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How to Spec a Medical Facility-Equipment Part: What to Send H-O for a Quote

By the H-O Products applications engineering team · Updated June 2026 · ~7 min read

A medical facility-equipment part quotes fastest when the request states the job, the joint, the environment and the cleaning agents up front. A converter cannot select a door seal, an isolation pad or a slider from a part name alone, because each job is a different material screened by durability and cleanability. This guide is the eight-item checklist that turns an equipment RFQ into a same-direction quote and a sample on your geometry, with everything kept at the material level and the finished equipment left to you.

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What does H-O need to quote a medical facility-equipment part?

A facility-equipment part quotes fastest when the request states the job, the joint, the environment and the cleaning agents up front. A converter cannot select a door seal, an isolation pad or a slider from a part name alone, because each job is a different material screened by durability and cleanability. The checklist below turns an equipment RFQ into a same-direction quote and a sample on your geometry.

The eight things to send

1. The job. Name what you need quoted: door or panel seal, vibration or noise isolation pad, slider or wear strip, or bumper and general seal. List each part; each is a separate selection.
2. The drawing or joint detail. A die line, a DXF, a PDF with dimensions, or a marked-up sketch, including the channel or groove, the bolt or closure pattern and the surface.
3. Gauge and thickness. The seal cross section or thickness, the pad thickness, or the strip thickness you need.
4. The temperature span. Whether the part sees sterilizer or autoclave heat, and the high and low temperatures it must hold.
5. The cleaning environment. The wipe-down agents and frequency, so chemical resistance can be screened against your actual list.
6. The duty. For a seal, the closure force or compression; for isolation, the supported mass and deflection; for a slider, the contact pressure and mating surface.
7. Material-level documentation needed. State whether you need an FDA-grade composition basis, a UL 94 class, or another material-level designation. The equipment file stays with you.
8. Quantities and dates. Prototype count plus annual volume, and your sample and production dates.

What you get back

With the checklist in hand, H-O returns a cautiously framed grade direction for each job, screened for cleanability and the temperature span, a converting plan (die-cut, waterjet, laser or knife cut, laminated, kitted on liners), and samples on your geometry for common configurations.

Grade-specific values and any material-level documentation are confirmed against the manufacturer's current technical data sheet; the finished equipment, its validation and its regulatory file remain with you. We name a family only where it is catalog-verified, and we make no sterilization-performance or clinical claim. For example, a high-temperature door seal commonly maps to BISCO® silicone sponge, confirmed to your grade on the data sheet.

What H-O does not decide for you

• The finished equipment and its validation. The grade direction is the material; the equipment, its cycle and its validation are yours.
• The sterilization cycle. Temperature range is a material property; the validated cycle is the equipment maker's.
• The regulatory file. An FDA-grade composition basis is the material maker's; the equipment file is yours.
• Grade-level numbers. Compression set, temperature range, friction and chemical resistance are read on the maker's current data sheet, not invented in the quote.

A model RFQ

"We need a sterilizer door seal and two cart bumpers. The door seal is a silicone cross section in a 6 mm channel, sees autoclave heat to a stated temperature and daily wipe-down with a named agent; we need a low compression set across the span. The bumpers are FDA-grade EPDM or silicone, ambient, cleaned weekly. Drawings attached as DXF with the channel and bumper detail.

We need the FDA-grade composition basis on the bumper data sheet and a UL 94 class on the door seal; our equipment validation is in house. Quantities 25 prototype plus 3,000 per year; samples in three weeks." That request can be directioned and sampled without a clarifying round.

Related reading

ApplicationMedical Facility Equipment Materials (application page)Read → GuideSeal, Isolate, Slide or Bump? Choosing Materials for Medical Facility EquipmentRead → GuideDurability and Cleanability: Why a Facility-Equipment Seal or Bumper LastsRead → IndustryMedical & clean components overview (industry hub)Read →

This article describes material families H-O Products converts and cites published standards by designation (ASTM D1056 for cellular rubber, ASTM D2240 for durometer, ASTM D395 for compression set, ASTM D3574 for urethane cellular materials, UL 94 for flammability, 21 CFR 177 as a composition basis for an FDA-grade designation). It describes facility-equipment seal, bumper, isolation and wear materials only, and makes no patient, clinical, therapeutic or sterilization-performance claim.

An FDA-grade designation describes a material's composition and contact basis (for example under 21 CFR 177), not a device clearance; the equipment maker owns the finished equipment, its validation and its regulatory file. H-O Products is a precision die-cut converter, not a raw-material producer and not a medical-equipment manufacturer; this is not, and does not imply, an ISO 13485 certification, an FDA device registration, a cleanroom certification or a biocompatibility certification.

The only certification claimed is ISO 9001:2015, which governs the converting process. Grade-specific values are confirmed against the manufacturer's current technical data sheet and an engineering drawing review. All parts are custom manufactured to order and minimum production run quantities apply.