Fast, Accurate, and Stable | HOLD MAX6

Key Strengths: Two Increases and Two Decreases, Four Major Breakthroughs

Since 2023, HOLD MAX6 has secured five core invention patents through a series of applications and approvals. Backed by this cutting-edge patented technology, it has achieved a major breakthrough with “two increases and two decreases”: ✅ Soaring efficiency, ✅ Precision soars, ✅ Labor requirements plummet, ✅ Costs plummet—each upgrade directly targets key profit drivers. With its three core strengths of “Speed, Accuracy, and Stability,” it completely breaks through the bottlenecks of traditional equipment, with a single goal: to help customers reduce costs and improve efficiency across the board, steadily enhance quality, and multiply profits!

✅️High-efficiency shuttle with dual clamps ensures maximum uptime with no downtime

Powered by patented technology, three key design features—dual clamping arms, AI ant colony algorithms, and advanced drill rod output—work in tandem to boost processing efficiency by over 50% compared to traditional equipment. The machine can effortlessly handle massive sheet metal processing tasks in a single shift, making it equally capable of handling large-scale engineering projects and personalized custom orders. This enables you to seize market opportunities, secure more orders, and truly achieve a dramatic surge in efficiency!

✅️Smart positioning + precise compensation, zero error in hole placement

Equipped with a smart ruler function, the first set of clamps automatically moves to the positioning cylinder position the moment the panel is scanned, eliminating the time-consuming secondary movement required after the panel is in place; Our patented intelligent control system and precision positioning technology, combined with dual safeguards—smart ruler compensation and intelligent clamping control—completely eliminate repeat positioning errors. This ensures that the hole positions on every panel are precise and error-free. Not only does this reduce defect rates and after-sales costs, but it also enhances product quality, builds brand reputation, and strengthens customer trust, making your products more competitive in the market and delivering a tangible leap in precision! ✅️Reliable equipment + patented technology: long-lasting, trouble-free operation—as steady as a rock

The optimized clamping mechanism design enables precise clamping of both long and short panels, addressing the issue of vibration in long, narrow panels and further enhancing machining accuracy and stability. The HOLD MAX6 leverages patented technology to ensure equipment stability, featuring a high-rigidity bed structure and an independent booster pump that supplies air to the drill head individually, guaranteeing uniform drilling depth. Meanwhile, the single-clamp, four-positioning-column design ensures greater stability during the processing of small panels. The air-blowing function of the clamps prevents warping of patterned panels. Even under long-term heavy-load operation, the machine maintains stable geometric accuracy, reducing equipment failures and maintenance frequency to safeguard efficient production. This also leads to a significant reduction in labor and costs.
1 Highlights
1 Processing technology

• A variety of processes are available to meet diverse needs.

2 Revolutionary Efficiency

• Revolutionary Efficiency: Over 92% Operating Rate

3 One Motor, Two Processes

 
4 Heavy-Duty Bed Structure

• Rock-solid, heavy-duty bed structure.

5 Extreme Span

• Extreme Span: Full Coverage from Narrow Strips to Giant Panels

2 Core  configuration

6 Plywoodthickness:9-60mm

• Max. panel length 2800mm
7 Plywood thickness

• Plywood thickness:9-60mm

8 Drill set layout

• Upper unit: 2 drill sets+1 milling cutter with saw blade+ 1 milling cutter.

• Bottom unit: 1 drill set, 2 milling cutters. • Upper drill set: (15V + 8 H) *2

• Bottom drill set: 10 vertical drilling heads

9 Robtic Arm Gripper

 
10 Scan to process

 
11 Smart gauge

• After the panel is positioned, prioritize measuring its length, width, and thickness. Based on the panel measurement results, automatically compensate hole position information to reduce errors and enhance precision.

12 Dual-linked gripper

• Two sets of dual grippers alternate shuttle operations, achieving an equipment utilization rate exceeding 92%. Compared to traditional equipment, effective processing time increases by over 50%.  Servo control of the dual gripper panel handling system ensures precise positioning. Four positioning columns enhance stability during small panel processing.

• The grippers feature a self-cleaning system that blows away dust to prevent damage to clamped panels.

13 Narrow longboards are selected using Al algorithms

• Narrow longboards are selected using Al algorithms to determinewhether they require a 3-piece or 4-piece construction

 Core  configuration