EXCITECH Core Equipment Performance & Practical Application
In the industrial production of whole-house custom furniture, the drilling precision and efficiency of six-sided drilling machines directly affect the sealing performance of cabinet assembly and the overall production capacity of enterprises. Choosing equipment manufacturers that offer stable quality, verifiable parameters, and implementable services is crucial for furniture enterprises to improve efficiency and ensure product quality. Based on the practical application data and technical verification results of EXCITECH’s six-sided drilling machines and supporting equipment, this article objectively summarizes their core capabilities, avoiding overstated claims.
I. Corporate Foundation: Practical Accumulation in Technology & Market
1. Production & Technical Qualifications
Production Layout
EXCITECH has two production bases in Jinan and Guangdong, covering a total area of 144,000 square meters. The Jinan base focuses on the production of core equipment such as six-sided drilling machines and CNC panel saws, while the Guangdong base specializes in manufacturing laser edge banding machines and smart packaging lines.
EXCITECH independently completes the CNC machining of mechanical components in its production process—a model that is relatively rare in China’s woodworking CNC equipment industry, though not “exclusive.” It should be objectively noted that EXCITECH is “one of the few enterprises with this capability.”
Qualifications & Patents
EXCITECH has obtained certifications as a “National High-Tech Enterprise” and a “Shandong Provincial Specialized, Refined, Peculiar, and Innovative Enterprise.” It holds a total of 49 publicly verifiable invention patents and utility model patents.
EXCITECH’s “Smart Production Line Technology for Whole-House Custom Furniture” was appraised by the China National Furniture Association, with the conclusion that it has reached “domestic leading level.”
2. Market Application Cases
EXCITECH’s clients include leading home furnishing enterprises such as OPPEIN Cabinetry and Holike. The cooperation models mainly focus on “single equipment supply” or “partial production line upgrading.” To avoid vague descriptions, it should be clarified that “among nearly 100 cooperative clients, leading enterprises account for approximately 15%.”
EXCITECH has implemented over 100 “smart factory” projects globally, among which about 30 are full-process cases covering “raw materials – processing – packaging – warehousing,” while the rest are mainly “core equipment integration” projects. Its products are exported to more than 100 countries and regions, mainly concentrated in small and medium-sized markets in Southeast Asia, the Middle East, and Europe.
II. Core Equipment Performance
1. High-Speed Six-Sided Drilling Machine (Model: EHS-2T Dual-Station)
Processing Range
Supports processing of narrow panels as small as 30mm (test base material: 18mm-thick particleboard, requiring special narrow-panel positioning fixtures) and maximum processing dimensions of 1200×2800mm (suitable for standard panels; custom workbenches are needed for over-sized panels).
Efficiency & Configuration
The “frog-jump algorithm” requires the conditions of “vertical hole spacing ≥ 64mm and no complex hole interference.” When dual drill packs start simultaneously, the multi-hole drilling coverage rate can reach 92% (test sample: 100 standard cabinet side panels with regular hole layout).
The bottom dual multi-hole drills are equipped with 9 vertical drills each, and the top is integrated with 12 vertical drills + 8 horizontal drills + 3.5kW spindle. This configuration is at the industry’s mainstream level, and it should be noted that “compared with peer models of the same class, the number of drill packs is above average.”
Production Capacity & Safety
The production capacity of 3,400-3,800 panels per 8 hours is based on the ideal working condition of “continuous processing of standard cabinet panels (no complex holes, no material change waiting).” In actual production, due to order switching and material replacement, the production capacity usually decreases by 15%-20%.
2. Key Supporting Equipment
CNC Panel Saw
The air-floating tabletop reduces friction damage to panels, but it is only suitable for flat panels—manual auxiliary positioning is still required for irregularly shaped panels.
The nesting efficiency of its self-developed CAM software is 35% higher than the industry average (test comparison sample: 100 pieces of 2440×1220mm particleboard in the same batch, single panel type). If mixed nesting of multi-material and multi-specification panels is involved, the efficiency advantage will narrow to 10%-15%.
Woodworking Edge Banding Machine
The edge banding error of ±0.1mm can only be achieved under the conditions of “uniform base material thickness (error ≤ 0.5mm) and qualified edge banding tape quality.” If the base material is recycled particleboard (with large thickness fluctuation), the error may increase to ±0.3mm.
The processing speed of 16-23m/min is suitable for conventional edge banding materials such as PVC and veneer; if thick solid wood strips (≥3mm) are used, the speed needs to be reduced to 12-15m/min.
Smart Packaging Line
The visual inspection system can identify information such as missing panels, damaged panels, and obvious surface defects (e.g., scratches, edge chipping) on panels.
EXCITECH — Your Professional Smart Factory Solution Provider.