High Precision Anti-Slip Knob Molds – Custom Sizes for Appliances & Instruments
High Precision Knob Molds | Anti-Slip Cavity Design | Custom Sizes | For Home Appliances & Measuring Instruments
Compatibility
Ideal for Home Appliances: Rice Cookers, Blenders, Air Fryers, Ovens; Measuring Instruments: Oscilloscopes, Multimeters, Precision Scales | ±0.002mm Cavity Precision | Compatible with Engineering Plastics (ABS, PC, POM, TPR) | Supports Anti-Slip Textures (Ribbed, Knurled, Grainy)
Product Specifications
| Attribute | Value |
|---|
| Core Feature | Precision anti-slip cavity, customizable size, wear-resistant mold surface, 360° smooth demolding |
| Precision Tolerance | Cavity dimension ±0.002mm; anti-slip texture depth ±0.001mm; concentricity ≤0.003mm |
| Mold Material | Nickel-Cobalt Alloy (52-56 HRC); High-Purity Nickel (99.95%); Nickel-Chromium Alloy (Corrosion-Resistant) |
| Anti-Slip Texture | Ra 1.5-6μm adjustable roughness; texture depth 0.1-0.8mm; support ribbed/knurled/grainy patterns |
| Processing Technology | High-Precision Electroforming + Laser Texturing + 5-Axis CNC Finishing |
| Custom Size Range | Knob diameter: 5mm-80mm; height: 3mm-50mm; support cylindrical, tapered, ergonomic shapes |
| Production Capacity | 300,000+ knob cycles per mold; 10+ sets of molds monthly for mass production |
Product Description
This high-precision anti-slip knob mold is engineered to solve the core pain points of "poor grip, inconsistent texture, and size mismatch" in appliance and instrument knob production. Unlike traditional machining molds that struggle with uniform anti-slip texture replication, our solution combines electroforming’s stress-free deposition with laser texturing’s micron-level control—ensuring every knob cavity features sharp, consistent anti-slip patterns that prevent hand slippage, even with oily or wet hands.
Crafted from automotive-grade nickel-cobalt alloy, the mold boasts exceptional wear resistance (52-56 HRC) and thermal stability (-40℃ to 150℃), easily withstanding high-temperature resin injection (180-220℃) and repeated demolding. We offer full customization from size to texture: whether you need a 10mm mini knob for precision scales or a 60mm ergonomic knob for oven controls, the mold delivers ±0.002mm precision to match your product’s exact requirements. Compliant with FDA 21 CFR 175 (for food-contact appliances) and ISO 9001, it’s the trusted choice for appliance brands and instrument manufacturers worldwide.
Core Advantages
1. Precision Anti-Slip Cavity: Enhance Grip & Usability
Laser texturing technology creates anti-slip patterns (ribbed, knurled, grainy) with ±0.001mm depth tolerance—no blurred edges or uneven texture. For example, knurled textures on blender knobs improve grip during high-speed operation, while grainy patterns on oscilloscope knobs enable precise adjustment without slippage. The mold’s smooth inner surface ensures texture is perfectly transferred to the knob, with no "missing texture" defects.
2. Full Customization: Fit Every Knob Requirement
Size Flexibility: Supports knobs from 5mm (mini instrument knobs) to 80mm (large oven knobs), with tapered or ergonomic shapes tailored to hand comfort;
Texture Customization: Adjust roughness (Ra 1.5-6μm) and pattern—Ra 1.5-2.5μm for appliance knobs (comfortable to touch) and Ra 4-6μm for industrial instruments (enhanced grip);
Structure Adaptation: Integrate internal splines, D-shaped holes, or set screws into the cavity for seamless assembly with control shafts.
3. Dual-Scenario Durability: Appliances & Instruments
Optimized for different use environments: - Home Appliances: High-purity nickel material meets FDA food-contact standards, resistant to kitchen oil and detergents (ideal for rice cookers, air fryers); - Measuring Instruments: Nickel-chromium alloy resists humidity and chemical exposure, ensuring stable performance in lab or industrial settings (perfect for oscilloscopes, precision scales). The mold withstands 300,000+ production cycles without texture wear, reducing replacement costs by 50% vs. standard steel molds.
4. Smooth Production: Fast Demolding & Batch Consistency
Electroformed mold surface (Ra ≤0.008μm) reduces resin adhesion, enabling fast, damage-free demolding (saving 20% production time). No mold wear means 99.9% batch consistency—every knob has identical size and texture, avoiding customer complaints about "loose" or "stiff" controls. Supports PPAP documentation for automotive or industrial instrument supply chains.
Application Scenarios
| Category | Target Products | Recommended Solution | Core Value |
|---|
| Home Appliances | Rice Cooker Temperature Knobs, Blender Speed Controls, Oven Timer Dials | High-Purity Nickel + Ra 2-3μm Grainy Texture | Food-Safe, Easy to Clean, Anti-Slip with Oily Hands |
| Measuring Instruments | Oscilloscope Adjustment Knobs, Multimeter Range Selectors, Precision Scale Dials | Nickel-Chromium Alloy + Ra 4-5μm Knurled Texture | Precise Grip, Humidity-Resistant, Batch Consistency |
| Industrial Equipment | Machine Control Knobs, Generator Dials, HVAC Thermostats | Nickel-Cobalt Alloy + Ra 5-6μm Ribbed Texture | Wear-Resistant, High-Torque Grip, Durable for Heavy Use |
Customization & Service
Customization Support
Design Collaboration: Accept 3D CAD files (STEP, IGES, STL) or physical samples; our engineers provide DFM advice to optimize cavity structure for better texture transfer;
Prototype Service: Deliver 1-2 mold prototypes within 10-14 days, with laser scanning reports to verify texture and size precision;
Material Tuning: Recommend alloy based on your scenario—food-contact (high-purity nickel), humid environment (nickel-chromium), high-volume production (nickel-cobalt).
Service Commitment
Quality Inspection: 100% full inspection includes CMM (±0.0005mm) for size, laser confocal microscopy for texture, and wear testing (300,000 cycles);
Compliance: FDA 21 CFR 175, ISO 9001, RoHS certified; provide full traceability (material certs, processing logs);
After-Sales: 24-hour technical response, 1-year mold maintenance guidance, and on-site support for production line integration.
Por favor verifique seu email!
