PVD1180 DLC Coating Equipment

1. Vacuum Chamber Volume: φ1180*1100;
2. Removable Rotary Frame: No positioning required, can be moved to any position, reliable transmission (patented technology);
3. Planar Target and Ion Source: Six-part universal interface, the number of planar targets and ion sources can be configured as needed;
4. Workstations: 12, or provided upon request.

Product Description:

Item	Content
Equipment Model	PVD1180 DLC Coating Equipment
Vacuum Chamber Volume	φ1180×1100
Removable Rotary Frame	No positioning required, can be moved to any position, reliable transmission (patented technology)
Planar Target and Ion Source	Six-part universal interface, the number of planar targets and ion sources can be configured as needed
Workstations	12, or provided upon request
Technical Features	This series of equipment is mainly used for depositing wear-resistant and lubricating coatings on the surfaces of molds, cutting tools, or automotive, sewing machine, and other parts. The surface hardness of the coated products can be significantly increased, reaching over 2000 HV, and it has an extremely low coefficient of friction (0.1-0.2), significantly reducing scratches and friction during processing, and greatly improving product quality.

Batch Production
Large vacuum chamber of 1180×1100 mm, heavy-duty detachable turntable, maximum load capacity up to 1500 kg, suitable for batch production.

UBM Technology – Unbalanced Closed‑Field Magnetron Cathode
Controllable intense ion bombardment with high ion current, resulting in dense films, strong adhesion, and superior coating performance.

SS Technology – Smart Shutter
Electrically controlled automatic target shutters that completely eliminate impurities on the target surface, ensure film purity, prevent cross‑contamination between multiple targets, and support stable multilayer film deposition.

ALS Technology – Anode‑Layer Ion Source
Delivers very high ion current. Before coating, it performs strong ion etching cleaning on workpieces, thoroughly removing oxide layers and oil residues from the substrate surface. During coating, it provides ion‑assisted deposition, significantly improving coating‑substrate adhesion and solving the problem of coating peeling on tools and molds.

MCT Technology – Multi‑Coating Compatibility
Capable of producing DLC, GLC, WC/C, CrN, and various multilayer composite gradient coatings. It allows flexible combination of different coating processes, so one machine can cover the coating requirements for a wide range of parts, resulting in high equipment utilization.

APC Technology – Fully Automatic Program Control
The entire coating process sequence, power, gas flow, shutters, and ion sources are all controlled by program interlocking. Production can be started simply by calling up stored recipes. This eliminates human operating errors, ensuring excellent repeatability of coating thickness, hardness, and adhesion from batch to batch, enabling stable mass production.

Features and Applications

Coating Type	Characteristics:	Applicable part examples
DLC (Diamond‑like Carbon)	Extremely hard, smooth, wear‑resistant, but poor impact resistance.	Cutting tools, bearings, medical instruments, phone cases, engine parts
GLC (Graphite‑like Carbon)	Flexible, abrasion‑resistant, suitable for moderate loads, and impact‑resistant.	Watch cases, earphones, handles, eyeglass frames, automotive engine parts
WC/C (Tungsten Carbide / Carbon)	Extremely high hardness, high‑temperature resistance, thermal‑shock resistance, and impact‑resistant.	Engine components, molds, aviation blades
Sputtered CrN (Chromium Nitride)	Golden color, corrosion‑resistant, and high hardness.	Molds, aerospace, chemical industry, valves, hardware, decorative parts
TiN (Titanium Nitride)	Gold color, aesthetically appealing, and wear‑resistant.	Decorative parts, cutting tools, medical tools
TaN / ZrN	High melting point, corrosion‑resistant, and oxidation‑resistant.	High‑temperature environment components, military equipment