Typical products: Server racks, electrical cabinets, medical device housings, charger enclosures, instrument cases, EMI/RFI shielding covers
Key features: Precise dimensions, clean aesthetics, durable surface finishes (powder coating, silk screening)
Function: Protect internal components from dust, moisture, impact, and electromagnetic interference
Typical products: Equipment frames, mounting brackets, base plates, robot stands, chassis supports, battery trays
Key features: High strength, rigidity, lightweight design (using ribs or folded geometry)
Function: Provide load‑bearing support and maintain alignment of assembled systems
Typical products: Welded frames, tank bodies, hoppers, machine bases, console desks, multi‑part enclosures
Key features: Strong joints, controlled distortion, leak‑tight construction (when required)
Function: Integrate multiple sheet metal parts into a single robust structure or complex enclosure
Typical Grades: 304, 316L, 430
Characteristics & Applications: Excellent corrosion resistance, hygienic, aesthetic – medical devices, food equipment, outdoor cabinets, marine applications
Typical Grades: 5052, 5083, 6061
Characteristics & Applications: Lightweight, good corrosion resistance, high thermal conductivity – battery enclosures, electronic housings, aerospace components
Typical Grades: SPCC, DC01, Q235
Characteristics & Applications: Cost‑effective, good formability – general cabinets, brackets (requires painting or plating)
Typical Grades: Galvanized Steel
Characteristics & Applications: SECC, SGCC, DX51D+Z | Pre‑coated zinc layer for corrosion resistance – electrical cabinets, indoor enclosures
Typical Grades: C1100, C1020
Characteristics & Applications: Excellent electrical/thermal conductivity – busbars, grounding components, heat spreaders
|
Laser cut hole position |
±0.10mm |
|
Bend angle |
±0.5° |
|
Bend dimension (up to 1000mm) |
±0.15mm |
|
Welded assembly flatness |
1mm per meter |
|
Overall enclosure size |
±0.5mm |
Sheet metal parts: Robot base frames, controller enclosures, protective covers, mounting brackets for sensors
Role: Provide rigid support for moving parts; shield electronics from debris and coolant
Sheet metal parts: Energy storage cabinet enclosures, battery tray assemblies, charger outer shells, inverter boxes
Role: Protect sensitive electrical components from weather, dust, and mechanical impact; ensure thermal management via ventilation design
Sheet metal parts: Rugged equipment cases, antenna mounts, shelter panels, weapon station enclosures
Role: Withstand extreme environments (shock, vibration, temperature); provide EMI shielding and ballistic protection when specified
Sheet metal parts: Instrument chassis, optical bench covers, mounting plates for lenses/mirrors
Role: Minimise thermal distortion; provide stable, vibration‑damped platforms; protect sensitive optics from contamination
Sheet metal parts: Equipment covers, EMI shielding cans, rack‑mount enclosures, wafer carrier boxes
Role: Electromagnetic interference suppression; cleanroom‑compatible surfaces; ESD protection
Sheet metal parts: Battery pack enclosures (EV), mounting brackets, heat shields, dashboard skeletons
Role: Lightweight structural support; protect batteries from crash impact; manage heat from exhaust or motors
Sheet metal parts: Cart housings, imaging equipment covers, sterilizer cabinets, patient lift frames
Role: Smooth, easy‑to‑clean surfaces (hygienic); structural integrity for mobile equipment; corrosion resistance to cleaning agents
Sheet metal parts: Avionics enclosures, interior trim brackets, galley structures, access panels
Role: High strength‑to‑weight ratio; flame‑retardant finishes; reliable performance under vibration and pressure changes
OUR SERVICES 
We offer three categories of CNC machined parts and services, covering the full cycle from R&D prototyping to volume production.
We offer three main categories of sheet metal fabricated parts, ranging from protective enclosures to load‑bearing structures and welded assemblies.
We offer multiple casting processes to meet different requirements for quantity, complexity, accuracy, and cost.
