Frequently Asked Questions

Fastest: call (936) 291-7827 during business hours. Or use the quote form at bandrproduction.com/about-us/get-a-quote/ — attach a print, drawing (PDF/STEP/IGES/DWG), or a photo of a sample part. Quotes typically come back within 24 hours for routine work; same-day for repeat customers on stocked materials.

New Waverly, Texas — in Walker County on FM1374, off I-45. We routinely serve customers in Conroe, Huntsville, The Woodlands, Houston, Dallas, San Antonio, Austin, and the broader Gulf Coast oilfield. Freight or courier extends our practical service radius across most of Texas and Louisiana.

Both. We work with new customers regularly, especially in oil & gas emergency situations and aerospace/defense projects where the customer has been referred. First-time orders don't get worse service — the reverse, usually. Aerospace/defense projects requiring ITAR handling are supported under NDA.

Please contact us for current certification status — we support customer-specific quality plans, ITARs, and PPAP-style documentation on demand. Material traceability by heat/lot is standard on all work.

Prototype and small-batch through repeat production. Our machining envelope covers most oilfield-scale parts (long turned components, deep-bore work, medium-sized valve bodies, downhole tool bodies) and typical aerospace/defense structural components. If you have oversized or high-volume work, ask — we're honest when a job is outside our ideal envelope.

1–3 weeks for standard production work in commonly-stocked alloys (17-4 PH, 4140/4340, 316 stainless, Inconel 625/718). Longer if the material has to be ordered from the mill. For emergency and rig-down work, same-day and next-day are realistic when the material is on the shelf.

Yes — PDF, STEP, IGES, DWG, DXF. Solid models are preferred for complex parts because they reduce ambiguity. If you only have a physical sample, we reverse-engineer routinely. NDAs on request.

Yes — under NDA with customer-specific document control. Prints stay in-shop. Ask about ITAR handling in your RFQ.

Yes — customer-supplied material, semi-finished parts, and rework are all in our regular work mix. Bring the material and the print (or a spec) and we'll take it from there.

Call (936) 291-7827 direct. Say "rig-down" or "emergency" and the phone gets to the shop floor. For after-hours emergencies, leave a voicemail — we route emergencies off-hours. → Emergency CNC Machining — Same-Day for Rig-Down Work

Depends on the part and the material. Simple turned parts in a stocked alloy: same-day is realistic. Complex fixtures or a 4-hour-per-part Inconel program: next-day at best. We tell you honestly at the phone call. → Emergency CNC Machining — Same-Day for Rig-Down Work

Expedite pricing on emergency runs is standard shop practice — overtime, weekend labor, expedited material. We quote it upfront so there are no surprises. Repeat customers with blanket orders get preferential pricing. → Emergency CNC Machining — Same-Day for Rig-Down Work

Yes — we know the other real shops in East Texas and Houston. If we can't help but a competitor can, we'll say so. The relationship matters more than one job. → Emergency CNC Machining — Same-Day for Rig-Down Work

Same-week is realistic for most jobs; same-day and next-day when the material is on the shelf. Call (936) 291-7827 and we'll give you a straight answer. → Frac Pump Machining in Texas

Yes. Send us a sample and we build the replacement. This is a big share of our O&G work — operators keeping older pump models in service after the OEM stopped supporting them. → Frac Pump Machining in Texas

±0.0005" routine on critical features, better on request. Every critical dimension gets first-article layout and CMM verification. → Frac Pump Machining in Texas

Yes — from stress-relieved forgings, in the alloy you specify. → Frac Pump Machining in Texas

Yes — bodies, bonnets, adapters, hangers, valve internals, and mating surfaces are routine. → API 6A Machining — Wellhead & Completion Components

Yes. We machine forgings and bar stock in the standard's alloys and yield grades, with heat and lot traceability documented on every job. → API 6A Machining — Wellhead & Completion Components

Yes — heat/lot traceability, first-article inspection reports, CMM data, and surface finish measurements. Customer-specific ITPs and PPAP-style packages supported. → API 6A Machining — Wellhead & Completion Components

±0.0005" routine, tighter on request. Ring-groove and other sealing surfaces are measured, not estimated. → API 6A Machining — Wellhead & Completion Components

Weekly. It's a regular part of our work mix, not a one-off. → Inconel Machining — Texas Shop That Knows the Alloy

±0.0005" routine on critical features, tighter on the right feature with the right fixture. → Inconel Machining — Texas Shop That Knows the Alloy

Yes — CNC turning centers and machining centers, plus manual for weld prep and one-off features. Send the print or a sample and we'll confirm the setup. → Inconel Machining — Texas Shop That Knows the Alloy

Yes — Hastelloy C-276, Waspaloy, A286, and Monel are all in our regular work. → Inconel Machining — Texas Shop That Knows the Alloy

Yes — API, NPT, ACME, buttress, and custom pitches in Inconel, super duplex, and titanium. → Downhole Tool Machining — Bodies, Mandrels, Subs, Crossovers

Yes. → Downhole Tool Machining — Bodies, Mandrels, Subs, Crossovers

Yes. This is a large share of our downhole work. → Downhole Tool Machining — Bodies, Mandrels, Subs, Crossovers

We handle long turned parts other job shops turn away. Send dimensions and we'll confirm the machine and lead time. → Downhole Tool Machining — Bodies, Mandrels, Subs, Crossovers

Yes — we regularly machine valve bodies from customer-supplied or B&R-sourced forgings in F22, F91, 4130/4140, and 17-4 PH. → Valve Component Machining

Yes. See /services/api-6a-machining/ for the API 6A depth; API 6D valve components follow the same practice — measured finishes, CMM verification, material traceability. → Valve Component Machining

Yes, weekly work. Send a worn sample and we'll produce the replacement with material traceability the OEM never gave you. → Valve Component Machining

±0.0005" on critical sealing surfaces is routine. Surface-finish specs are measured, not estimated. → Valve Component Machining

Yes — shear grooves and pin bores machined to spec with CMM verification. This is a routine wireline-tool feature we handle daily. → Wireline Tool Machining

Yes. Send a worn sample and we'll produce the replacement with material traceability. → Wireline Tool Machining

±0.0005" on critical features. Concentricity and internal bore roundness held tighter than most job shops offer. → Wireline Tool Machining

Yes. Customer-specific ITPs and PPAP-style packages supported. Material heat/lot documented on every job. → Subsea Component Machining

Yes — this is one of our specialties. Controlled cutting temperature via coolant strategy and correct feeds keeps the austenite/ferrite phase balance intact. → Subsea Component Machining

Long and large-diameter turned parts are within our envelope. Send dimensions with the RFQ and we'll confirm. → Subsea Component Machining

Yes — routinely. See /services/api-6a-machining/ for the full breakdown. → Wellhead Component Machining

Yes, from customer-supplied or B&R-sourced forgings. → Wellhead Component Machining

Yes — material heat/lot, first-article layout, and CMM data on every job. → Wellhead Component Machining

Depends on the part and material on hand. Emergency work is prioritized. Call (936) 291-7827 for a straight answer. → Wellhead Component Machining

All of them. Aged (H900 through H1150), solution-annealed, and customer-supplied heat-treat conditions. We ask which condition you need before we quote. → Inconel 718 Machining

±0.0005" routine on critical features. Tighter on the right feature with the right fixture. Every critical dimension CMM-verified. → Inconel 718 Machining

Yes — Inconel 625, Hastelloy C-276, Waspaloy, A286, Monel. Same discipline, similar tooling strategy. → Inconel 718 Machining

Yes — that's the point. Controlled cutting temperature keeps the austenite/ferrite phase balance intact. Ask how we're going to do it and we'll walk you through the setup. → Super Duplex 2507 Machining

±0.0005" routine on critical features. Bore roundness and concentricity held tighter than most job-shop lathes can offer. → Super Duplex 2507 Machining

Yes — Duplex 2205 (S32205), Zeron 100 (S32760), and hyper-duplex on request. → Super Duplex 2507 Machining

All standard aging conditions — H900, H925, H1025, H1075, H1100, H1150 — plus solution-annealed (Condition A). We quote based on the condition you spec. → 17-4 PH Stainless Machining

We coordinate with trusted local heat-treat partners and can leave the right stock for post-treat finish operations. If your part needs specific final dimensions after aging, tell us in the RFQ. → 17-4 PH Stainless Machining

Yes — 15-5 PH and 13-8 Mo are in our regular work mix. → 17-4 PH Stainless Machining

Grade 5 (Ti-6Al-4V) is the workhorse, followed by Grade 2 (CP titanium), Grade 9, and Grade 23 (ELI) for medical/aerospace applications. → Titanium Machining

Yes — ITAR-controlled prints stay in-shop under NDA with customer-specific document control. → Titanium Machining

±0.0005" routine on critical features. Tighter with the right fixture and setup. Surface finish measured to spec. → Titanium Machining

Setup complexity, material on the shelf vs. ordering, tooling wear built into the price, and — most often — the shop's confidence in the alloy. A shop that runs 718 weekly quotes it as normal work. A shop that hasn't touched it in months either quotes high to cover the risk or quotes low and eats the surprise on delivery. Ask the frequency question. → Machining Considerations for Exotic Alloys — A Field Guide From a Shop That Runs Them Weekly

±0.0005" is achievable on virtually any of these alloys with the right setup and inspection. Tighter than ±0.0002" starts requiring temperature-controlled environments and grinding operations. If you're being quoted ±0.0001" on a machined-only exotic-alloy part, ask more questions. → Machining Considerations for Exotic Alloys — A Field Guide From a Shop That Runs Them Weekly

Yes, and we do this weekly. Send a used sample. We inspect, model, prove the setup, and produce the replacement with material traceability the OEM never gave you. It's a big share of what we do for operators keeping older equipment in service. → Machining Considerations for Exotic Alloys — A Field Guide From a Shop That Runs Them Weekly

Tell us in the quote so we can leave the right stock for finish operations post-treatment. Most exotic alloys move during heat treat (17-4 PH grows 0.0004–0.0008 in/in in aging); coatings add thickness; welding relieves residual stress. Working shop-to-shop with a coordinated stack of operations is normal. → Machining Considerations for Exotic Alloys — A Field Guide From a Shop That Runs Them Weekly

We machine. Heat treat, plating, and coating are through trusted local partners we coordinate with directly. That's usually the right architecture — specialists doing what they specialize in — but we take responsibility for the finished part. → Machining Considerations for Exotic Alloys — A Field Guide From a Shop That Runs Them Weekly