine-tuning by loosening the screws.
- Low-end cast clamp blocks are prone to stress cracking; our 6061 forged components offer superior deformation resistance.
- Rust issues in humid overseas environments; stainless steel models are available for coastal automation equipment applications.
VI. Target Customer Profile
This product is intended for B2B commercial procurement only; individual retail orders are not accepted. Excluded orders: single purchases of ≤10 units, or applications involving personal DIY models or consumer photography mount modifications. Eligible partners: automation equipment manufacturers, overseas industrial product wholesalers, and industrial system integrators.
VII. FAQ
Q1: Is it compatible with imperial-sized smooth shafts?
A: Customization for 1/4-inch and 3/8-inch imperial holes is available; lead time: 10 days.
Q2: Will the hole size expand after repeated disassembly and reassembly?
A: Thanks to the slotted split design, the bore diameter deformation remains <0.02mm after 50 cycles of disassembly and reassembly.
Q3: Do you provide CE-compliant material reports?
A: Third-party material testing certificates (CE) can be provided free of charge.