| Quantity: | |
|---|---|
25139
YIXUN mold
8480419090
Mold core and cavity adopt S136 pre-hardened stainless mold steel, featuring excellent rust resistance, wear resistance and acid-base corrosion resistance, adapting to harsh factory environments with cutting fluid, dust and volatile chemical agents in laser processing workshops.
Standard mold service life ranges from 500,000 to 1,000,000 shots, ensuring stable batch production of laser equipment spare parts with ultra-low defect rate.
Adopts 5-axis CNC + EDM precision machining, dimensional tolerance controlled within ±0.01mm, to guarantee interchangeability of spare parts for laser equipment.
Mold cavity is processed with mirror polishing technology, the finished plastic part has smooth burr-free seamless surface, effectively preventing dust accumulation which may interfere with laser sensor signal transmission and optical path accuracy.
Ergonomic curved structure effectively buffers mechanical vibration generated during laser equipment high-frequency operation, protecting internal precision optical modules, circuit boards and laser transmitters from collision damage.
Pre-reserved positioning holes and limit concave structure realize fast locking assembly, ensuring no displacement deviation during long-term continuous laser operation.
High-rigidity standard mold base with precision guide sleeve positioning and spring balance ejection system, stable mold opening and closing, effectively avoiding product warpage, flash and deformation in continuous high-speed injection molding.
Optimized cold runner balanced feeding design ensures uniform melt filling and consistent shrinkage rate, greatly reducing dimensional deviation between batches of laser equipment plastic parts.
Reasonable draft angle design avoids surface scratch during ejection, protecting the high-precision appearance required for laser industrial equipment.
Accept customized development based on customer STEP/IGS 3D drawings or 2D engineering drawings; provide DFM structural optimization and mold flow analysis in advance to avoid molding defects such as shrinkage, warpage and short shot.
Optional industrial engineering plastics: high-impact ABS, high-temperature resistant PC, flame-retardant PC/ABS, anti-static PP, which can meet anti-static, high-temperature, dust-proof and flame-retardant requirements of laser equipment.
Support customized color, matte/textured surface treatment, conductive coating and laser marking for equipment model and parameter coding.
| Item | Detailed Parameter |
|---|---|
| Mold Cavity | 1 Cavity Custom Design |
| Application | Laser Marking / Laser Cutting / Laser Testing Equipment Plastic Bracket & Protective Parts |
| Mold Core & Cavity Material | S136 Anti-Corrosion Stainless Mold Steel |
| Mold Surface Treatment | High Gloss Mirror Polishing |
| Dimensional Precision | ±0.01mm |
| Standard Mold Lifespan | 500,000 ~ 1,000,000 Shots |
| Recommended Raw Materials | Flame-retardant ABS, High-temperature PC, Anti-static PC/ABS |
| Mold Runner Type | Cold Runner |
| Compliance Standard | RoHS Industrial Environmental Standard |
Laser marking machine optical module positioning brackets and sensor protective covers
Fiber laser cutting equipment internal anti-vibration structural fittings
Laser measuring & precision testing instrument mounting bases
Industrial automated laser processing equipment operation positioning accessories
Laser welding equipment dust-proof outer shell and limit fixing parts
Rich experience in industrial laser equipment plastic mold development, familiar with anti-static, high-precision, dust-proof industrial part design and molding standards.
Strict full-dimensional inspection for every batch of products, providing dimension inspection reports, raw material certification to guarantee spare part interchangeability for laser equipment after-sales maintenance.
Strict confidential agreement protection for all customer laser equipment design drawings, to prevent leakage of your proprietary optical equipment technical solutions.
One-stop service including product structural optimization, mold development, trial sample verification and mass injection molding, helping you shorten the R&D and mass production cycle of laser equipment.
