Custom Machined Stainless Steel Temperature Probe Component with Rear Long Slot Opening - Built to Print
Custom Machined Stainless Steel Temperature Probe Component with Rear Long Slot Opening - Built to Print
| Products Name | Custom Machined Stainless Steel Temperature Probe Component with Rear Long Slot Opening - Built to Print |
| Material | Stainless Steel, Brass, Aluminum, brass, copper ,etc |
| Surface treatment | Sandblasting, polishing, knurling, laser marking, etc |
| Tube Outer Diameter | 0.25-15mm |
| Tube wall Thickness | 0.05-3mm |
| length | Customized |
| Tolerance | OD/ID±0.02mm L±0.05mm or According to Drawing |
| Size | 3G-32G or Customized |
| LOGO | Can be customized according to your drawing |
| Samples | Usually provide 5-10pcs samples for testing before mass production |
| Delivery Time | Usually 5-25days or according to quantity |
Product Advantages:
- Adopt piercing tip and rear long‑slot cavity structure, standard tolerance up to ±0.02mm, convenient for temperature sensor element installation and positioning.
- Smooth inner and outer tube surface with full deburring treatment, no sharp burrs inside the slot, effectively protect built‑in sensor components during assembly.
- High‑quality stainless steel material delivers outstanding thermal conductivity and corrosion resistance, stable performance under variable temperature working environment.
- Tube outer diameter, inner diameter, overall length, long‑slot width and depth can be fully customized according to customer drawings or sample requirements.
- Strict dimensional and appearance inspection for each batch, stable batch consistency, widely applied for food processing, laboratory and industrial temperature measurement equipment.
FAQ:
Q1: What stainless steel grades are available for this slotted temperature probe?
A1: We mainly supply 304 and 316L stainless steel. 316L is recommended for damp or corrosive measuring medium to achieve better anti‑corrosion performance. Special material options are supported as per your drawing, which will result in higher cost and extended production lead‑time.
Q2: What surface finish do you apply for this temperature sensor probe?
A2: For general temperature measurement scenarios, smooth standard finish is adopted by default. For food‑grade or high‑cleanliness application, we can provide Ra ≤0.2μm high polishing treatment with extra processing cost. Surface treatment can be adjusted according to actual application.
Q3: Which parameters of this temperature probe can be customized?
A3: Tube outer diameter, inner diameter, total length, piercing tip shape, rear long‑slot width and depth are all customizable within our processing capacity under ±0.02mm tolerance. Please provide technical drawings for feasibility assessment.
Q4: How do you handle burrs generated from long‑slot cutting?
A4: After laser cutting for rear long slot, multi‑step internal and external deburring and cleaning procedures will be carried out. Every finished probe will be inspected to remove micro‑burrs, preventing scratch damage to internal sensor parts during installation.
Q5: Can you provide custom samples of temperature probe? What items should be confirmed before sample production?
A5: Custom samples are available for sensor assembly test and performance verification. Before sample order, we need to confirm material grade, tube dimension parameters, rear long‑slot specification and surface finish requirement. Sample cost is calculated based on processing complexity, mass production can be arranged after sample specification confirmation.
Disclaimer
Shenzhen Shomea Hardware Products Co., Ltd. is a precision metal components manufacturer, not a medical device distributor. All parts shown on this page are custom machined according to the buyer's drawings, samples and specifications.
We do not sell finished medical devices, sterile devices, IVD reagents or surgical instruments. All components are supplied non-sterile and unfinished.
The purchaser, as the medical device manufacturer or equipment brand owner, is solely responsible for device design validation, biocompatibility evaluation, sterilization validation, labeling and regulatory approval of the finished medical device.
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