Precision Equipment Case manufacturing process — short answer: judge three things: ingress protection (IP67 = 1 m for 30 min), impact structure (26-drop military testing) and foam fit (EVA/PU/XLPE by payload). Details below, standard by standard.
An instrument case protects precision measuring and testing equipment in transit, emphasizing shock absorption, moisture resistance and custom foam so instruments stay calibrated between lab and field.
Frequently Asked Questions
How do you protect an instrument's display panel?
Do you make 19-inch rack-mount cases?
How do I place an order or get a quote?
Plastic vs aluminum instrument cases?
Will air freight pressure lock the case shut?
Can the case be made moisture-proof or hold desiccant?
Precision Equipment Case manufacturing process: Product & Manufacturer Overview
From total stations and spectrometers to flaw detectors, kexinMaterials has built the Precision Equipment Case manufacturing process for thousands of instrument models, with an insert database spanning surveying, environmental monitoring, NDT and telecom engineering.
For instrument manufacturers, kexinMaterials runs co-packing programs — we develop a dedicated case and insert from your 3D data and ship in neutral or branded form, lowering warranty damage rates while unifying your delivery image.
Key Specifications
| Shell material | Modified PP / ABS / aluminum-frame composite |
|---|---|
| Protection rating | IP67 |
| Interior | Custom EVA / PU foam / anti-static foam |
| Pressure relief | Automatic equalization valve (air freight ready) |
| Fits | Surveying, testing, analysis, telecom, metrology instruments |
| Options | Humidity indicator, desiccant chamber, nameplate, co-packing |
How kexinMaterials Compares
| Dimension | kexinMaterials | Generic market cases |
|---|---|---|
| Protection | IP67, thermal-shock verified -40°C↔+71°C | Plain cases fail thermal shock |
| Damping foam | EVA/PU/XLPE CNC-cut to instrument shape | Generic foam under-cushions |
| ESD & clean | Optional anti-static liner, non-shedding XLPE | Sheds debris onto optics |
| Rigidity | ABS high surface hardness, high crush strength | PP softens under stacking |
| MOQ | From 50 pcs, non-standard sizes toolable | Often 500 pcs min |
| Certification | Drop/vibration test reports provided | Incomplete docs |
Standards & Industry Data
Military Vibration (MIL-STD-810H, Method 514.8)
Random-vibration testing spans 20–2,000 Hz to replicate truck, aircraft and battlefield vibration, run for hours per axis; transport spectra cover 2–500 Hz. Passing means the shell-plus-foam system protects precision payloads through long multimodal transit.
Foam Inserts (EVA / PU / XLPE)
Three insert materials dominate: EVA (closed-cell, waterproof, firm support for precision instruments), PU foam (open-cell, soft cushioning, economical) and XLPE (chemically inert, non-shedding — preferred for medical and optics). CNC pockets are cut from the equipment's 3D data; drawing-to-first-sample typically takes 1–2 weeks.
IP Ratings (IEC 60529)
In IP67, the “6” means dust-tight (no dust ingress after a 2 kPa vacuum dust test) and the “7” means temporary immersion: the enclosure survives 30 minutes at 1 m depth with its highest point at least 150 mm below the surface, per IEC 60529 Clause 14.2.7.
Typical Applications
- Surveying instrument field carry
- Third-party lab on-site sampling
- Metrology equipment calibration logistics
- Fiber-optic construction toolkits
- Laboratory relocation and equipment loans
- Manufacturer co-packing programs
Buying Questions Answered
For 'Precision Equipment Case manufacturing process', the FAQ below gathers what buyers ask most — price structure, MOQ, customization flow and lead time — to speed up your sourcing decision.
When comparing Precision Equipment Case manufacturing process suppliers, weigh four things: shell material and wall thickness, seal design and verified ingress rating, interior-foam capability, and whether the factory owns tooling and QC in-house — these decide long-term reliability.
Before sourcing a Precision Equipment Case manufacturing process, note the payload's largest dimensions, single-unit weight and shipping mode (air/land/sea). Send those to kexinMaterials and you get a matched case recommendation and quote fastest.
Manufacturing Process
High-pressure injection molding keeps shell tolerances tight for reliable sealing, and inserts are CNC-cut after drop-simulation checks. Volume co-packing projects follow a PDI inspection routine so cushioning performance stays consistent across batches.
Field Case Studies
600 anti-static liner cases for precision calibrators using non-shedding XLPE; zero scratch incidents in annual off-site checks.
3,000 cases CNC-cut to probe shapes, thermal-shock verified -40°C↔+71°C, protecting gear across overseas expos.
About kexinMaterials
KeXin New Materials (Guangdong) Co., Ltd. (brand: kexinMaterials) is a source factory for engineered plastic cases based in Guangdong, China, operating injection, rotational and blow molding lines with an in-house tool shop. Nine product series serve buyers worldwide — from military and drone cases to medical, photography and business lines.
Why kexinMaterials: factory-direct pricing with no middle-man margin; three molding processes under one roof; in-house tooling for controlled lead times; batch drop and seal testing; factory audits, samples-first and third-party QC all supported.